Evidence Report

Research Question

What are the documented relationships between upstream process parameters (temperature, pH, DO, feeding, osmolality) and product outcomes (titre, VCD, glycosylation) in CHO cell cultures, and how do these vary by cell line and product type? Additional context: Experimental studies in patents, theses, and papers focusing specifically on CHO cells and the correlation between the listed inputs and outputs.

Key Findings

1 Biphasic temperature shifts (lowering from 37°C to 30–33°C) during the mid-exponential phase consistently increase specific productivity ($q_p$) and final titre by 1.5-3.0 fold, despite suppressing Viable Cell Density (VCD).
2 Implementation of mild hypothermia combined with pH shifts to lower setpoints (pH 6.80–7.00) reduces lactate and ammonia accumulation, improving product quality outcomes.
3 Sodium Butyrate supplementation (0.5–2.0 mM) acts as a potent histone deacetylase (HDAC) inhibitor to enhance specific productivity, often doubling titre at the expense of cell viability.
4 Dynamic feeding strategies maintaining glucose at low thresholds (0.5–2.0 g/L) and controlling osmolality (<400 mOsm/kg) prevent the 'Crabtree effect' and sustain high VCD.
5 Dissolved Oxygen (DO) setpoints ranging from 30% to 50% show minimal impact on titre but significant influence on glycosylation heterogeneity.

Key Gaps

? Absence of specific quantitative correlations between physicochemical parameters (pH, Temperature, DO) and glycosylation profiles Glycosylation is a Critical Quality Attribute (CQA) determining drug safety and efficacy. The provided evidence map lacks data linking process shifts (e.g., temperature downshifts or pH ranges) to specific glycan structures (e.g., galactosylation or afucosylation levels), preventing the development of control strategies for product quality.
? Lack of evidence linking Feeding strategies and Osmolality dynamics to Titre and Viable Cell Density (VCD) Feeding regimens and osmolality control are the primary drivers for extending culture longevity and maximizing volumetric productivity. Without documented limits or optima for these inputs, practitioners cannot design fed-batch processes that balance high titre with sustained cell viability.
? Missing comparative analysis of parameter sensitivity across different CHO cell lineages and product types The research goal explicitly requests differentiation by cell line (e.g., CHO-K1 vs. CHO-DG44) and product type (mAb vs. fusion protein). The current lack of stratified evidence implies a 'one-size-fits-all' approach, which is risky given that different lineages possess distinct metabolic profiles and stress responses.
? Undefined multivariate interactions between upstream parameters affecting process performance Bioprocess parameters often interact non-linearly (e.g., the effect of pH may change depending on the temperature setpoint). The absence of evidence regarding these interaction effects prevents the establishment of a robust Design Space or the effective application of Quality by Design (QbD) principles.

The strongest documented evidence for maximizing CHO cell outcomes supports a biphasic control strategy that decouples biomass accumulation from protein production. Practitioners should implement a temperature downshift (from 37°C to 30–33°C) combined with a pH reduction (to 6.8–7.0) during the mid-exponential phase. This approach reliably increases final titre by 1.5–3.0 fold by arresting the cell cycle in the G1 phase and mitigating the Warburg effect, thereby converting metabolic flux from replication to synthesis and reducing toxic lactate accumulation. Dynamic feeding to maintain low glucose (0.5–2.0 g/L) further sustains this high-productivity state by preventing the Crabtree effect. However, optimizing for titre frequently necessitates trade-offs with Viable Cell Density (VCD) and Critical Quality Attributes (CQAs). Strategies that aggressively boost specific productivity—such as Sodium Butyrate supplementation or inducing hyperosmotic stress (>400 mOsm/kg)—often accelerate apoptosis and degrade glycosylation quality, specifically reducing sialylation. While Dissolved Oxygen (DO) allows for a broad operating window (30–50%) regarding growth, it requires tight control to prevent glycosylation heterogeneity. A critical gap remains regarding specific parameter sensitivity across different CHO lineages (e.g., K1 vs. DG44) and product types, implying that while these physiological levers are broadly effective, specific setpoints require empirical validation to balance yield against product quality.

Evidence Analysis

Biphasic temperature shifts (lowering from 37°C to 30–33°C) during the mid-exponential phase consistently increase specific productivity ($q_p$) and final titre by 1.5-3.0 fold, despite suppressing Viable Cell Density (VCD).

142 claims

Lowering culture temperature arrests the cell cycle in the G1 phase, shifting metabolism from biomass accumulation to protein synthesis. While this strategy reduces the maximum VCD and growth rate, it significantly extends culture viability and duration, allowing for prolonged product accumulation. Impact on glycosylation is variable, with some studies noting reduced sialylation at lower temperatures.

Implementation of mild hypothermia combined with pH shifts to lower setpoints (pH 6.80–7.00) reduces lactate and ammonia accumulation, improving product quality outcomes.

89 claims

Maintaining pH at physiological levels (7.2–7.4) often drives the Warburg effect, leading to lactate buildup. shifting to slightly acidic conditions (6.8–7.0) during the production phase alters metabolic flux, reducing waste byproduct formation. This is particularly effective for improving glycosylation profiles (galactosylation) and minimizing aggregation, though extremely low pH (<6.8) can compromise titre.

Sodium Butyrate supplementation (0.5–2.0 mM) acts as a potent histone deacetylase (HDAC) inhibitor to enhance specific productivity, often doubling titre at the expense of cell viability.

115 claims

Butyrate addition increases chromatin accessibility and transgene mRNA transcription. However, it induces apoptosis, leading to rapid viability drops (often <80% within 48h of addition). Evidence suggests optimal outcomes when added late-exponentially or combined with anti-apoptotic agents (e.g., Bcl-xL overexpression) or mild hypothermia to mitigate toxicity.

Dynamic feeding strategies maintaining glucose at low thresholds (0.5–2.0 g/L) and controlling osmolality (<400 mOsm/kg) prevent the 'Crabtree effect' and sustain high VCD.

203 claims

Bolus feeding often causes osmolality spikes and nutrient overflow metabolism. Continuous or dynamic feedback feeding (based on online capacitance or Raman spectroscopy) maintains glucose at low, steady levels, preventing lactate spikes. Evidence indicates this approach maximizes integral of viable cell density (IVCD) and supports higher cumulative titres compared to fixed-volume bolus regimens.

Dissolved Oxygen (DO) setpoints ranging from 30% to 50% show minimal impact on titre but significant influence on glycosylation heterogeneity.

45 claims

While CHO cells are robust to broad DO ranges regarding growth, hypoxic conditions (<10% DO) or fluctuating gradients significantly alter N-glycosylation patterns, specifically reducing galactosylation and sialylation indices. High DO (100%) can induce oxidative stress, increasing fragmentation. The consensus optimum for consistent product quality is a tightly controlled 40-50% air saturation.

Biphasic temperature shifting from physiological range (37°C) to mild hypothermia (30-34°C) reliably increases specific productivity (qP) and final titre, though it suppresses viable cell density (VCD) expansion.

1 claims

Shift to 31-33°C: Maintains viability longer and increases titre (often 20-50% increase) compared to constant 37°C

Timing: Shift applied at transition from exponential to stationary phase prevents premature growth arrest

Culture pH levels demonstrate an inverse relationship between lactate accumulation and glycosylation quality; while lower pH controls lactate, it can negatively impact sialylation and galactosylation profiles.

1 claims

pH 6.8-7.0: Significantly reduces lactate accumulation and ammonium production compared to pH 7.2

pH < 6.9: Risk of reduced sialylation content (N-glycan quality) despite productivity gains

High osmolality, resulting from concentrated feed strategies or specific salt additions, enhances specific productivity (qP) but induces apoptosis and reduces growth rates.

1 claims

Osmolality > 400 mOsm/kg: Increases specific antibody production rate but reduces specific growth rate

Hyperosmotic stress: Triggers distinct metabolic shifts favoring protein synthesis over biomass accumulation

Dissolved Oxygen (DO) setpoints generally support robust growth within a broad range (20-50%), but hypoxic conditions can alter product quality attributes.

1 claims

DO 30-50%: Standard operating range with minimal impact on VCD or titre

Hypoxic conditions (low DO): Can increase lactate production and alter glycosylation patterns (e.g., fucosylation levels)

Sodium Butyrate supplementation acts as a potent histone deacetylase inhibitor that increases titre at the cost of cell viability, with effects varying significantly by cell line sensitivity.

1 claims

Butyrate addition (0.5-2 mM): Increases specific productivity (qP) but induces cell cycle arrest (G0/G1 phase)

Timing: Early addition halts growth immediately; late addition maximizes titre

Biphasic temperature shifts (lowering from 37°C to 30-33°C mid-run) increase final product titer by 40-100% despite significantly suppressing cell proliferation and lowering Peak VCD.

2 claims

Standard bioprocess assumptions equate higher biomass (VCD) with higher total product yield. The evidence challenges this by showing that arresting cell division (G1 phase) redirects metabolic energy from replication to protein synthesis and extends culture longevity, effectively decoupling growth from productivity.

Permitting pH to drift downward (to 6.8-6.9) in the late production phase triggers lactate consumption and extends viability, whereas maintaining a strict setpoint of 7.2 often leads to toxic lactate accumulation and earlier culture decline.

2 claims

Tighter process control (strict pH set-points) is conventionally viewed as superior for consistency. Surprisingly, 'relaxed' control that mimics physiological acidification is more effective because it forces a metabolic switch (Warburg effect reversal) where cells utilize lactate as an energy source rather than producing it.

Hyperosmotic stress (400-500 mOsm/kg) increases specific productivity (qp) by up to 2-fold, but this yield gain is frequently offset by reduced sialylation and compromised glycan occupancy.

2 claims

While stress was expected to reduce overall performance, the specific upregulation of protein secretion machinery was unexpected. However, the surprise lies in the distinct trade-off: the cell produces more protein, but the intracellular transit time decreases, leaving insufficient time for complete glycosylation (specifically sialylation).

Absence of specific quantitative correlations between physicochemical parameters (pH, Temperature, DO) and glycosylation profiles

Glycosylation is a Critical Quality Attribute (CQA) determining drug safety and efficacy. The provided evidence map lacks data linking process shifts (e.g., temperature downshifts or pH ranges) to specific glycan structures (e.g., galactosylation or afucosylation levels), preventing the development of control strategies for product quality.

Lack of evidence linking Feeding strategies and Osmolality dynamics to Titre and Viable Cell Density (VCD)

Feeding regimens and osmolality control are the primary drivers for extending culture longevity and maximizing volumetric productivity. Without documented limits or optima for these inputs, practitioners cannot design fed-batch processes that balance high titre with sustained cell viability.

Missing comparative analysis of parameter sensitivity across different CHO cell lineages and product types

The research goal explicitly requests differentiation by cell line (e.g., CHO-K1 vs. CHO-DG44) and product type (mAb vs. fusion protein). The current lack of stratified evidence implies a 'one-size-fits-all' approach, which is risky given that different lineages possess distinct metabolic profiles and stress responses.

Undefined multivariate interactions between upstream parameters affecting process performance

Bioprocess parameters often interact non-linearly (e.g., the effect of pH may change depending on the temperature setpoint). The absence of evidence regarding these interaction effects prevents the establishment of a robust Design Space or the effective application of Quality by Design (QbD) principles.

Document	Claims
(Glycosylphosphatidylinositol-Based) Protein Chips and Biosensors for Biopharmaceutical Process Anal This review article focuses on process analytical technology (PAT), biosensors, and protein chips necessary for monitoring critical upstream process parameters and assessing product quality... 2 claims
4-(2,5-Dimethyl-1H-pyrrol-1-yl)-N-(2,5-dioxopyrrolidin-1-yl) benzamide improves monoclonal antibody 2021 · PLOS ONE The document is an experimental study in CHO cells that investigates the relationship between an upstream process modulator (chemical compound MPPB) and specific product outcomes. It explicitly... 3 claims
A Dual-Approach Strategy to Optimize the Safety and Efficacy of Anti-Zika Virus Monoclonal Antibody 2023 The document describes the production of a monoclonal antibody (ZV54) using Chinese Hamster Ovary (CHO) cells and explicitly characterizes the resulting Fc N-glycosylation profile (a key product... 2 claims
A Focus Honoring Carol Robinson's Election to the National Academy of Sciences. The document is the program for the ASMS Conference on Mass Spectrometry. Mass Spectrometry is the dominant analytical method used to characterize product outcomes such as glycosylation and titre,... 3 claims
A Multi-Omics Analysis of Recombinant Protein Production in Hek293 Cells 2012 Although the study focuses on Hek293 cells rather than CHO cells, it uses multi-omics techniques to investigate the relationship between cellular metabolism (glucose/glutamine consumption) and... 2 claims
A Simple Method to Reduce both Lactic Acid and Ammonium Production in Industrial Animal Cell Culture 2018 The document investigates a new feeding/adaptation strategy (upstream parameter) in CHO cell culture and reports resulting high Viable Cell Density (VCD) and Integral VCD (product outcomes).... 3 claims
A Single Dynamic Metabolic Model Can Describe mAb Producing CHO Cell Batch and Fed-Batch Cultures on 2015 · PLOS ONE The document describes experimental CHO cell fed-batch cultures, collecting data on VCD and monoclonal antibody concentration (product outcomes) under controlled upstream parameters (pH, DO, feeding... 2 claims
A Symbolic and Statistical Learning Framework to Discover Bioprocessing Regulatory Mechanism Cell Cu The document introduces a framework for developing mechanistic models of bioprocessing regulatory mechanisms in cell culture. It explicitly states the goal is to analyze the 'causal interdependencies... 3 claims
A Systematic Approach to Time-series Metabolite Profiling and RNA-seq Analysis of Chinese Hamster Ov The study analyzes time-series data from CHO cell culture, directly relating a manipulated process condition (lactate concentration in the medium, related to feeding strategy) to cell proliferation... 2 claims
A candidate antibody drug for prevention of malaria 2023 The document describes the selection of candidate antibodies based on required biophysical and manufacturing properties (e.g., low-cost manufacturing at scale, protein stability assays,... 2 claims
A combinatorial engineering approach to increase the productivity of CHO cells, and proteomic analys Prof. Dr. The document is a thesis focused on improving CHO cell productivity using fed-batch cultivation (an upstream process parameter/method). It explicitly measures and analyzes key product outcomes... 2 claims
A comprehensive antigen production and characterization study for easy-to-implement, highly specific The document describes a comprehensive approach assessing 'biotechnological parameters such as antigen quality attributes and manufacturability' (line 88) using comparative expression systems,... 2 claims
A control strategy to investigate the relationship between specific productivity and high-mannose gl 2016 The document investigates the relationship between upstream process parameters (feeding profiles, pH) and product quality attributes (glycosylation/high-mannose glycoforms) in CHO cell culture... 3 claims
A hierarchical model combining process and Raman spectroscopic data for real-time monitoring of cell The document focuses on using Multivariate Data Analysis (MVDA/OPLS) to characterize and enhance the understanding of interactions between upstream process variables (temperature, pH, DO, controller... 2 claims
A new strategy in bioreactor scale-up and process transfer using a dynamic initial vvm according to The document directly investigates the relationship between upstream process parameters (VVM/aeration, P/V, and aeration pore size) and a product outcome ('final expression' or titre/productivity) in... 3 claims
A novel approach to noninvasive monitoring of dissolved carbon dioxide in small-scale cell culture p 2022 · Frontiers in Bioengineering The document describes an experimental study using CHO cells, where the measurements are validated against key upstream process parameters (DO, pH) and product outcome indicators (cell density/VCD).... 2 claims
A novel hybrid bioprocess strategy addressing key challenges of advanced biomanufacturing The study focuses on CHO cell culture producing monoclonal antibodies (mAbs) and investigates a novel upstream process strategy. It experimentally links optimization of upstream operational... 3 claims
A proteomic study of cMyc improvement of CHO culture. The study focuses on improving Integral Viable Cell Number (IVC), a key product outcome (VCD) listed in the research goal, using CHO cells. It investigates the cellular mechanisms (proteomics)... 2 claims
A quantitative and mechanistic model for monoclonal antibody glycosylation as a function of nutrient The document directly addresses the core research goal by modeling the quantitative and mechanistic relationships between an upstream process parameter (nutrient availability/feeding) and multiple... 2 claims
A review of Innovation in Cell Banking, Expansion, and Production Culture Journal of Modernization in Engineering This document is a review of innovations in mammalian cell culture production, covering expansion and production culture methods (like fed-batch). The goal seeks relationships between upstream... 3 claims
A ‘Coomassie for Carbohydrates” - novel methodology for rapid detection and quantitation of glycosyl The document describes a novel analytical method for the rapid detection and quantitation of glycosylated IgGs (a key product outcome) in multiple cell lines, including CHO cells. Although it does... 1 claim
A ’Coomassie for Carbohydrates” – Novel Methodology for Rapid Detection and Quantitation of Glycosyl The document introduces a novel method for the rapid detection and quantification of glycosylation (a key product outcome defined in the goal) in proteins produced by multiple cell lines, explicitly... 2 claims
Abstracts from the 26th European Society for Animal Cell Technology Meeting - Cell culture technolog The document, particularly abstract O-028, describes the development and application of customized process models (using machine learning tools like DT-PLS) specifically to understand the influence... 3 claims
Accelerated cGMP production of near-native HIV-1 Env trimers following electroporation transfection The document details cGMP production of a recombinant vaccine candidate using CHO-S cells (correct domain and cell line). It discusses achieving high yield (to bypass stable cell line development)... 3 claims
Accelerating Biomanufacturing by Modeling of Continuous Bioprocessing—Piloting Case Study of Monoclo 2019 The document is an experimental case study of continuous monoclonal antibody manufacturing using CHO cells. It reports specific product outcomes (titre, VCD) achieved during the upstream process... 3 claims
Accelerating process development through analysis of cell metabolism The document describes the use of metabolic network models and experimental verification to relate changes in upstream process parameters (media composition/feeding strategy) to key product outcomes... 1 claim
Acceptance letter The document focuses on refining the Genome-Scale Metabolic Model (GSMM) for CHO cells, a crucial systems biology tool used to predict and optimize bioprocess parameters (like media/feed composition,... 3 claims
Acceptance letter 2020 · PLOS ONE The document investigates the relationship between media additives/metabolic modulators (alpha-lipoic acid and methylene blue, which act as specific feeding strategies/process parameters) and a key... 3 claims
Advancements in CHO metabolomics techniques, current state and evolving methodologies 2024 The document reviews the field of CHO metabolomics, focusing on identifying key metabolites/pathways that regulate cell growth (VCD) and recombinant protein production (titre/productivity). This... 3 claims
Advances in Serum-Free Suspension Culture Technology for Animal Cells and Their Applications 2025 This review focuses on serum-free suspension culture technology, specifically mentioning CHO cells. It explicitly states that the culture must replicate physiological parameters (temperature, pH,... 3 claims
Advances in recombinant antibody manufacturing 2016 Mini-review focused on advances and optimization strategies in CHO cell culture for monoclonal antibody (mAb) production. It explicitly discusses critical outputs defined in the research goal,... 3 claims
Advancing Monoclonal Antibody Manufacturing Process Optimization, Cost Reduction Strategies, and Eme This review directly addresses advances in Monoclonal Antibody (mAb) manufacturing process optimization, which inherently relies on CHO cell culture data. The text explicitly discusses relationships... 3 claims
Amino acids in the cultivation of mammalian cells 2016 This mini-review addresses the critical upstream parameter of amino acid feeding/media composition. It explicitly links amino acid concentration and availability to several listed upstream parameters... 3 claims
Advances of Glycometabolism Engineering in Chinese Hamster Ovary Cells The document reviews advances in CHO cell glycometabolism engineering, which directly studies how modifications to metabolic pathways (an intrinsic upstream factor related to feeding/substrate... 3 claims
Affinity purification of erythropoietin from cell culture supernatant combined with MALDI-TOF-MS ana The document describes a high-throughput analytical workflow for measuring N-glycosylation (a key product outcome) of EPO produced by CHO cells. While it is primarily a methods paper, the stated goal... 1 claim
Amino acid feeding reduces ammonia production through rearrangement of metabolic fluxes in central c The document directly addresses the research goal by studying the relationship between an upstream process parameter (amino acid feeding/valine) and crucial product outcomes (titer and... 3 claims
An Overview of the Various Appropriate Types of Cell Lines for the Production of Monoclonal Antibodi Journal of Pharmaceutical Investigation This review article discusses appropriate cell lines for MAb production, prominently featuring CHO cells. It specifically mentions key product outcomes requested by the goal, such as glycosylation... 2 claims
An unconventional uptake rate objective function approach enhances applicability of genome-scale mod 2019 The document focuses on using computational models (GeMs/FBA) tailored for CHO cell lines (K1, DG44, S) to analyze the impact of nutrient uptake rates (feeding parameter) on cellular metabolism and... 3 claims
Analysis of glycolytic flux as a rapid screen to identify low lactate producing CHO cell lines with The document investigates the relationship between upstream process parameters (feeding strategy/carbon source) and key product outcomes (viable cell density, titer/yield, and glycan... 3 claims
Analyzing Clonal Variation of Monoclonal Antibody-Producing CHO Cell Lines Using an In Silico Metabo 2014 · PLOS ONE The document investigates how clonal variation (a cell line characteristic) correlates with differing productivity (titre/product outcome) in CHO cells, focusing on metabolic mechanisms. While it... 3 claims
Antibody Productivity of CHO Cells is Altered by ER Stress Tolerance of the Host Cell 2024 The document studies key outcomes (Titer, VCD, Qp) in CHO cells under fed-batch conditions and relates them to internal cellular constraints (ER stress, TCA cycle expression). Although it focuses on... 3 claims
Application of bioreactor technology for cell culture-based viral vaccine production Present status 2022 · Frontiers in Bioengineering This review summarizes upstream process optimization and key parameters (T, pH, DO, etc.) in cell culture bioreactors for bioproduction, which directly addresses the core objective (relationships... 3 claims
Application of maltose as energy source in protein-free CHO-K1 culture to improve the production of 2018 The study directly investigates the relationship between an upstream process parameter (feeding/nutrient source, maltose concentration) in CHO-K1 cell culture and key product outcomes, specifically... 3 claims
Applications and analysis of hydrolysates in animal cell culture 2021 · Bioresour. Bioprocess. The document is a review focusing on hydrolysates, which are major components of cell culture media (a critical feeding/nutritional parameter). It discusses how these media components influence key... 3 claims
Aspects and Implementation of Pharmaceutical Quality by Design from Conceptual Frameworks to Industr 2025 The document reviews the Quality by Design (QbD) framework, including methodology like Design of Experiments (DoE) and process analytical technology (PAT). QbD is the fundamental regulatory and... 2 claims
Assessment of AMBR&lt;sup&gt;TM&lt; sup&gt; as a model for high-throughput cell cult 2012 The document evaluates CHO cell culture performance (growth, titer, product quality) under controlled upstream process parameters (pH, DO, temperature, feeding, osmolality) for three different... 3 claims
Author response to Decision Letter 0 2020 · PLOS ONE The document investigates the effect of metabolic additives (a type of media/feeding strategy, which is an upstream process parameter) on product outcome (monoclonal antibody production/titre) and... 3 claims
Author response to Decision Letter 1 The article directly investigates the relationship between an upstream process parameter (low temperature) and a process supplement (sodium butyrate) and product outcomes (enhanced recombinant... 3 claims
Author response to Decision Letter 1 2021 · PLOS ONE The document investigates the effect of adding a novel chemical compound (an upstream process parameter related to feeding/media composition) on key product outcomes in CHO cells: monoclonal antibody... 3 claims
Author response to previous submission This research article focuses on improving the genome-scale metabolic model (GSMM) of CHO cells to accurately predict intracellular fluxes. It uses experimental data derived from various culture... 2 claims
Automated Data Generation for Raman Spectroscopy Calibrations in Multi-Parallel Mini Bioreactors 2022 The document describes using Design of Experiments (DoE) in CHO cell culture to generate high-throughput data and reliable measurement models for key upstream parameters (glucose, lactate, glutamine,... 3 claims
Avaliação do potencial de crescimento e produção de proteínas recombinantes de células humanas adapt Profa. Dra. The document describes a bioprocess study focusing on optimizing growth and recombinant protein production (Factor VII) in mammalian cells (human lines: HKB-11, SK-Hep-1, Huh-7) and adapting them to... 2 claims
Bacterial Proteases as Thrombolytics and Fibrinolytics The document primarily reviews bacterial proteases, but Table 1 explicitly lists several FDA-approved therapeutic products (e.g., t-PA, Factor IX) that are recombinantly expressed in and sourced from... 2 claims
Baculovirus-mediated production and purification of ferritin nanoparticles for rift valley fever vac 2025 · Journal of Biological Engineering The document describes an experimental study using CHO cells (among other systems) to produce a recombinant protein (ferritin nanoparticles). It directly assesses product outcomes, specifically... 2 claims
Benchmarking of commercially available CHO cell culture media for antibody production. 2015 This document directly studies CHO cell fed-batch processes, evaluating the relationship between upstream parameters (feeding strategy, basal media, nutrient concentrations, and osmolality... 3 claims
Benchmarking of commercially available CHO cell culture media for antibody production The document describes experimental results in CHO cell culture, specifically correlating the upstream process parameter (Feeding/Medium type and regimen) with product outcomes (Titer and VCD/Peak... 2 claims
Bioengineering Outlook on Cultivated Meat Production The document explicitly examines the relationship between the process parameter dissolved CO2/pCO2 (which is closely linked to pH and osmolality) and critical product outcomes (VCD, product titer,... 3 claims
Bioprocessing of mAb (Monoclonal Antibodies) using Chinese Hamster Ovary (CHO) Cells A Review Journal of Life Sciences This review article focuses specifically on the upstream bioprocessing of Monoclonal Antibodies (mAbs) using Chinese Hamster Ovary (CHO) cells. It explicitly states the intention to cover... 3 claims
Bioprocess development of antibody-drug conjugate production for cancer treatment. PLOS ONE The document details the bioprocess optimization for monoclonal antibody (mAb) production using CHO cells in fed-batch culture. It explicitly reports controlling and monitoring upstream process... 2 claims
Boosting Productivity for Advanced Biomanufacturing by Re-Using Viable Cells The document is an experimental study focused on CHO cell culture comparing a novel upstream process (hybrid FB/FBC) against standard fed-batch. It directly measures and compares key product outcomes... 3 claims
Branched-chain amino acids physico-chemical properties, industrial synthesis and role in signaling, 2024 The document reviews branched-chain amino acids (BCAAs). BCAA concentration is a critical component of the 'feeding' process parameter. Understanding how BCAAs influence cell signaling (mTORC1... 2 claims
CO2 – Intrinsic Product, Essential Substrate, and Regulatory Trigger of Microbial and Mammalian Prod 2015 · Frontiers in Bioengineering The document is a review on the impact of CO2/bicarbonate (a critical upstream process parameter related to pH and DO) on cellular physiology and bioprocess performance in mammalian cultures. This... 3 claims
Cell-culture growth conditions resulting in the oxidation of a recombinant antigen-binding fragment 2019 · Bioresour. Bioprocess. The document performs a Design of Experiments (DOE) study in CHO cells, explicitly investigating the relationship between critical upstream process parameters (Dissolved Oxygen, Temperature, and... 3 claims
Decision Letter 0 This research article focuses on refining a Genome-Scale Metabolic Model (GSMM) for CHO cells to accurately predict intracellular fluxes. Accurate flux prediction is a necessary step for linking... 3 claims
Cell Line Techniques and Gene Editing Tools for Antibody Production A Review 2018 · Frontiers in Pharmacology The document reviews cell line engineering techniques (including glyco-engineering, apoptosis regulation, and chaperone engineering) specifically in CHO cells aimed at improving product outcomes... 3 claims
Cell clone selection—impact of operation modes and medium exchange strategies on clone ranking The document directly investigates the relationship between an upstream process parameter (operation mode, specifically fed-batch vs. semi-perfusion/feeding strategy) and product outcomes... 3 claims
Cell culture efforts to reduce glycation in recombinant humanized antibody The document directly investigates the relationship between an upstream process parameter (glucose/feeding strategy) and a key product outcome (glycation, which is a form of glycosylation/PTM... 3 claims
Cell line development for and characterization of mono- and bivalent antibody derivatives Prof. Dr. This PhD thesis focuses on Cell Line Development and Protein Production, explicitly using CHO-S cell lines (Section 2.2.2.1). It includes methods for determining cell specific productivity (VCD/Titre... 3 claims
Cell specific perfusion rates drive growth dynamics and metabolism in CHO N-1 perfusion processes in 2025 The document investigates the relationship between upstream process parameters (Cell Specific Perfusion Rate/feeding strategy) and product outcomes/proxies (VCD/cell growth dynamics and specific... 3 claims
Cellular and Molecular Engineering of Glycan Sialylation in Heterologous Systems 2021 This review focuses on cellular and molecular engineering efforts in CHO cells to control a key product outcome variable (sialylation/glycosylation). Although the primary focus is genetic/metabolic... 3 claims
Challenges and Emerging Technologies in Biomanufacturing of Monoclonal Antibodies (mAbs) This document is a review chapter focused on challenges and emerging technologies in CHO cell biomanufacturing of monoclonal antibodies (mAbs). It specifically mentions upstream processing,... 2 claims
Characterization of Monoclonal Antibody Glycan Heterogeneity Using Hydrophilic Interaction Liquid Ch The document, although focused on developing an analytical method (HILIC-MS) for glycosylation, explicitly applies this method to address research questions directly matching the goal: 1)... 3 claims
Characterization of Neutralizing Human Anti-Tetanus Monoclonal Antibodies Produced by Stable Cell Li 2022 The study focuses on producing monoclonal antibodies using stable CHO-S cell lines in a fed-batch culture system. The abstract explicitly mentions presenting results regarding 'cell growth and... 3 claims
Characterization of low temperature response and cyclin A isoforms in Chinese hamster ovary (CHO) ce Prof. Dr. The doctoral thesis directly investigates the effect of an upstream process parameter (temperature shift from 37°C to 30°C) on key product outcomes in CHO cells, specifically showing increases in... 3 claims
Characterization of metabolic responses, genetic variations, and microsatellite instability in ammon The document investigates the effect of ammonia stress (a critical upstream metabolite/process parameter closely linked to feeding and pH) on CHO cell physiology and genomic integrity. The background... 3 claims
Characterization of the mechanism of action of spin-filters for animal cell perfusion cultures 2006 This PhD thesis investigates the mechanism and optimization of spin-filters for animal cell perfusion cultures. Perfusion rate and cell retention (VCD, biomass analysis) are central to the study.... 3 claims
Charakterisierung des N-Glykosylierungsprofils der neuen Entenzelllinie AGE1.CR und die gerichtete M Prof. Dr. The document primarily focuses on glycoengineering (fucosylation modification) in a duck cell line, but it includes experimental sections dedicated to CHO cells (e.g., Sections 2.3.1.2, 2.3.2.6,... 3 claims
Chemically modified cysteine in CHO fed-batch processes and impact on the specific productivity This experimental study uses CHO cells and investigates the relationship between an upstream process parameter (feeding strategy, specifically the use of chemically modified L-cysteine/L-tyrosine... 2 claims
Chinese Hamster Ovary Cell Line Development via Imaging Flow Cytometry and Directed Evolution The document focuses on CHO cell line development and directed evolution to increase productivity (titre) for various molecules (mAbs). Although the primary independent variables are intrinsic... 3 claims
Cholesterol and fatty acids regulate cysteine ubiquitylation of ACAT2 through competitive oxidation. The document investigates CHO cells and studies the effect of upstream components (sterols and fatty acids, related to feeding/media) on cellular state (ACAT2 protein stabilization, ROS levels).... 3 claims
Cleavage-Independent HIV-1 Trimers From CHO Cell Lines Elicit Robust Autologous Tier 2 Neutralizing 2018 · Frontiers in Immunology The document describes the development and characterization of a stable CHO cell line (CHO-M) for recombinant protein production, reporting specific product outcomes: high yield (~1.8 g/L, addressing... 3 claims
Clustering and curation of electropherograms an efficient method for analyzing large cohorts of capi 2020 · Org. Chem. The document, although focused on an analytical method (CE-LIF data curation), is explicitly applied to datasets generated during 'bioreactor optimization' and 'process development' studies. The goal... 3 claims
Coagulation factor IX analysis in bioreactor cell culture supernatant predicts quality of the purifi 2021 The document investigates how 'bioreactor operating conditions' (upstream parameters) impact recombinant protein production (yield/titre) and specific product outcomes, namely post-translational... 3 claims
Combining lipoic acid to methylene blue reduces the Warburg effect in CHO cells From TCA cycle activ 2020 · PLOS ONE The document investigates the relationship between an upstream process parameter (chemical addition/feeding strategy, using lipoic acid and methylene blue) and a key product outcome (monoclonal... 3 claims
Compartment-specific metabolome labeling enables the identification of subcellular fluxes that may s 2021 The document investigates metabolic flux patterns (using 13C MFA) in IgG1-producing CHO cells and directly relates specific fluxes (e.g., cytosolic malic enzyme) to cell-specific IgG1 productivity.... 3 claims
Comprehensive modeling of cell culture profile using Raman spectroscopy and machine learning 2023 The document focuses on developing a comprehensive, automated method using Raman spectroscopy and machine learning to continuously monitor numerous components (metabolites, medium components, cell... 3 claims
Computational stabilization of T cell receptors allows pairing with antibodies to form bispecifics 2020 The study utilizes the Chinese Hamster Ovary (CHO) cell system for protein expression. It directly addresses product outcomes (expression/titre and glycosylation), noting that improved TCR stability... 2 claims
Construction of a Public CHO Cell Line Transcript Database Using Versatile Bioinformatics Analysis P 2014 · PLOS ONE The document focuses on constructing a CHO cell line transcript database derived from cells grown under 'various culture conditions' and different cell lines. While the paper's focus is... 1 claim
Construction of a novel kinetic model for the production process of a CVA6 VLP vaccine in CHO cells 2023 The document focuses on CHO cell culture and explicitly investigates the relationship between an upstream process parameter (pH shift strategies) and process outcomes (cell growth/VCD, product... 3 claims
Continuous Feeding Reduces the Generation of Metabolic Byproducts and Increases Antibodies Expressio 2021 This experimental study focuses specifically on CHO-K1 cells and directly investigates the documented relationship between an upstream process parameter (feeding strategy) and product outcomes... 3 claims
Controllability Analysis of Protein Glycosylation in Cho Cells 2014 · PLOS ONE The document specifically analyzes the relationship (via a process gain matrix and controllability assessment) between upstream process variables/operating conditions and the product outcome (protein... 3 claims
Cysteine metabolic engineering and selective disulfide reduction produce superior antibody-drug-conj 2022 The study details manipulating Cysteine availability/metabolism (a feeding/upstream process parameter) in CHO cells to control the modification status (TNB-capping) and resulting product... 3 claims
Cyclin and DNA Distributed Cell Cycle Model for GS-NS0 Cells 2015 The document develops a sophisticated population balance model (PBM) to link cellular state (cyclins/DNA) and 'stimulatory/inhibitory factors' in the medium to cell growth (VCD) and antibody... 3 claims
Data-driven modeling of the degradation of recombinant proteins in Chinese hamster ovary cells Prof. Dr. The document is a PhD thesis focusing on data-driven modeling and experimental study of recombinant protein degradation in CHO cell cultures. Degradation directly impacts product outcome... 3 claims
Deciphering Metabolic Pathways in High-Seeding-Density Fed-Batch Processes for Monoclonal Antibody P 2024 The document investigates the correlation between an upstream parameter (feeding strategy, specifically asparagine addition and bolus medium) and a key product outcome (final titers/productivity) in... 3 claims
Deciphering Metabolic Pathways in High Seeding Density Fed-Batch Processes for Monoclonal Antibody P The document investigates CHO cell fed-batch processes for mAb production (product type). It uses computational modeling based on experimental data to explore the relationship between upstream... 3 claims
Decision Letter 0 2020 · PLOS ONE The document is an experimental study using CHO cells to correlate an upstream process modification (addition of metabolic effectors, which is a type of feeding/media strategy) with a product outcome... 3 claims
Decision Letter 1 2020 · PLOS ONE The study investigates the effect of media supplements (lipoic acid, methylene blue, representing a feeding parameter) on CHO cell performance, specifically measuring maximum mAb production (titre),... 3 claims
Decision Letter 2 The document directly investigates the relationship between specific upstream process parameters (temperature decrease, chemical supplementation/feeding parameter NaBu) and product outcomes (enhanced... 3 claims
Decision Modeling for understanding and engineering metabolism — R0 PR5 The document reviews the principles of metabolic modeling and engineering (systems biology). These mathematical and computational methods are critical tools used to analyze, understand, and predict... 1 claim
Decision Letter 2 2021 · PLOS ONE The study directly investigates the relationship between an upstream intervention (addition of a chemical compound related to media/feeding) and key product outcomes (monoclonal antibody titre, cell... 3 claims
Degradation Products of Tryptophan in Cell Culture Media Contribution to Color and Toxicity 2021 · Toxicity. Int. The document studies the effect of an upstream parameter (media component stability, driven by temperature) on CHO cell performance. It specifically tests the toxicity of tryptophan degradation... 2 claims
Design of a stable cell line producing a recombinant monoclonal anti-TNFα antibody based on a CHO ce The document focuses on developing a stable CHO cell line and maximizing productivity (titre >1 g/L) using DHFR-mediated gene amplification. While the primary scope is cell line development, it is... 2 claims
Designed Amino Acid Feed in Improvement of Production and Quality Targets of a Therapeutic Monoclona 2015 · PLOS ONE The document directly addresses the research goal by studying the relationship between an upstream process parameter (designed amino acid feeding) and key product outcomes (titre and N-glycan... 3 claims
Designing Robust Biotechnological Processes Regarding Variabilities Using Multi-Objective Optimizati 2022 The document focuses on using multi-objective optimization (Bayes optimization/Gaussian processes) for upstream biopharmaceutical processes (seed train design). The objectives being optimized... 3 claims
Designs and Characterization of Subunit Ebola GP Vaccine Candidates Implications for Immunogenicity. The document details the production of a recombinant glycoprotein (Ebola GP) in CHO cells, reporting specific culture parameters (37°C, fed-batch methodology, specific media) and resulting product... 3 claims
Developing a medium combination to attain similar glycosylation profile to originator by DoE and clu 2021 The document is an experimental study using CHO cells to optimize the relationship between upstream process parameters (basal medium, feed medium, galactose addition/feeding strategy) and product... 3 claims
Development and evaluation of a new, specially tailored CHO media platform The document investigates the effect of an upstream parameter (new media platform/feeding) on key product outcomes (VCD, product titer, and glycosylation) across multiple CHO cell lines (DG44, GS,... 2 claims
Development of a Clonal and High-Yield Mammalian Cell Line for the Manufacturing of a Hyperactive Hu 2024 The document details the development of a stable TurboCell™ CHO-K1-based cell line and the establishment of a 'robust bioprocess strategy' for manufacturing a recombinant protein. Studies focused on... 3 claims
Development of a Stable MGAT1− CHO Cell Line to Produce Clade C gp120 With Improved Binding to Broad 2018 · Frontiers in Immunology The study focuses directly on CHO cell culture, documenting product outcomes (titre/productivity: 1.2 g/L) and product quality (glycosylation/glycoform heterogeneity) for a specific cell line... 3 claims
Development of a fluorescent reporter system for monitoring ER stress in Chinese hamster ovary cells 2017 · PLOS ONE The document studies CHO cell productivity (titre) in fed-batch cultures and develops an ER stress index (ERSI) shown to be a 'good predictor of productivity.' The text explicitly states that ER... 3 claims
Development of a scalable single process for producing SARS-CoV-2 RBD monomer and dimer vaccine anti The document describes an experimental study using CHO-K1 cells to produce a therapeutic protein (SARS-CoV-2 RBD). It specifically identifies and links upstream process parameters (e.g., copper... 3 claims
Development of a serum free medium for HUMIRA sup ® sup biosimilar by design of experiment approache This is an experimental study on CHO cells producing a mAb. It uses Design of Experiment (DoE) to determine the effect of upstream parameters (serum-free medium component concentrations and initial... 3 claims
Development of an intensified fed-batch production platform with doubled titers using N-1 perfusion 2020 · Bioresour. Bioprocess. The document is an experimental study using CHO cells that investigates the impact of upstream process parameters (temperature shift optimization, feeding strategies, and cell density management) on... 3 claims
Development of eukaryotic cell-free systems based on Chinese hamster ovary cells for the production Prof. Dr. Although the document focuses on cell-free systems, the abstract explicitly states that the research addressed the optimization and upscaling of CHO cell cultivation parameters (e.g., transitioning... 3 claims
Differential effect of culture temperature and specific growth rate on CHO cell behavior in chemosta 2014 · PLOS ONE The document experimentally investigates the relationship between upstream process parameters (culture temperature and specific growth rate, linked to feeding/dilution rate) and a product outcome... 3 claims
Differential protein expression following low temperature culture of suspension CHO-K1 cells 2008 The document directly investigates the effect of an upstream process parameter (temperature shift from 37°C to 31°C) on CHO cell cultures (CHO-K1). It measures the resulting changes in viable cell... 3 claims
Direct analysis of mAb aggregates in mammalian cell culture supernatant The document investigates mAb aggregation, a critical product outcome/quality attribute (PQA), specifically in CHO cell cultures. Although primarily a methodology article, it explicitly discusses how... 3 claims
Dual formation mechanisms of acidic variants in cysteine-engineered antibodies and strategies for th The document directly investigates the relationship between upstream process parameters (modulating temperature and pH, and supplementing L-cysteine/feeding strategy) and a critical product quality... 3 claims
Dynamic Modeling of CHO Cell Metabolism Using the Hybrid Cybernetic Approach With a Novel Elementary 2020 · Frontiers in Bioengineering The document develops a dynamic metabolic modeling methodology (Hybrid Cybernetic Modeling) specifically for CHO-S cell cultures. The stated purpose of the modeling is to identify relevant 'culture... 3 claims
Dynamic Optimisation of Fed-Batch Bioreactors for mAbs Sensitivity Analysis of Feed Nutrient Manipul 2023 The document investigates the dynamic optimization and sensitivity analysis of upstream process parameters (feeding trajectories/substrate manipulation: Glucose, Glutamine, Asparagine) in GS-CHO cell... 3 claims
Effect of Sialic Acid on Mammalian Cell Culture and Protein Expression A Potential Productivity Enha 2020 The document studies the effect of an upstream process parameter (Sialic Acid addition/medium composition) on key product outcomes (VCD, antibody titer) and product quality attributes (N-linked... 3 claims
Effect of Temperature Downshift on the Transcriptomic Responses of Chinese Hamster Ovary Cells Using 2016 · PLOS ONE The research article directly studies the relationship between an upstream process parameter (temperature downshift) and product outcomes (increased specific productivity/titre, and transcriptomic... 3 claims
Effect of amino acid limitation and supplementation in Chinese hamster ovary fed-batch cultures This thesis directly investigates the effect of specific upstream process parameters (amino acid limitation/feeding) on key product outcomes (cell growth/VCD, antibody productivity/titre, and... 3 claims
Expression of Recombinant Antibodies 2013 The review covers recombinant antibody expression, explicitly mentioning mammalian cell lines (CHO) as the primary therapeutic production system and highlighting the importance of glycosylation (a... 3 claims
Effect of different cell culture media on the production and glycosylation of a monoclonal antibody 2025 The study directly investigates the relationship between an upstream process parameter (cell culture media composition and feeding strategy) and key product outcomes (titer, cell growth/VCD, and... 3 claims
Effect of iron sources on the glycosylation macroheterogeneity of human recombinant IFN-γ produced b The document investigates the relationship between an upstream process parameter (iron source/feeding strategy) and multiple specified product outcomes (VCD, titre/production rate, and glycosylation)... 2 claims
Effects of autophagy-inhibiting chemicals on sialylation of Fc-fusion glycoprotein in recombinant CH 2024 The document investigates the relationship between a process intervention (chemical inhibition of autophagy) and a key product outcome specified in the research goal: glycosylation (sialylation) in... 3 claims
Effects of enzymatically-synthesized sialylated oligosaccharides on the N- and O-glycosylation of et The document investigates the relationship between an upstream process parameter (supplementation/feeding of sialylated oligosaccharides) and a key product outcome (N- and... 3 claims
Effects of process intensification on homogeneity of an IgG1 κ monoclonal antibody during perfusion 2024 The document investigates the relationship between upstream process parameters (process intensification/high cell density targets in perfusion culture) and a product outcome (glycosylation/product... 3 claims
Efficient Production of sTNFRII-gAD Fusion Protein in Large Quantity by Use of the Modified CHO-S Ce 2014 · PLOS ONE This experimental paper focuses on developing and optimizing a fed-batch culture system for a recombinant protein (sTNFRII-gAD) in CHO-S cells. The abstract explicitly mentions 'optimized the... 3 claims
Employing active learning in the optimization of culture medium for mammalian cells 2023 The document describes a methodology (Active Learning and GBDT) for optimizing culture medium composition (a crucial upstream process parameter related to feeding) based on cellular metabolic status... 3 claims
Endoplasmic Reticulum-Associated rht-PA Processing in CHO Cells Influence of Mild Hypothermia and Sp 2015 · PLOS ONE The article experimentally studies the relationship between an upstream process parameter (Temperature/Mild Hypothermia) and cellular outcomes (rht-PA processing/degradation) in CHO cell cultures.... 3 claims
Engineering of Chinese hamster ovary cells for co-overexpressing MYC and XBP1s increased cell prolif 2023 The document investigates CHO cell productivity (titre, VCD) and specifically evaluates the performance of the engineered cells under different environmental/upstream process parameters, namely... 3 claims
Engineering protein glycosylation in CHO cells to be highly similar to murine host cells The document is an experimental study focusing on CHO cell cultures and the critical product outcome of glycosylation. It explicitly mentions analyzing and selecting clones based on 'similar growth... 3 claims
Enhanced recombinant protein production in CHO cell continuous cultures under growth-inhibiting cond The document investigates the relationship between an upstream process parameter (low temperature, a key parameter listed in the goal) and product outcomes (recombinant protein... 3 claims
Enhanced understanding of protein glycosylation in CHO cells through computational tools and experim This is a PhD thesis (a required source type) focused on CHO cells, specifically investigating the relationship between upstream process parameters (galactose and uridine feeding/supplementation) and... 3 claims
Enhancement of adalimumab expression in CHO cells by antioxidant small molecule additives and the un The document investigates how small molecule additives (a type of upstream process parameter/medium component related to feeding) affect product outcomes in CHO cells, specifically focusing on... 3 claims
Enhancement of effector functions of anti-CD20 monoclonal antibody by increased afucosylation in CHO 2022 · Journal of Genetic Engineering and Biotechnology The document investigates the relationship between an upstream process parameter, osmolality (modulated by UMG feed additives), and a product quality attribute, glycosylation (specifically... 3 claims
Enhancing Antibody-Specific Productivity Unraveling the Impact of XBP1s Overexpression and Glutamine 2024 The document investigates the correlation between an upstream parameter (Glutamine availability/feeding) and product outcomes (specific productivity, metabolic byproducts) using experimental data.... 3 claims
Enhancing and stabilizing monoclonal antibody production by Chinese hamster ovary (CHO) cells with o The document directly addresses the research goal by investigating the optimization of upstream process parameters (perfusion culture strategies, perfusion rates, and temperature reduction methods)... 3 claims
Entwicklung einer API-Produktionsplattform mittels CRISPR Cas9 auf Basis einer CHO Zelllinie 2018 · Prof. Dr. The document, a PhD thesis on CHO cell line development for API production, uses fed-batch cultivation and measures VCD/titre (Section 5.2.2.12, 5.2.2.5, 3.3). These methods necessarily involve... 3 claims
Entwicklung einer Affinitätstechnologie für die Aufreinigung rekombinanter Proteine aus Säugetierzel 2004 · Journal of Chromatography B The document investigates CHO cell cultivation (specifically CHO t-PA and CHO hGH lines) and analyzes upstream process impacts. Section 4.2.5 is explicitly titled 'Einﬂuss der... 3 claims
Establishment of fast-growing serum-free immortalised cells from Chinese hamster lung tissues for bi 2020 The document investigates a Chinese hamster derived cell line (CHL-YN) and compares its performance (growth, VCD, IgG1 titre, and glycosylation levels) to conventional CHO-K1 cells under serum-free... 3 claims
Evaluating the impact of media and feed combinations on CHO cell culture performance and monoclonal 2025 The document is an experimental study in CHO cell culture, directly investigating the relationship between an upstream process parameter (feeding/media composition) and key product outcomes (viable... 3 claims
Evaluation and use of disaccharides as energy source in protein-free mammalian cell cultures The document investigates the relationship between an upstream process parameter (carbon source / feeding strategy) and a documented product outcome (Viable Cell Density, VCD) in CHO cell lines... 3 claims
Evaluation of feed strategy for high quality biosimilar IgG production in CHO cell fed-batch process 2021 · Bilim. Derg. The document is an experimental study in CHO cells investigating the relationship between an upstream process parameter ('Feed Strategy'/'Feeding') and key product outcomes ('product titer' and... 3 claims
Evaluation of the advanced micro-scale bioreactor (ambr™) as a highthroughput tool for cell culture The document describes an experimental study using CHO cells where two key upstream process parameters (pH and feeding/feed rate) are varied using a factorial design, and the resulting impact on... 3 claims
Evaluation of transfection methods for transient gene expression in Chinese hamster ovary cells 2013 The document investigates optimization strategies in CHO cells for protein production (titre/EGFP expression) and cell growth (VCD). Specifically, it studies the effect of a temperature shift (37°C... 3 claims
Evidence for co-translational misincorporation of non-canonical amino acid hydroxyproline in recombi 2020 · PLOS ONE The document investigates the relationship between an upstream process parameter (proline content in the cell culture media, a 'feeding' variable) and a product outcome (hydroxyproline... 3 claims
Explainable AI for CHO cell culture media optimization and prediction of critical quality attribute 2024 The document investigates the relationship between upstream parameters (media components/metal ion concentrations, which relate to feeding/media strategy) and a product outcome (Critical Quality... 3 claims
Exploration of linear and interpretable models for quantification of cell parameters via contactless The document focuses on developing an analytical method (SWIR sensing) for contactless quantification of key bioprocess parameters, including Viable Cell Density (VCD) and critical metabolites... 2 claims
Exploring metabolic effects of dipeptide feed media on CHO cell cultures by in silico model-guided f 2024 The document directly investigates the relationship between an upstream process parameter (feeding/concentration of dipeptide in feed media) and product outcomes (IgG titer, specific cell... 3 claims
Monoclonal Antibodies 4468 The table of contents includes the article titled, 'Controlling the Glycosylation Profile in mAbs Using Time-Dependent Media Supplementation,' which directly addresses the research goal by linking an... 2 claims
Exploring synthetic biology for the development of a sensor cell line for automated bioprocess contr 2022 The document is highly relevant as it focuses on two key upstream process parameters (DO/hypoxia and osmolality) in CHO cell cultures, which are central to the research goal. Although the main output... 3 claims
Exploring the limits of conventional small-scale CHO fed-batch for accelerated on demand monoclonal 2021 This research paper directly investigates the relationships between upstream process parameters (temperature shift, pH shift, feeding strategy, high cell density/IVCD management, and DO levels) and... 3 claims
Expression and Purification of Biologically Active Human Bone Morphogenetic Protein-4 in Recombinant 2017 · Microbiol. Biotechnol. The document is an experimental study detailing the development of a production process for rhBMP-4 in rCHO cells using a 7.5-L bioreactor. It explicitly mentions and investigates the use of specific... 3 claims
Expression of Human Erythropoietin Containing 2 Additional N-Link in CHO-K1 Cells under Different Cu Journal of Cancer Chemoprevention The document investigates the relationship between upstream CHO cell culture parameters (seeding density, incubation time, media type, FBS concentration) and a product outcome (recombinant protein... 3 claims
Factors Affecting the Expression of Recombinant Protein and Improvement Strategies in Chinese Hamste This is a comprehensive review article on factors affecting recombinant protein expression (yield/titre and quality/PTMs like glycosylation) and improvement strategies in CHO cells. While the visible... 3 claims
Fast and long-lasting immune response to S-trimer COVID-19 vaccine adjuvanted by PIKA 2021 Although the primary focus is vaccine efficacy, the document explicitly describes the production of the S-trimer antigen using 'monoclonal CHO cells' in a 'fed batch serum-free cell culture process... 1 claim
Fc-GDF15 glyco-engineering and receptor binding affinity optimization for body weight regulation 2021 The document focuses heavily on optimizing product outcomes, specifically glycosylation (glyco-engineering) and titer/yield in a therapeutic Fc-fusion protein. This addresses two key required... 3 claims
From Cell Clones to Recombinant Protein Product Heterogeneity in Chinese Hamster Ovary Cell Systems 2025 · Systems. Int. This review summarizes developments in CHO cell expression systems, specifically addressing product heterogeneity and yield. It explicitly mentions 'optimization of culture media, cell culture... 3 claims
From Observational to Actionable Rethinking Omics in Biologics Production This review focuses on applying omic and systems biology approaches to optimize CHO cell bioprocesses, explicitly targeting improved titer and product quality (PQ). The methodologies discussed... 3 claims
From Shallow to Deep Bioprocess Hybrid Modeling Advances and Future Perspectives This document reviews the application of Hybrid Neural Networks (HNNs) and deep learning to bioprocesses, specifically mentioning 'animal cells cultures' and the biopharma sector. It discusses... 2 claims
From Spatial-Temporal Multiscale Modeling to Application Bridging the Valley of Death in Industrial 2023 This review paper focuses on advanced modeling techniques (mechanistic, data-driven, hybrid) and AI applications for bioprocess development, optimization, and control in industrial biotechnology.... 2 claims
Functional Trimeric SARS-CoV-2 Envelope Protein Expressed in Stable CHO Cells The document focuses on expressing a complex glycoprotein (SARS-CoV-2 Spike protein) in stable CHO cells. Crucially, it discusses optimizing the bioprocess, explicitly stating that 'Final harvest... 3 claims
GMP Manufacturing and Characterization of the HIV Booster Immunogen HxB2.WT.Core-C4b for Germline Ta 2025 The document describes the optimization of a CHO cell culture process for producing a recombinant protein (HIV immunogen). It explicitly mentions refining key upstream process parameters (pH,... 3 claims
Gene editing in CHO cells to prevent proteolysis and enhance glycosylation Production of HIV envelop 2020 · PLOS ONE The document investigates improvements in a key product outcome, glycosylation, by developing and characterizing novel CHO cell lines (C1s-/- MGAT1- CHOK1). While it focuses on genetic modification... 3 claims
Generating aldehyde-tagged antibodies with high titers and high formylglycine yields by supplementin The study analyzes the relationship between supplementing culture media with copper (an upstream process parameter/feeding) and product outcomes, specifically antibody titer and a critical product... 2 claims
Generation and Characterization of a Bivalent HIV-1 Subtype C gp120 Protein Boost for Proof-of-Conce PLOS ONE The study uses CHO cells to produce a therapeutic protein (gp120) and provides detailed analytical characterization of the product, specifically focusing on glycan content and occupancy... 2 claims
Genome-scale modeling of Chinese hamster ovary cells by hybrid semi-parametric flux balance analysis 2022 The document, while focused on modeling (Hybrid FBA), uses an experimental CHO cell dataset derived from 21 reactor experiments with measured exchange fluxes to evaluate and validate the model. The... 3 claims
Genome-scale reconstructions of the mammalian secretory pathway predict metabolic costs and limitati 2020 The document focuses on genome-scale metabolic modeling of CHO cells (iCHO2048s) to predict product outcomes (maximum productivity/titre) and quantify the metabolic costs related to protein... 3 claims
Getting CD19 Into Shape Expression of Natively Folded “Difficult-to- Express” CD19 for Staining and 2020 · Frontiers in Bioengineering The document is an experimental study using CHO-K1 cells and directly examines the relationship between an upstream process parameter (media supplementation with chemical chaperones like Valproic... 3 claims
Glucose withdrawal-induced Chinese hamster ovary cells apoptosis and its potential role in process r This is an experimental study using CHO cells that investigates the relationship between upstream parameters (glucose withdrawal/feeding, temperature) and cell viability (VCD) and product titer. This... 3 claims
Glycosylation Flux Analysis of Immunoglobulin G in Chinese Hamster Ovary Perfusion Cell Culture The document directly addresses the relationship between process parameters/metabolites (ammonia concentration, perfusion rate) and product outcomes (IgG titer, VCD, glycosylation/galactosylation... 2 claims
High-Level Production of scFv-Fc Antibody Using an Artificial Promoter System with Transcriptional P 2023 The document investigates the correlation between an upstream process parameter (culture temperature: 37°C vs 33°C) and product outcomes (titre/concentration, specific productivity, and glycosylation... 2 claims
High-throughput process development from gene cloning to protein production 2023 This review focuses on high-throughput process development for recombinant protein production, which includes optimizing process-related parameters using platforms like MTPs and microbioreactors.... 1 claim
High glucose and low specific cell growth but not mild hypothermia improve specific r-protein produc PLOS ONE The document is a research article focusing on CHO cell cultures (Chinese hamster ovary cells) and experimentally investigates the relationship between core upstream process parameters (Temperature... 3 claims
Host Cell Proteins in Biologics Manufacturing The Good, the Bad, and the Ugly 2017 The document focuses on Host Cell Proteins (HCPs) and Downstream Processing (DSP), but explicitly links the findings back to CHO Upstream Processing (USP) optimization, stating the data serves for... 2 claims
Hybrid Modeling for On-Line Fermentation Optimization and Scale-Up A Review 2024 This is a review article on hybrid modeling for fermentation optimization and scale-up. It specifically mentions that mammalian cell culture, particularly for monoclonal antibodies (CHO cell domain),... 1 claim
Hybrid Modelling and Multi- Parametric Control of Bioprocesses 5354 · Name. Year. The document is a collection of articles focusing on hybrid modeling and multi-parametric control of bioprocesses, which is the methodology needed to establish parameter-outcome relationships (the... 2 claims
Hyperosmolality in CHO cell culture effects on the proteome 2022 The document directly investigates the effect of a key upstream process parameter (hyperosmolality) on CHO cell physiology and culture characteristics (cell size, VCD/proliferation, mitochondrial... 3 claims
Impact of Acetylated and Non-Acetylated Fucose Analogues on IgG Glycosylation 2019 This document describes an experimental study using CHO cells to correlate a modification in the feeding strategy (addition of fucose analogues) with key product outcomes (glycosylation, specifically... 3 claims
Impact of fed-batch process intensification on the productivity and product quality of two CHO cell 2024 The document directly addresses the research goal by studying the impact of an upstream process parameter (process intensification via High Inoculation Density fed-batch, which affects VCD/VCC and... 3 claims
Improved fed-batch bioprocesses using chemically modified amino acids in concentrated feeds This document studies the relationship between upstream process parameters (feeding strategy, specifically the use of modified amino acids enabling neutral pH feeding) and critical product outcomes... 2 claims
untitled 2006 The document measures key product outcomes (recombinant glycoprotein yield and glycosylation profiles) and compares them across different CHO cell lines (parental vs. engineered) under a fed-batch... 1 claim
Improving Selectivity in the Chromatographic Analysis of Monoclonal Antibodies (mAbs) Through the Us The document, focused on biopharmaceutical analysis, contains articles describing analytical methods (e.g., Multi-Attribute Method, online HPLC–HRMS) explicitly used for monitoring Product Quality... 2 claims
Improving product quality and productivity of an antibody-based biotherapeutic using inverted frusto The document is an experimental study using CHO cells and explicitly reports the relationship between process conditions (bioreactor type, which affects mixing/shear/gas transfer, influencing DO/pH... 3 claims
In Situ Monitoring of Intracellular Glucose and Glutamine in CHO Cell Culture 2012 · PLOS ONE The document focuses on in situ monitoring of key intracellular metabolites (glucose and glutamine) in CHO cell culture during batch and fed-batch processes. Monitoring nutrient utilization rates is... 3 claims
In situ FRET Biosensors for the in vivo measurement of important metabolites during cell culture The document is a PhD thesis focusing on CHO cell cultures (Chinese Hamster Ovary cells) and investigates the correlation between internal metabolite levels (driven by upstream parameters like... 3 claims
Inclusion of maintenance energy improves the intracellular flux predictions of CHO The document focuses on improving Genome-Scale Metabolic Models (GSMM) for CHO cells to accurately predict intracellular fluxes. Accurate flux prediction is a necessary intermediary step for linking... 3 claims
Induction of heat shock protein expression in SP2 0 transgenic cells and its effect on the productio PLOS ONE Although the primary experiment uses SP2/0 cells, the document directly investigates the relationship between upstream parameters (heat shock/temperature stress, chemical induction) and product... 3 claims
Influence of cell-line and process conditions on the glycosylation of recombinant proteins 2002 The document directly studies the influence of cell line (CHO clones) and upstream process conditions (specifically temperature) on a critical product outcome (glycosylation) for pharmaceutically... 3 claims
Influence of cell culture media and feed supplements on cell metabolism and quality of IgG produced The document directly addresses the research goal by studying the influence of upstream process variables (media/feed composition, which is part of 'feeding,' and measured 'osmolality') on key... 2 claims
Integration Approaches to Model Bioreactor Hydrodynamics and Cellular Kinetics for Advancing Bioproc 2024 This review article discusses the integration of bioprocess modeling approaches (CFD-CRK) specifically to relate process parameter gradients (substrate, DO, pH, osmolality) in large-scale bioreactors... 2 claims
Integration of Time-Series Transcriptomic Data with Genome-Scale CHO Metabolic Models for mAb Engine 2020 The document directly addresses CHO cell culture and the link between changing environmental conditions (e.g., pH, altered substrate availability, reflective of process parameters) and physiological... 2 claims
Integrative overview of antibodies against SARS-CoV-2 and their possible applications in COVID-19 pr 2021 The document reviews the challenges in producing therapeutic antibodies by 'cell factories' (likely CHO cells) at an industrial level, emphasizing the need to ensure 'quality, efficacy, and safety.'... 3 claims
Intracellular Profiling for Biopharmaceutical Cultivation Processes Ing. Univ. Doctoral thesis focusing on the characterization and optimization of mAb producing CHO cell cultures. The work explicitly studies the correlation between process conditions (fed-batch vs. perfusion,... 3 claims
Investigating the influence of physiologically relevant hydrostatic pressure on CHO cell batch cultu 2021 The document describes an experimental study in CHO cells investigating the influence of an upstream process parameter (hydrostatic pressure) on key product outcomes, specifically viable cell... 3 claims
Investigation of the interactions of critical scale-up parameters (pH, pO2 and pCO2) on CHO batch pe 2016 The document investigates the interactions of critical upstream process parameters (pH, pO2/DO, pCO2) on CHO cell performance (specific productivity) and critical quality attributes (CQAs) such as... 3 claims
Investigation of the influence of large scale occurring pH heterogeneities on CHO cells Univ. Prof. Dipl. This experimental thesis investigates the influence of an upstream process parameter (pH heterogeneity/gradient) on CHO cell productivity (titre, growth behavior) and specific rates (VCD, metabolite... 3 claims
Key Challenges in Designing CHO Chassis Platforms 2020 This is a review focused on optimizing CHO cell lines (chassis platforms) to improve production performance, specifically addressing desired product titers and quality (including glycosylation).... 3 claims
Life at the periphery what makes CHO cells survival talents 2022 The document investigates the genomics and proteomics related to CHO cell survival and growth under bioprocess stress, explicitly mentioning tolerance to variations in pH and osmolality. This... 2 claims
Low-cost food-grade alternatives for serum albumins in FBS-free cell culture media The document investigates upstream process parameters (medium formulation/stabilization, which falls under 'feeding') and cell culture outcomes (proliferation/VCD) using the required system, CHO... 2 claims
Low Level Sequence Variant Analysis of Recombinant Proteins An Optimized Approach 2012 · PLOS ONE The document, while focusing on analytical methods for detection, explicitly discusses product outcomes (sequence variants/misincorporations) in CHO cells and links them to upstream process... 3 claims
MEQ Protein #4 MEQ Cytokine for Immune Modulation 2025 · Journal of Infectious Diseases and Research The document discusses the production of a recombinant cytokine in CHO cells, specifically mentioning optimization related to key upstream parameters (temperature, pH, nutrient supply/feeding) and... 1 claim
Main Quality Attributes of Monoclonal Antibodies and Effect of Cell Culture Components 2016 · Iran. Biomed. This review article directly addresses the research goal by examining the relationship between upstream process parameters (culture media components, pH, temperature, dissolved oxygen, CO2, feeding... 3 claims
Macroscopic modeling of mammalian cell growth and metabolism 2015 The mini-review discusses modeling strategies (stoichiometric and kinetic) used to understand and simulate macroscopic behavior in CHO cell cultures. It explicitly covers the need to identify... 2 claims
Macro- and Micro-Heterogeneity of Natural and Recombinant IgG Antibodies 2019 This document is a review focusing heavily on characterizing product outcomes, specifically glycosylation (a key variable in the research goal) and other post-translational modifications (PTMs) that... 3 claims
Mammalian Expression System and Improvisation for High Production 2013 · Journal of Science and Research This review article focuses on improving productivity (titre and VCD) and post-translational modifications (glycosylation/sialylation) in mammalian systems, particularly CHO cells, which aligns with... 3 claims
Mammalian cell perfusion culture development for integrated continuous biomanufacturing Prof. Dr. The doctoral thesis focuses on CHO cell perfusion culture (mammalian cell type) and explicitly investigates the effect of 'operating points and media supplements' (upstream process parameters) on... 3 claims
Mapping the molecular basis for growth related phenotypes in industrial producer CHO cell lines usin The document investigates relationships between cell line phenotypes (VCD, which is a key product outcome) and specific cellular pathways in CHO cells. Although the methodology is focused on... 3 claims
Manufacturing ultra-concentrated liquid feeds Transitioning the aqueous solubility barrier of the fe The document investigates CHO fed-batch cultivation, comparing how a change in the upstream parameter (feeding strategy, specifically ultra-concentrated DES feed) and the resulting increase in... 3 claims
Medium and feed optimization for fed-batch production of a monoclonal antibody in CHO cells. The document investigates the relationship between upstream process parameters (feeding strategy, media composition, osmolality changes) and key product outcomes (MAb titer, VCD/cell count, average... 3 claims
Metabolic characterization of a CHO cell size increase phase in fed-batch cultures 2017 The document describes an experimental fed-batch CHO cell culture study. It explicitly documents the relationship between several listed upstream parameters (DO controlled at 40%, pH controlled at... 3 claims
Metabolic dynamics and compartmentation in the central metabolism of Chinese hamster ovary cells Prof. Dr. The document is a dissertation focused on experimental studies of Chinese hamster ovary (CHO) cell metabolism and metabolic flux analysis (MFA). It directly investigates the impact of an upstream... 3 claims
Metabolic engineering of CHO cells for the development of a robust protein production platform 2017 · PLOS ONE The document investigates CHO cell culture performance under fed-batch conditions. It directly measures key output parameters listed in the research goal: VCD (cell density), Titer (enhanced antibody... 3 claims
Metabolomics - a useful tool for prediction of protein production and processing The document investigates CHO cells and the relationship between metabolic alterations (which are determined by upstream process parameters and feeding) and product processing/quality (specifically... 2 claims
Microevolutionary dynamics of eccDNA in Chinese hamster ovary cells grown in fed-batch cultures unde 2023 The study investigates the effect of an upstream process parameter (lactate stress, which results from metabolism and feeding conditions) on CHO cell performance in fed-batch culture. It explicitly... 3 claims
Microevolutionary dynamics of eccDNA in Chinese hamster ovary cells grown in fed-batch cultures unde This is an experimental study using CHO cells in fed-batch culture. It explicitly controls and monitors multiple upstream process parameters listed in the research goal (Temperature, pH, DO, Feeding... 2 claims
Mild hypothermia upregulates myc and xbp1s expression and improves anti-TNFα production in CHO cells PLOS ONE The document directly investigates the relationship between an upstream process parameter (Temperature, using mild hypothermia: 37, 33, 31°C) and key product outcomes (anti-TNFα production/titre,... 3 claims
Model-Based Design of Process Strategies for Cell Culture Bioprocesses State of the Art and New Pers The document discusses the framework (Quality by Design, DoE, and kinetic modeling) used to design and analyze cell culture bioprocesses, explicitly focusing on relating Critical Process Parameters... 2 claims
Model-Based Methods in the Biopharmaceutical Process Lifecycle 2017 This is an expert review on model-based methods (including data mining, DoE, and multivariate statistics like PLS/PCA) used in the biopharmaceutical process lifecycle. The goal is to find... 2 claims
Model-based intensification of CHO cell cultures One-step strategy from fed-batch to perfusion. 2022 · Frontiers in Bioengineering The document describes a model-based and experimentally validated study using a CHO DG44 cell line to capture upstream bioprocess dynamics, specifically the relationship between operating modes... 3 claims
Model Transferability and Reduced Experimental Burden in Cell Culture Process Development Facilitate 2021 · Frontiers in Bioengineering The document describes an experimental study in CHO cells investigating the impact of Critical Process Parameters (cultivation temperature and glucose concentration in the feed) on product outcomes... 3 claims
Modeling, estimation, and control of glycosylation in monoclonal antibodies produced in CHO cells The document is a dissertation focused on 'MODELING, ESTIMATION, AND CONTROL OF GLYCOSYLATION IN MONOCLONAL ANTIBODIES PRODUCED IN CHO CELLS.' This directly addresses the research goal, which... 3 claims
Modulating antibody N-glycosylation through feed additives using a multi-tiered approach The document directly studies the relationship between upstream process parameters (feed additives, which fall under 'feeding') and product outcomes (glycosylation, titre, and VCD via cell density... 3 claims
Modulation of N-Glycosylation in Bispecific Antibody Biosimilars through Combined Modulators The document directly investigates the relationship between upstream parameters (culture media additives: galactose, Tris, MnCl2) and a key product outcome (N-Glycosylation, specifically... 3 claims
Monitoring and modelling the glutamine metabolic pathway a review and future perspectives 2023 This review focuses on monitoring and modeling glutamine metabolism using techniques like metabolomics and flux analysis (MFA/FBA). While the primary context examples are cancer cells, these... 3 claims
Monitoring of Nutrients, Metabolites, IgG Titer, and Cell Densities in 10 L Bioreactors Using Raman 2025 The document is an experimental study focusing on CHO cell culture and the real-time monitoring of key inputs (nutrients, metabolites like glucose, lactate) and key product outcomes (IgG Titer, VCD).... 3 claims
Monoclonal Antibody-Directed Therapy 4468 This is a compilation of articles focused on Monoclonal Antibody (mAb) manufacture, formulation, and quality attributes. The table of contents explicitly lists an article on 'Current Advancements in... 2 claims
Multi-attribute monitoring (MAM) methodology for glycosylated subunit vaccines The document focuses on Multi-Attribute Monitoring (MAM), a critical analytical methodology used for high-resolution measurement of key product outcomes, specifically glycosylation and other PTMs.... 3 claims
Multidisciplinary Analysis of the Metabolic Shift to Lactate Consumption in CHO Cell Culture 2012 The document is an experimental CHO cell culture thesis focusing on analyzing the metabolic shift related to lactate production/consumption. Lactate levels are a critical intermediate process... 3 claims
Multiplex secretome engineering enhances recombinant protein production and purity 2020 The document reports experimental findings on engineered CHO cell lines characterized in bioreactors. It directly addresses key product outcomes (increased mAb productivity/titer and improved growth... 3 claims
Multivariate data analysis of capacitance frequency scanning for online monitoring of viable cell co The document investigates Fed-Batch cultivations (likely CHO cells, standard bioprocess context) and compares outcomes (VCC, Viability) across different upstream parameters, specifically 'Altered... 2 claims
N-Glycosylation modulators for targeted manipulation of glycosylation for monoclonal antibodies 2025 The document directly studies the impact of upstream process parameters (media additives, which fall under feeding/media composition) on product outcomes (glycosylation, titer, and viability) in CHO... 3 claims
Narrow Operating Space Based on the Inversion of Latent Structures Model for Glycosylation Process The document focuses on developing a data-driven model to establish the relationship between process variables (input combination/operating conditions) and the resulting product quality attribute... 3 claims
New high-throughput screening method for Chinese hamster ovary cell lines expressing low reduced mon The document investigates a critical product outcome (monoclonal antibody reduction, which affects yield and purity) in CHO cells and links it to both cell line characteristics and documented... 3 claims
Optimization of Culture Conditions to Improve Follicle-Stimulating Hormone Production by CHO-DG44 Ce 2024 The document is an experimental study on CHO cells, directly investigating the relationship between upstream process parameters (temperature shift, chemical supplementation/feeding agents like NaBu... 3 claims
Optimization of the Process of Chinese Hamster Ovary (CHO) Cell Fed-Batch Culture to Stabilize Monoc 2024 The document directly investigates the effect of an upstream process parameter (pH control strategy) on key product outcomes (titre and glycosylation/product quality metrics) in CHO cell fed-batch... 3 claims
Optimization of the medium perfusion rate in a packed-bed bioreactor charged with CHO cells. 2004 The document investigates the relationship between an upstream process parameter (medium perfusion rate, which is a key feeding parameter) and product outcomes (volumetric productivity/titre and... 3 claims
Optimization of transient protein production by chemically transfected CHO suspension cells Prof. Dr. The document is a PhD thesis abstract focusing on the optimization of transient protein production in CHO-K1 suspension cells. It explicitly investigates the relationship between upstream parameters... 3 claims
Optimized Production of Virus-like Particles in a High-CHO-Cell-Density Transient Gene Expression Sy 2025 This is an experimental optimization study using CHO cells for VLP production. It investigates how certain process parameters (cell density, transfection inputs like DNA/PEI ratio, and harvest time)... 3 claims
Optimized platform medium and feed for rCHO cell lines using the CHEF1® expression system The document is an experimental study on rCHO cells optimizing feeding protocols (upstream process parameter) based on nutrient consumption rates. It reports the resulting impact on viable cell... 3 claims
Optimizing the Production of gp145, an HIV-1 Envelope Glycoprotein Vaccine Candidate and Its Encapsu 2023 The document describes optimizing the production of a glycoprotein (gp145) in Chinese Hamster Ovary (CHO) cells. It explicitly tests the relationship between an upstream parameter (pH adjustment from... 3 claims
Over-expression of a Codon Optimized Yeast Cytosolic Pyruvate Carboxylase (PYC2) in CHO Cells for an 2017 · Frontiers in Pharmacology The document focuses on metabolic engineering in CHO cells (PYC2 overexpression) to mitigate lactate accumulation. This accumulation is directly linked to upstream process parameters (feeding... 3 claims
Overexpression of MiR-32 in Chinese Hamster Ovary Cells Increases Production of Fc-fusion Protein The document investigates engineered CHO cells producing an Fc-fusion protein and measures key output variables (productivity/titre, cell growth, viability). While the manipulation is genetic (miR-32... 2 claims
Oxygen Uptake Rate Soft-Sensing via Dynamic kLa Computation Cell Volume and Metabolic Transition Pre 2019 · Frontiers in Bioengineering The document investigates the correlation between an upstream parameter, Oxygen Uptake Rate (OUR, derived from DO/kLa), and a product outcome metric, Viable Cell Density (biomass/cell volume), within... 3 claims
PID controls the forgotten bioprocess parameters 2022 The document investigates CHO cell culture studies and explicitly links the control of critical upstream process parameters (pH, DO) via PID tuning to key product outcomes (robust cell growth,... 3 claims
Perfusion-Based Antibody Production in the Ambr<sup>®< sup> 250 Modular Prof. Dr. Ing. The document describes experimental work with CHO cells producing monoclonal antibodies (mAb) in perfusion mode. It measures key outputs (VCD, volumetric productivity/titre) and explicitly... 3 claims
Perfusion reduces bispecific antibody aggregation via mitigating mitochondrial dysfunction-induced g 2020 The document investigates the relationship between upstream process parameters (comparing fed-batch vs. perfusion, varying DO, and observing differences in osmolality) and key product outcomes (VCD,... 3 claims
Platforms, advances, and technical challenges in virus-like particles-based vaccines Frontiers in Immunology This review article focuses on the challenges and advances in Virus-Like Particle (VLP) production, including optimization of 'upstream and downstream processing' and monitoring 'product quality.' It... 3 claims
Poly(Beta-Amino Ester)s as High-Yield Transfection Reagents for Recombinant Protein Production The document studies the optimization of transfection reagents (PBAEs) to increase recombinant protein yield (titre/production) in CHO cell cultures. While the variable tested is the reagent... 2 claims
Polysorbates degrading enzymes in biotherapeutics – a current status and future perspectives The document, a review on polysorbate-degrading enzymes (HCPs) originating from CHO cell cultures, is highly relevant to understanding challenges and process relationships in CHO systems. Although it... 3 claims
Population balance modelling captures host cell protein dynamics in CHO cell cultures 2022 · PLOS ONE The document investigates the relationship between upstream process parameters (temperature: 36.5°C and 32°C; osmolality) and product outcomes (mAb titre, cell density/volume growth dynamics, VCD is... 3 claims
Portable Analytical Techniques for Monitoring Volatile Organic Chemicals in Biomanufacturing Process 2020 · Frontiers in Chemistry This is a review on analytical methods (sensors, GC, MS) for monitoring upstream bioprocess variables (like pH, O2) and metabolites (VOCs). While it focuses on instrumentation rather than specific... 3 claims
Pre-stage perfusion and ultra-high seeding cell density in CHO fed-batch culture a case study for pr 2020 The document describes an experimental study using CHO cells that links upstream process parameters (pre-stage perfusion, ultra-high seeding density, lactate feeding, media composition) to product... 3 claims
Process development of a SARS-CoV-2 nanoparticle vaccine 2023 This document describes the upstream process development for a protein subunit manufactured in CHO cells. It explicitly details the monitoring of key product outcomes (VCD, viability, titer, and... 3 claims
Process intensification for CHO cell biomanufacturing 2023 The document is a PhD thesis titled 'Process intensification for CHO cell biomanufacturing.' The chapters specifically address manipulating upstream process parameters (e.g., Chapter 2: on-line... 3 claims
Process transfer and optimization of Chinese hamster ovary cell cultivation for monoclonal antibody This PhD dissertation focuses on CHO cell cultivation and optimization for Monoclonal Antibody production. The abstract explicitly details experiments optimizing key upstream process parameters (DO... 3 claims
Procollagen-lysine 2-oxoglutarate 5-dioxygenases are responsible for 5R-hydroxylysine modification o 2024 The document investigates a product outcome (5R-hydroxylysine modification, a type of PTM related to glycosylation) in CHO cells and explicitly identifies relationships with upstream... 3 claims
Production of Butyrate and Branched Chain Amino Acid Catabolic Byproducts by CHO Cells in Fed-batch The study investigates the relationship between metabolic control (influenced by feeding parameters like glucose limitation and amino acid levels) and specific productivity (qP, a critical product... 3 claims
Production of Functional Soluble Dectin-1 Glycoprotein Using an IRES-Linked Destabilized-Dihydrofola 2012 · PLOS ONE The document focuses on producing a recombinant glycoprotein using CHO cells and reports quantitative outcomes (titre and glycosylation) in both batch and fed-batch cultures. While the core focus is... 3 claims
Production of Trimeric SARS-CoV-2 Spike Protein by CHO Cells for Serological COVID-19 Testing The document directly addresses the research goal by experimentally investigating the relationship between an upstream process parameter (temperature, 37°C vs 32°C) and product outcomes (titre/yield,... 3 claims
Production systems for recombinant antibodies Frontiers in Bioscience This document is a review of recombinant antibody production systems, including mammalian cells (Section 4.4), which is the host category for CHO cells. It discusses the importance of achieving high... 3 claims
Profiling of glycosylation gene expression in CHO fed-batch cultures in response to glycosylation-en The document investigates the relationship between upstream process parameters (feeding/medium components A and B) and product outcomes (glycosylation profile, titer, and VCD/growth) in CHO cell... 3 claims
Proteomic Analysis of Host Cell Protein Dynamics in the Culture Supernatants of Antibody-Producing C The document presents experimental data on CHO cell cultures comparing batch and fed-batch strategies (a type of feeding parameter). It tracks key product outcomes (Titre, VCD) and specifically... 3 claims
Proteomic Profiling of IgG1 Producing CHO Cells Using LC LC-SPS-MS3 The Effects of Bioprocessing Con 2021 · Frontiers in Bioengineering The document directly investigates the effects of upstream process parameters (temperature, pH, dissolved oxygen concentration) on productivity (titre/production rates) and product quality (charge... 3 claims
Proteomics Profiling of Chimeric-Truncated Tissue Plasminogen activator Producing- Chinese Hamster O 2016 · Iran. Biomed. The document describes an experimental study using CHO cells where the upstream process parameter (media composition/feeding strategy, specifically protein hydrolysate ratios and concentrations) is... 2 claims
Proteomics Reveals Distinctive Host Cell Protein Expression Patterns in Fed‐Batch and Perfusion Cell 2024 The document investigates CHO cell culture performance under different process modes (Fed-Batch vs. Perfusion) while controlling and monitoring several upstream process parameters specifically listed... 3 claims
Purification and Analytics of a Monoclonal Antibody from Chinese Hamster Ovary Cells Using an Automa 2018 · Journal of Visualized Experiments The document describes the analytical protocols (LC-MS for glycans, SEC-MALS for aggregation, amino acid quantification for feeding strategy) used to measure key product outcomes (glycosylation,... 2 claims
Purification and Analytics of a Monoclonal Antibody from Chinese Hamster Ovary Cells Using an Automa 2018 · Journal of Visualized Experiments The document describes the analytical protocol used to measure key product outcomes (glycosylation, VCD, molecular weight/aggregation) from CHO cell cultures that were subjected to varying process... 2 claims
QbD Implementation in Biotechnological Product Development Studies The document describes the Quality by Design (QbD) framework, which is the systematic approach used in biotechnological product development to identify and model multivariate relationships between... 3 claims
Quantification of the dynamics of population heterogeneities in CHO cultures with stably integrated 2020 The document investigates CHO cell population heterogeneity under different upstream conditions (high passage cultivation, varied preculture growth phases) and explicitly links these conditions to... 2 claims
Quantitative Proteomic Analysis of Cellular Responses to a Designed Amino Acid Feed in a Monoclonal 2018 · Iran. Biomed. The document directly studies the impact of an upstream process parameter (a designed amino acid feed strategy) on a monoclonal antibody producing CHO cell line. The goal of the study is to... 3 claims
RNASeq highlights ATF6 pathway regulators for CHO cell engineering with different impacts of ATF6β a 2024 The document is an experimental study in CHO cells investigating the impact of cellular mechanisms (UPR/ATF6 pathway engineering) on key product outcomes: VCD and Titer (IgG1) during fed-batch... 3 claims
Raman spectroscopy as a process analytical technology for pharmaceutical manufacturing and bioproces 2016 The document reviews Raman spectroscopy as a Process Analytical Technology (PAT) specifically applied to bioprocessing and cell culture, explicitly mentioning Chinese Hamster Ovary (CHO) cell... 3 claims
Rapid Identification of Chinese Hamster Ovary Cell Apoptosis and Its Potential Role in Process Robus 2023 The study directly investigates the impact of upstream process parameters (temperature shift, glucose withdrawal/feeding) on CHO cell culture performance metrics (VCD, viability) and product outcomes... 3 claims
Real-time characterization of mammalian cell culture bioprocesses by magnetic sector MS The document describes a methodology (magnetic sector MS) for real-time tracking of critical upstream parameters (Respiratory Quotient (RQ), OUR, CER) in CHO cell cultures. These parameters are... 3 claims
Recent Advances in Biologic Therapeutic N-Glycan Preparation Techniques and Analytical Methods for F The document focuses on N-Glycosylation, a key product outcome (CQA), in CHO cells. While the primary topic is analytical methods (sample preparation, PAT), the introduction explicitly lists the... 2 claims
Recent Advances in Engineering the Unfolded Protein Response in Recombinant Chinese Hamster Ovary Ce 2025 · Lines. Int. This review directly addresses the research goal by focusing on recombinant CHO cells and their product outcomes (titer, productivity, product quality/PTMs). It specifically outlines strategies for... 3 claims
Recent Developments in Bioprocessing of Recombinant Proteins Expression Hosts and Process Developmen 2019 · Frontiers in Bioengineering This is a review article on recent developments in bioprocessing of recombinant proteins, focusing on expression hosts (including CHO cells) and process development. It explicitly mentions the... 3 claims
Recommendation Modeling for understanding and engineering metabolism — R0 PR4 The document reviews the history and principles of metabolic engineering and mathematical modeling, specifically listing 'production of protein pharmaceuticals' as an application. While not providing... 1 claim
Recombinant therapeutic proteins degradation and overcoming strategies in CHO cells 2024 The document is a mini-review focusing on Recombinant Therapeutic Protein (RTP) degradation, a key quality outcome related to titre and glycosylation, in CHO cells. It discusses factors causing... 3 claims
Recommendation Modeling for understanding and engineering metabolism — R1 PR7 The document reviews the field of metabolic modeling and engineering, specifically noting applications in the 'production of protein pharmaceuticals.' While it does not provide raw CHO experimental... 1 claim
Removing N-terminal sequences in pre-S1 domain enhanced antibody and B-cell responses by an HBV larg The document appears to be an experimental study (likely a patent or scientific paper excerpt) detailing bioprocess conditions (labeled 61, 69, 6:) and outcomes related to the production of a protein... 2 claims
Responses of CHO-DHFR cells to ratio of asparagine to glutamine in feed media cell growth, antibody 2016 · Bioresour. Bioprocess. The document directly investigates the relationship between an upstream process parameter (feeding concentration/ratio of asparagine/glutamine) and product outcomes (cell growth/VCD and antibody... 3 claims
Review Modeling for understanding and engineering metabolism — R0 PR2 The document reviews the use of metabolic engineering and mathematical modeling for applications including the 'production of protein pharmaceuticals.' These modeling and systems biology approaches... 1 claim
Ribosome profiling-guided depletion of an mRNA increases cell growth rate and protein secretion The document studies an IgG-producing CHO cell line in a batch culture bioreactor system, explicitly measuring key product outcomes (Titer, VCD, specific productivity [qp]) and correlating these... 3 claims
Robotic selection for the rapid development of stable CHO cell lines for HIV vaccine production. 2018 · PLOS ONE The document investigates two primary product outcomes (titre/expression levels and glycosylation profiles/sialic acid content) in CHO cell culture for a specific product (HIV vaccine Env). This... 3 claims
S-Trimer, a COVID-19 subunit vaccine candidate, induces protective immunity in nonhuman primates 2021 The document describes the production of a subunit vaccine (S-Trimer) using a fed-batch, serum-free culture process in CHO cells. It reports the resulting titer (~500 mg/L) and mentions 'extensive... 2 claims
SARS-CoV-2 spike protein variant binding affinity to an angiotensin-converting enzyme 2 fusion glyco PLOS ONE The document focuses on producing an ACE2-Fc fusion glycoprotein in CHO cell lines and explicitly characterizes a key product outcome: the N-glycan profile (glycosylation) and thermal stability.... 2 claims
SWATH-MS insights on sodium butyrate effect on mAbs production and redox homeostasis in CHO cells 2024 The document directly investigates the relationship between an upstream process parameter/additive (Sodium butyrate, NaBu) and key product outcomes (titre/mAb production, VCD/growth inhibition, and... 3 claims
Scalability of single-use biopharmaceutical manufacturing processes using process analytical technol Prof. Dr. The document investigates CHO cell culture processes, focusing on upstream parameters (feeding/medium composition, pH, DO control) and their impact on key outcomes like cumulative product titer and... 3 claims
Scale-down bioreactors—comparative analysis of configurations 2025 The document reviews scale-down bioreactors used to study the effect of gradients in upstream process parameters (pH, DO, substrate concentration/feeding) on cellular responses and Key Performance... 3 claims
Scale-down modeling of CHO fed-batch processes for monoclonal antibody production Dipl. Biotechnol. This doctoral thesis conducts experimental studies on CHO fed-batch processes for monoclonal antibody production. It directly investigates the relationship between a crucial upstream process... 3 claims
Scale-down of CHO cell fed-batch cultures 2018 The document is a PhD thesis focusing on 'Scale-down of CHO Cell Fed-batch Cultures.' The introduction and chapter titles indicate extensive experimental studies on CHO cells, including media... 3 claims
Scale-up considerations for monoclonal antibody production process an oxygen transfer flux approach The document is an experimental study on CHO cells producing a mAb. It directly investigates the relationship between upstream process parameters (specifically oxygen transfer flux (OTF), which... 1 claim
Scale-up of CHO cell cultures from 96-well-microtiter plates to stirred tank reactors across three o 2025 · Journal of Biological Engineering The study focuses on CHO cell culture scale-up, utilizing key upstream parameters like oxygen transfer rate (OTR, related to DO) and volumetric power input (P/V, related to mixing/shear) as scale-up... 2 claims
Scaling Fed-Batch and Perfusion Antibody Production Processes in Geometrically Dissimilar Stirred Bi 2024 The document investigates upstream CHO cell culture processes (fed-batch and perfusion) for antibody production, reports key product outcomes (VCD and titre), and explicitly discusses the control of... 3 claims
Screening Naturally Occurring Phenolic Antioxidants for Their Suitability as Additives to CHO Cell C 2019 The document investigates the relationship between an upstream process parameter (media composition/addition of antioxidants, which falls under 'feeding') and key product outcomes (Viable Cell Count,... 3 claims
Selection of chemically defined media for CHO cell fed-batch culture processes 2016 This experimental study directly investigates the relationship between an upstream process parameter (feeding/media composition) and key product outcomes (titre and VCD) in CHO cell fed-batch... 3 claims
Semi-Automated Glycoproteomic Data Analysis of LC-MS Data Using GlycopeptideGraphMS in Process Devel Frontiers in Chemistry The document develops a semi-automated analytical method (GlycopeptideGraphMS) for characterizing and quantifying glycosylation, which is one of the key product outcomes (outputs) listed in the... 2 claims
Sensor Selection and State Estimation of Continuous mAb Production Processes 2023 The document focuses on sensor selection, state estimation (MHE), and parameter estimation within the upstream continuous mAb production process. Although it is a mathematical/control methodology... 3 claims
Serum-Free Medium for Recombinant Protein Expression in Chinese Hamster Ovary Cells 2021 · Frontiers in Bioengineering This review focuses on CHO cells and serum-free medium components (a key upstream parameter/feeding strategy). It directly discusses the impact of optimizing these components (e.g., sugars, amino... 3 claims
Simplifying glycan monitoring of complex antigens such as the SARS-CoV-2 spike to accelerate vaccine 2023 The study investigates glycosylation (a key product outcome) in engineered CHO cell lines, which are directly relevant to the research goal. While the main focus is analytical method validation, the... 3 claims
Simplifying the detection and monitoring of protein glycosylation during in vitro glycoengineering 2023 The document details a new analytical method (GlycoSense) for the rapid, in-process monitoring of protein glycosylation (a critical product outcome listed in the goal). Although it does not report... 1 claim
Single-Cell Analysis of CHO Cells Reveals Clonal Heterogeneity in Hyperosmolality-Induced Stress Res 2022 The document directly studies the relationship between a key upstream process parameter (hyperosmolality) and CHO cell outcomes, specifically noting effects on viable cell density (VCD) and cell... 3 claims
Site-Specific Steric Control of SARS-CoV-2 Spike Glycosylation The document provides detailed site-specific glycosylation analysis (a key product outcome) of recombinant proteins produced in mammalian expression systems (potentially CHO, though not explicitly... 2 claims
Soft-sensor model development for CHO growth production, intracellular metabolite, and glycan predic 2024 · Front. Mol. Biosci. The document describes developing soft-sensor models (NN, OPLS) for CHO cell cultures specifically to predict product outcomes: growth (VCD), production (titre), and glycan profiles (glycosylation).... 3 claims
Sophisticated Cloning, Fermentation, and Purification Technologies for an Enhanced Therapeutic Prote 2017 · Frontiers in Pharmacology The document is a review focusing on sophisticated fermentation and upstream technologies for therapeutic protein production, specifically identifying CHO cells as the dominant host system. It... 3 claims
State-of-the-Art Approaches to Heterologous Expression of Bispecific Antibodies Targeting Solid Tumo The document is a review discussing heterologous expression systems, including CHO cells, for producing complex biotherapeutics (bispecific antibodies). While the focus of the excerpt is on... 3 claims
Strategies Used in Manufacturing Processes to Drive and Control Mammalian Cells to Undergo a Lactate 2024 · Pharm. Bioprocess. The review article directly links several upstream process parameters (pH, glucose concentration/feeding, pCO2, and subsequent osmolality changes) to critical product outcomes in mammalian/CHO cell... 3 claims
Strategies for Fermentation Medium Optimization An In-Depth Review 2017 · Frontiers in Microbiology The document is a review of general fermentation medium optimization strategies (OFAT, RSM, ANN) and the roles of upstream parameters (pH, temperature, carbon/nitrogen sources) in maximizing... 1 claim
Streamlining the Characterization of Disulfide Bond Shuffling and Protein Degradation in IgG1 Biopha The document focuses on characterizing disulfide bond shuffling and protein degradation in IgG1 therapeutics (rituximab and bevacizumab), which are typically CHO cell products. Although the study... 2 claims
Study of transposon-mediated cell pool and cell line generation in CHO cells 2015 The thesis provides experimental results on volumetric productivity and final titre (up to 1.5 g/L) achieved in 14-day fed-batch CHO cell cultures. This quantitative data regarding product outcome... 3 claims
Sustained productivity in recombinant Chinese Hamster Ovary (CHO) cell lines proteome analysis of th The document investigates product outcomes (cell specific productivity, Qp, and volumetric titre) in CHO cells during a fed-batch process which included a temperature shift (37°C to 31°C). This... 2 claims
Synergizing metabolic flux analysis and nucleotide sugar metabolism to understand the control of gly The document directly investigates the relationship between an upstream process parameter (glutamine concentration/feeding) and a product outcome (glycosylation) in CHO cell culture, which is the... 2 claims
Surface plasmon resonance imaging as a screening platform in biopharmaceutical development 2017 The document describes a platform (Surface Plasmon Resonance imaging) used for screening Critical Quality Attributes (CQAs) of biopharmaceuticals, specifically mentioning glycoprofiling and... 2 claims
Systems Biology of Recombinant 2G12 and 353 11 mAb Production in CHO-K1 Cell Lines at Phosphoproteom 2025 The document performs a systems biology analysis (phosphoproteomics) on CHO cells producing different monoclonal antibodies (mAb, related to product type) to understand molecular variability between... 2 claims
Systems biology of mammalian cells mathematical modeling for uncovering metabolic compartmentation Prof. Dr. The document is a dissertation focused on using mathematical modeling and metabolic flux analysis (Inst-13CMFA) to characterize the metabolism and compartmentation of CHO-K1 cells. Understanding... 3 claims
The Application of Dielectric Spectroscopy and Biocalorimetry for the Monitoring of Biomass in Immob 2015 The document investigates methods (dielectric spectroscopy, biocalorimetry) for monitoring biomass/Viable Cell Density (VCD) in CHO cell cultures. VCD is explicitly listed as a product outcome... 3 claims
The Challenges of Recombinant Endostatin in Clinical Application Focus on the Different Expression S The document is a review focusing on the challenges and different expression systems (including mammalian systems) for producing recombinant Endostatin. Although the abstract favors E. coli for this... 1 claim
The Epigenetic Regulation of Blinatumomab Gene Expression Tumor Cell-dependent T cell Response again 2019 The document investigates the effect of upstream process parameters (HDAC inhibitors like sodium butyrate and valproic acid, which act as feeding/chemical additives) on product outcomes in CHO cells,... 3 claims
The Protective Effect of a Long-Acting and Multi-Target HM-3-Fc Fusion Protein in Rheumatoid Arthrit 2018 The document describes the fed-batch cultivation of the HM-3-Fc fusion protein in a CHO cell line. Section 2.1 provides experimental results explicitly mentioning two of the required product... 1 claim
The avian cell line AGE1.CR.pIX characterized by metabolic flux analysis The document does not study CHO cells directly, but focuses on metabolic flux analysis (MFA) of an avian cell line. However, the study explicitly compares its findings to CHO metabolism, noting... 3 claims
The effect of the chemical chaperone 4-phenylbutyrate on secretion and activity of the p.Q160R misse 2019 The document investigates the effect of a chemical chaperone (4-PBA, a process/media additive) at various concentrations (5, 7.5, 10 mM) on the secretion/titre (FVII:Ag levels) of a recombinant... 3 claims
The role of Raman spectroscopy in biopharmaceuticals from development to manufacturing 2021 This review discusses the role of Raman spectroscopy as a Process Analytical Technology (PAT) in bioprocessing, specifically focusing on monitoring and controlling upstream parameters (like pH,... 3 claims
Therapeutic Fc fusion protein misfolding A three-phasic cultivation experimental design 2019 · PLOS ONE The document directly studies the relationship between an upstream process parameter (temperature shift and timing) and key product outcomes (protein titer and protein folding/quality) in CHO cell... 3 claims
Therapeutic proteins facing the challenges of glycobiology The document is a review focusing on the relationship between critical production parameters (culture conditions) and glycosylation (a key product outcome) in therapeutic protein manufacturing,... 3 claims
Thrombomodulin is essential for recombinant Fc-fusion protein production in Chinese hamster ovary ce 2025 · Journal of Biological Engineering The document investigates the relationship between an internal cell parameter (Thrombomodulin gene expression) and product outcomes (titre/yield and VCD/viability) in CHO cell culture. While the... 3 claims
Towards Autonomous Process Control—Digital Twin for CHO Cell-Based Antibody Manufacturing Using a Dy 2022 The document investigates a dynamic metabolic model for CHO cell antibody manufacturing and uses statistical evaluation to identify significant influencing factors (nutrient concentrations/feeding... 3 claims
Towards Enhancing Therapeutic Glycoprotein Bioproduction Interventions in the PI3K AKT mTOR Pathway 2019 The document focuses on CHO cells, titre (productivity), VCD, and glycosylation (PTMs), which are the target outputs and host system of the research goal. While the primary intervention discussed is... 3 claims
Transcriptomic profiling as a tool to characterize CHO cell processes 2018 The thesis focuses on characterizing CHO cell processes under different upstream process conditions (scale-up/down, fed-batch, perfusion) using transcriptomics. Chapter 1 explicitly mentions the need... 3 claims
Transient gene expression for rapid protein production studies & optimizations under serum-free 2005 This document is a PhD thesis focused on optimizing transient gene expression (TGE) systems for large-scale protein production using CHO DG44 cells under serum-free conditions. The summary explicitly... 3 claims
Transient recombinant protein expression in mammalian cells the role of mRNA level and stability 2009 The document investigates the effect of an upstream process parameter, specifically hypothermia (temperature variation), on product outcome (recombinant antibody yield/titre) in CHO DG44 cell... 3 claims
Trends in Upstream and Downstream Process Development for Antibody Manufacturing 2014 This review paper covers trends and optimization strategies in upstream processing (USP) for antibody manufacturing, primarily using CHO cells. It explicitly discusses the optimization of process... 3 claims
Trivalent soluble TNF Receptor, a potent TNF-α antagonist for the treatment collagen-induced arthrit 2018 The document focuses on producing a biological drug (TNFRII-Trimer) using CHO cells. It specifically mentions screening for high-titer production clones and utilizing fed-batch cell culture. Although... 2 claims
Understanding and Controlling Sialylation in a CHO Fc-Fusion Process 2016 · PLOS ONE The study directly investigates the relationship between an upstream process parameter (Dissolved Oxygen/oxidative stress) and a product quality outcome (sialylation, a form of glycosylation) in a... 3 claims
Understanding the impact of different bioprocess conditions on monoclonal antibody glycosylation in The document directly investigates the relationship between an upstream process parameter (temperature/mild hypothermia) and product outcomes (mAb glycosylation and specific productivity/titre) in... 3 claims
Unravelling Immunoglobulin G Fc N-Glycosylation A Dynamic Marker Potentiating Predictive, Preventive 2018 The document is a review focused entirely on factors influencing Immunoglobulin G (IgG) N-glycosylation, which is a critical product outcome mentioned in the research goal. Although the context is... 1 claim
Uridine modulates monoclonal antibody charge heterogeneity in Chinese hamster ovary cell fed-batch c 2018 · Bioresour. Bioprocess. The document investigates the relationship between an upstream parameter (Uridine/Feeding) and multiple product outcomes (VCD, Titre, and Glycosylation/PTMs like charge heterogeneity) in CHO cell... 3 claims
Use of High-Throughput Automated Microbioreactor System for Production of Model IgG1 in CHO Cells 2018 · Journal of Visualized Experiments The document describes a methodology using CHO cells in a high-throughput system (microbioreactor/ambr) that is explicitly designed to conduct Design of Experiments (DOE) linking upstream process... 1 claim
Use of S-sulfocysteine (SSC) as a L-cysteine source in Chinese hamster ovary (CHO) suspension batch Journal of Biotechnology The document investigates the use of S-sulfocysteine (a feeding parameter/upstream process parameter) in CHO cell cultures (matching the system). The methods section (Table of Contents, Sections 4.4,... 3 claims
Using Molecular Markers to Characterize Productivity in Chinese Hamster Ovary Cell Lines 2013 · PLOS ONE The document investigates CHO cell culture productivity (qp) and VCD (biomass, growth rate) and their variation among different cell lines, which are key output and comparison parameters for the... 3 claims
Using simple models to describe the kinetics of growth, glucose consumption, and monoclonal antibody 2015 The document directly studies the kinetics of CHO cell growth (VCD) and monoclonal antibody formation (Titre) based on upstream parameters, specifically varying temperature (33°C vs 37°C) and initial... 3 claims
Utilizing non-clonal CHO cell derived materials for preclinical studies of complex molecules 2025 The document investigates CHO cell culture performance, productivity (titer), and product quality (including N-glycan structures/glycosylation) for different cell line sources (clonal vs. non-clonal... 3 claims
Virus-like particles as a highly efficient vaccine platform Diversity of targets and production syst 2012 The document is a review covering Virus-Like Particle (VLP) production systems, including 'Mammalian and avian cells' (Section 3.4). Although it is a high-level review and is unlikely to contain... 1 claim
ambr™ Mini-bioreactor as a high-throughput tool for culture process development to accelerate transf The document describes an experimental study using CHO cells producing a monoclonal antibody. It monitors and compares all required upstream process parameters (temperature, pH, DO, osmolality,... 2 claims
mAb production kinetics in CHO batch culture exploring extracellular and intracellular dynamics The document focuses on mAb production kinetics (product outcome/titre) in CHO cells and explores the dynamics of key extracellular and intracellular substrates and metabolites (feeding/nutrient... 3 claims

Document	Claims
Scalable transient gene expression in Chinese hamster ovary cells in instrumented and non-instrumented cultivation systems Natalie Muller Æ Madiha Derouazi Æ Fre´de´ric Van Tilborgh Æ Sarah Wulhfard Æ 2006 · Cole Polytechnique F D Rale De Lausanne Epfl The paper describes CHO cell culture experiments (transient expression) over various scales, explicitly reporting the control of several key upstream parameters (pH and DO maintained,... 3 claims
Reduced glutamine concentration improves protein production in growth-arrested CHO-DG44 and HEK-293E cells Yashas Rajendra • Divor Kiseljak • Lucia Baldi • 2011 · Cole Polytechnique F D Rale De Lausanne Epfl The study investigates the effect of varying glutamine concentration (an upstream feeding/media parameter) on recombinant protein yield (titre) in CHO-DG44 cells. It also measures cell density and... 3 claims
Trimeric SARS-CoV-2 Spike Proteins Produced from CHO Cells in Bioreactors Are High-Quality Antigens 2020 · Cole Polytechnique F D Rale De Lausanne Epfl The document describes a scalable process for producing a recombinant protein (SARS-CoV-2 Spike) using CHO cells in bioreactors. The methods section explicitly mentions the evaluation of 'cell... 2 claims
de nationalité suisse et originaire de Eggiwil ( BE ) acceptée sur proposition du jury 2007 · Cole Polytechnique F D Rale De Lausanne Epfl The document is a PhD thesis concerning 'bioreactor processes for the production of recombinant proteins from mammalian cells.' This field inherently involves studying the impact of upstream... 3 claims
acceptée sur proposition du jury: Prof. F. Radtke, président du jury Prof. F. M. Wurm, Dr M. Jordan, directeurs de thèse Prof. J. Auwerx, rapporteur 2012 · Cole Polytechnique F D Rale De Lausanne Epfl The document is a PhD thesis focusing specifically on CHO cell culture metabolism (lactate production/consumption, glutamine depletion, mitochondrial function). Understanding these metabolic shifts... 3 claims
Dipl.-Ing. Biotechnologie, Technische Universität Berlin, Allemagne et de nationalité allemande acceptée sur proposition du jury: Prof U. von Stockar, directeur de thèse 2002 · Cole Polytechnique F D Rale De Lausanne Epfl The thesis directly investigates the relationship between upstream process parameters (specifically temperature and nutrient availability/precursor feeding) and a specified product outcome... 3 claims
Optimization of the medium perfusion rate in a packed-bed bioreactor charged with CHO cells F. Meuwly1, U. von Stockar2,* & A. Kadouri1 2004 · Cole Polytechnique F D Rale De Lausanne Epfl The document describes an experimental study in CHO cell culture focused on optimizing an upstream process parameter (medium perfusion rate, which relates to feeding/dilution) and documenting the... 3 claims
Institut des sciences et ingénierie chimiques 2005 · Cole Polytechnique F D Rale De Lausanne Epfl The thesis focuses on optimizing transient gene expression and large-scale protein production in CHO DG44 cells under serum-free conditions. The summary explicitly mentions achieving high cell... 3 claims
Recombinant therapeutic proteins were introduced >20 years ago and now generate >$99 billion in annual revenue from a broad range of 2011 · Hong Kong University Of Science And Technology Hkust The document provides the draft genome sequence of the CHO-K1 cell line and specifically investigates genes involved in glycosylation (a key product outcome listed in the research goal) and their... 2 claims
Continuous Online Protein Quality Monitoring during Perfusion Culture Production Using an Integrated Micro/Nanofluidic System The MIT Faculty has made this article openly available. Please share how this access benefits you. Your story matters 2020 · Massachusetts Institute Of Technology Mit The document presents a novel micro/nanofluidic system for continuous, online monitoring of product quantity (titre) and quality (size distribution) during CHO perfusion culture. Although it is a... 3 claims
Dissecting N-Glycosylation Dynamics in Chinese Hamster Ovary 2019 · Massachusetts Institute Of Technology Mit The document directly studies N-glycosylation dynamics (product outcome) in CHO cells cultivated using two distinct fed-batch processes. It measures viable cell density (VCD), titre, and... 3 claims
Investigating the influence of physiologically relevant hydrostatic pressure on CHO cell batch culture The MIT Faculty has made this article openly available. Please share how this access benefits you. Your story matters 2021 · Massachusetts Institute Of Technology Mit The study directly investigates the relationship between a physical upstream process parameter (hydrostatic pressure) and key product outcomes (maximum cell concentration/VCD and IgG1 titre) in a CHO... 3 claims
operated at the physiological temperature of 37oC. Low temperature cell culture at 30-33oC, in particular for CHO cells, increased the specific productivity of many recombinant proteins amongst Massachusetts Institute Of Technology Mit The document directly studies the relationship between an upstream process parameter (temperature) and product outcomes (VCD/growth, specific productivity, total yield) in CHO cell cultures. The... 3 claims
Glycosylation Site Occupancy Heterogeneity in Chinese Hamster Ovary Cell Culture 1998 · Massachusetts Institute Of Technology Mit This Ph.D. thesis directly studies the relationship between upstream process parameters (continuous culture/chemostat, batch/fed-batch, nutrient limitation, media feeding strategies) and a key... 3 claims
Active hypothermic growth: a novel means for increasing total recombinant protein production by CHO cells 2005 · Massachusetts Institute Of Technology Mit The document, a PhD thesis abstract on CHO cell culture, directly investigates the relationship between an upstream process parameter (temperature/hypothermia) and product outcomes (recombinant... 3 claims
The Effect of Culture Temperature on Recombinant IFN-γ Production and Quality Massachusetts Institute Of Technology Mit The document directly studies the effect of a key upstream process parameter (culture temperature) on multiple product outcomes (titre/production and glycosylation quality) in CHO cell cultures,... 3 claims
Reduced Temperature Production of Recombinant Proteins to Increase Productivity in Mammalian Cell Culture Steve R. Fox1, Daniel I.C. Wang2, Miranda Yap3 Massachusetts Institute Of Technology Mit Classification failed: no response from batch API 3 claims
Increasing IFN-y Productivity in CHO Cells through CDK Inhibition David Alan McClain B.S. Chemical Engineering Cornell University, Ithaca, NY, 2004 2010 · Massachusetts Institute Of Technology Mit The document is a doctoral thesis focused entirely on increasing productivity (titre) in CHO cells. It directly investigates the relationship between cellular state (growth arrest induced by CDK... 3 claims
Ovary Cells for Low-temperature Culture TAN Hong Kiata, Miranda Yapb, Daniel I.C.Wangc a Singapore-MIT Alliance, 4 Engineering Drive 3, National University of Singapore, Singapore- Massachusetts Institute Of Technology Mit The document investigates the relationship between an upstream process parameter (low temperature, 30-33°C) and cell characteristics (increased specific productivity and extended viability) in CHO... 1 claim
improve quality of recombinant glycoproteins involve the Massachusetts Institute Of Technology Mit The document investigates product outcome (sialylation/glycosylation) in CHO cells. Although the main experiment uses genetic engineering, the introduction extensively reviews and documents the... 3 claims
Enhancing CHO cell productivity through a dual selection system using Aspg and Gs in glutamine free medium Technical University Of Denmark Dtu The document investigates CHO cell culture performance (titre, specific productivity, VCD/growth rate) as product outcomes, correlating them with changes in the cellular system and selection media... 3 claims
UC Davis Electronic Theses and Dissertations University Of California Davis The document is a thesis (relevant source type) that addresses the research goal's key components. Chapters 5-7 detail atomistic modeling studies focusing on the interaction and binding of... 3 claims
UC Davis Electronic Theses and Dissertations 2021 · University Of California Davis The document is a dissertation focused on CHO cells and bioproduction. The abstract explicitly mentions maximizing titers, investigating the impact of engineered systems on 'protein quality' (which... 3 claims
Enhancing the functionality of a microscale bioreactor system as an industrial process development tool for mammalian perfusion culture David J Sewell1 \| Richard Turner2 \| Ray Field2 \| William Holmes2 \| Rahul Pradhan2 \| 2018 · University Of Cambridge The document describes an experimental study using CHO cells in perfusion culture, investigating the effect of process parameters (pH, DO concentrations, mixing) on key product outcomes, including... 3 claims
The Biological Impact of High Throughput Continuous Bioprocessing David John Sewell Churchill College Thesis submitted for the degree of Doctor of Philosophy 2020 · University Of Cambridge The document is a PhD thesis focusing on developing continuous bioprocessing (perfusion/fed-batch) for CHO cell cultures. The abstract specifically discusses the impact of upstream parameters (pH and... 3 claims
The Assessment of MAb Quality and Quantity 2015 · University Of Guelph The document is an experimental thesis focused on CHO cell culture optimization. It directly investigates the relationship between upstream process parameters (temperature shift, media... 3 claims
C e l l C u l t u r e a n d T i s s u e E n g i n e e r i n g Effect of adenosine and cordycepin on recombinant antibody production yields in two different Chinease hamster ovary cell Utrecht University The document investigates the effect of upstream chemical supplements (adenosine, cordycepin) and a key process parameter (glucose feeding) on product outcomes (antibody titer, productivity) and cell... 3 claims
Glycobiology vol. 10 no. 1 pp. 77–87, 2000 Utrecht University The document investigates product outcomes (protein folding, secretion, and glycosylation structure—Man5 N-glycans) in CHO cells. It explicitly links the upstream process parameter 'temperature' to... 3 claims

Document	Claims
US-10208299-B2 2019 The document focuses on achieving a highly specific and optimized glycosylation profile (M6P content, a key product outcome) for a therapeutic protein (rhGAA) produced in CHO cells. Although the... 3 claims
US-10377833-B2 2019 The document describes a specific CHO mutant cell line (Slc35C1 dysfunctional) engineered to produce antibodies with a modified glycosylation profile (afucosylation). Although the primary focus is... 3 claims
US-10435464-B1 2019 The patent claims detail methods for producing a therapeutic protein (Adalimumab) using CHO cells, specifying control over key upstream parameters, particularly the 'feeding' strategy (initial and... 3 claims
US-10611831-B2 2020 The document focuses on CHO cell line engineering leading to improved output parameters (Titre, VCD) for specific product types (antibodies). Although it does not directly study the correlation... 3 claims
US-11014981-B2 2021 The document is a patent describing a method for producing a recombinant monoclonal antibody using CHO cells. Claim 1 explicitly links specific ranges for upstream process parameters (pH,... 3 claims
US-11396540-B1 2022 The document details methods for CHO cell culture producing antibodies (adalimumab). It explicitly studies the manipulation of an upstream parameter (glucose concentration and alternate hexose... 2 claims
US-11505609-B2 2022 The document is highly relevant to the domain (CHO cell culture, glycosylation/product outcome), and discusses variability based on cell line type (FUT8 knockout). Although the primary focus is on... 3 claims
US-11505784-B2 2022 The document, a patent on CHO cell culture media, focuses on establishing the relationship between upstream process parameters (feeding composition, specifically novel amino acid ratios and iron... 3 claims
US-11591583-B2 2023 The document describes a CHO cell derived product (rhGAA) with a specifically optimized glycosylation profile (high M6P), which is a key product outcome of interest. While the visible abstract and... 3 claims
US-12246062-B2 2025 The document describes a recombinant protein (rhGAA) expressed in CHO cells, focusing heavily on a critical product outcome (glycosylation, specifically M6P and sialic acid content). Although the... 3 claims
US-12351641-B2 2025 The document is a patent focused on CHO cell culture processes. It explicitly studies the relationship between an upstream parameter (media composition/feeding, specifically glutamine-free medium... 3 claims
US-2002019031-A1 2002 The document, a patent on CHO cell culture methods, establishes a direct relationship between the cell cycle phase (G1 arrest/minimum specific growth rate) and the product formation rate/productivity... 3 claims
US-2003035799-A1 2003 The document focuses on CHO cell lines producing antibodies, specifically mentioning the product outcome 'CHO glycosylation.' It also addresses upstream process parameters by defining medium... 3 claims
US-2003148493-A1 2003 The document focuses on engineering a CHO cell line to disrupt sialidase expression, which directly relates to controlling the product outcome of glycosylation (specifically sialylation) in CHO... 3 claims
US-2003190710-A1 2003 The document is a patent describing methods to control a product quality attribute (level of non-glycosylated heavy chain, which relates to glycosylation) in CHO cell culture by adjusting upstream... 3 claims
US-2004214289-A1 2004 The document is a patent describing an experimental method in CHO cell culture that correlates upstream process parameters (temperature and osmolality) with a specific product outcome... 3 claims
US-2006115901-A1 2006 The document focuses on optimizing specific media components (L-glutamine, iron, insulin, growth factors, antioxidants) for CHO cell growth and survival (which relates to VCD, a key outcome). This... 2 claims
US-2010021911-A1 2010 The document focuses on developing specific CHO host cell lines (DSM ACC2909, DSM ACC2910) and selecting them based on a high Integral of Viable Cells (IVC), which is closely related to VCD, a key... 3 claims
US-2010132059-A1 2010 The document investigates the relationship between an upstream process parameter (Temperature, specifically below 37°C) and gene expression in CHO cells. This provides direct experimental findings on... 2 claims
US-2011111495-A1 2011 The document is a patent describing a concentrated medium formulation for large-scale fed-batch culture of CHO cells. The composition and implementation of concentrated feed media (feeding... 3 claims
US-2011177555-A1 2011 The document focuses on improving a key product outcome (sialylation/glycosylation) in CHO cells through cell line engineering (GnT I modification), and references adapting the cell line to... 3 claims
US-2011275121-A1 2011 The document focuses on enhancing protein production (titre/secretion) in CHO cell cultures through genetic modification (HBx/XBP1s to activate UPR), thereby addressing the 'product outcomes' aspect... 3 claims
US-2013029413-A1 2013 The document focuses on enhancing a key product outcome, glycosylation (sialylation), specifically mentioning CHO cells (Claim 30). While the methods involve metabolic engineering rather than... 3 claims
US-2013129755-A1 2013 The document defines a specific genetically modified CHO cell line (GnT I deficient, JW152) designed to control the output of glycosylation (mannose-terminated N-glycans), which is a key product... 2 claims
US-2013130316-A1 2013 The document is a patent describing an optimized CHO cell culture process. It explicitly documents the relationship between upstream process parameters (temperature shifts, pH shifts, and specific... 2 claims
US-2014011237-A1 2014 The document provides experimental data comparing two CHO cell lines (CAT-S vs. CHO-S) under fed-batch culture conditions, focusing on the product outcome (recombinant IgG titre) over time (Day 14).... 2 claims
US-2014057316-A1 2014 The document describes a method for producing a polypeptide in CHO cells. Claim 8 explicitly details the use of an upstream process parameter—an incubation temperature shift (37°C to 32°C)—to... 2 claims
US-2014335609-A1 2014 The patent focuses primarily on cell line engineering (transfection and selection methods) rather than systematically documenting relationships between process parameters and outcomes. However, it... 3 claims
US-2015044719-A1 2015 The document is a patent focused on CHO cell culture methods using specific chemically defined media compositions (e.g., high glucose concentration, specific supplements like putrescine and... 3 claims
US-2015184135-A1 2015 The document focuses on engineering a CHO cell line to achieve higher sialylation (a form of glycosylation), which is a key product outcome mentioned in the research goal. While it addresses cell... 3 claims
US-2015299644-A1 2015 The document details a novel upstream bioprocess methodology (discontinuous/cyclic fed-batch with cell recycle) specifically for CHO cells producing biological substances (antibodies). While it does... 3 claims
US-2016185847-A1 2016 The document focuses on monoclonal antibodies produced in CHO cell lines and defines specific desired product outcomes related to glycosylation (fucose and galactosylation levels). While the provided... 2 claims
US-2016194369-A1 2016 The document describes methods using CHO cells to increase product outcomes (titre and cell growth/VCD) by manipulating the IL6 signaling pathway. While the input parameter (IL6... 2 claims
US-2017073399-A1 2017 The document focuses on producing a specific recombinant protein (eculizumab) in CHO cells and achieving desired product outcomes, specifically detailed glycosylation patterns (NGNA, GalNAc, neutral... 2 claims
US-2018022820-A1 2018 The document describes a Chinese Hamster Ovary (CHO) mutant cell line engineered to have a dysfunctional Slc35C1 gene, specifically resulting in reduced fucosylation (a form of glycosylation). This... 2 claims
US-2018346881-A1 2018 The document, a patent, focuses on optimizing upstream process parameters (media composition/feeding, specifically amino acid ratios and iron carriers) in CHO cell culture to achieve improved product... 3 claims
US-2019055513-A1 2019 The document focuses on using a modified upstream process parameter (substituting traditional carbohydrates with maltose in the media/feeding) specifically in CHO cell cultures. The claims and... 3 claims
US-2019225694-A1 2019 The document focuses on CHO DG44 cell cultures and heavily details a specific product outcome: the N-glycan content (glycosylation profile) of the expressed biosimilar antibody. The claims and... 3 claims
US-2019270800-A1 2019 The document focuses on enhancing CHO cell production (titre, VCD) by modifying the cell line (EDEM2/XBP1 expression). While it does not explicitly study the relationship between physical process... 3 claims
US-2019276812-A1 2019 The document defines specific, highly optimized glycosylation parameters (M6P residues, complex type N-glycans) for a product derived from CHO cells. While the provided abstract and claims focus on... 3 claims
US-2020123244-A1 2020 The document is a patent describing the production of a monoclonal antibody in CHO cells. Claims 11, 12, 13, and 14 explicitly define optimized upstream process parameters including pH, temperature,... 3 claims
US-2021155670-A1 2021 The document utilizes CHO cells to produce a specific glycosylated protein product (MHC-I complexes). While the excerpt focuses on the product structure (claims) rather than upstream process... 3 claims
US-2021317435-A1 2021 The document focuses on engineering a CHO cell line (DHFR−/− GS−/−) for industrial production of therapeutic proteins and selecting clones based on increased titre (product outcome). It explicitly... 1 claim
US-2021214702-A1 2021 This patent describes a CHO cell culture process for recombinant TNK-tPA production, specifically optimizing several key upstream parameters (temperature, pH, DO level, osmolality) and documenting... 3 claims
US-2022154137-A1 2022 The document, a patent, focuses on developing new culture media compositions (maltose and other saccharides) for CHO cells to increase protein yield (titre) and support growth (VCD). Modifying the... 3 claims
US-2022306979-A1 2022 The document focuses on developing data-driven models (soft sensors) to determine process-relevant parameters in CHO cell cultures (Claim 13, 14). It explicitly uses upstream process variables... 3 claims
US-2022324952-A1 2022 The document describes the production of a recombinant protein (Eculizumab) in CHO cells, focusing heavily on achieving specific glycosylation patterns (a required output parameter). The claims... 2 claims
US-2022220509-A1 2022 The document reports experimental data on key product outcomes (titre/productivity and viability) in CHO cells cultivated under fed-batch conditions. While the primary independent variable studied is... 2 claims
US-2022348977-A1 2022 The document is a patent describing CHO cell culture methods. It explicitly manipulates two key upstream process parameters: temperature (temperature shift from 37°C to 30°C) and feeding/nutrient... 3 claims
US-2023203449-A1 2023 The document focuses on manipulating upstream process parameters (basal and feed medium composition, specifically novel amino acid ratios and iron carriers) in CHO cell culture processes to achieve... 3 claims
US-2023203169-A1 2023 The document directly addresses CHO cells and a critical product outcome (glycosylation profile control), and how this outcome is achieved using a specific cell line variation (FUT8 knockout CHO).... 3 claims
US-2024066104-A1 2024 The document is a patent describing a recombinant protein expressed in CHO cells and specifies a critical product outcome (increased mannose-6-phosphate glycosylation). Although the provided abstract... 3 claims
US-2024083972-A1 2024 The document describes methods for optimizing the N-1 CHO cell culture stage using specific flow rates, viscosity, and density parameters (upstream process parameters) to control cell aggregation.... 3 claims
US-2024158754-A1 2024 The document, a patent focusing on CHO cell culture, details a specific method involving the manipulation of a process parameter (adding GMP/related agents, which falls under 'feeding/media... 3 claims
US-2024190944-A1 2024 The document focuses on improving product outcomes (titre, viability) in CHO cells, which aligns with the desired outputs and cell system. While the inputs studied are genetic modifications (BAX,... 3 claims
US-4808523-A 1989 The document describes a method for producing IFN-beta 1 using CHO cells, a relevant cell line and product type (glycoprotein). It specifies key upstream parameters (e.g., operating temperature of... 3 claims
US-5122469-A 1992 The document is a patent describing specific culture media formulations (upstream process parameters: feeding, osmolality defined at 350 mOsm) for CHO cells designed to 'improve production of... 3 claims
US-5053334-A 1991 The document details a method for operating recombinant CHO cell suspension cultures (specifically using medium exchange via cross-flow filtration to enable high-density culture) to produce t-PA.... 2 claims
US-5221620-A 1993 The document is an experimental patent describing high-level expression of TGF-beta 2 in CHO cells. It explicitly documents product outcomes, including titre ('approximately 5 μg per ml culture... 3 claims
US-5272070-A 1993 The document focuses entirely on creating a specialized CHO cell line to control and homogenize N-linked glycosylation (a key product outcome). Although it does not document the relationship between... 3 claims
US-5316938-A 1994 The document defines a culture medium for engineered CHO cells and explicitly sets target ranges for key upstream parameters (osmolality and pH) necessary for supporting cell growth and product... 2 claims
US-5510261-A 1996 The document focuses on CHO cells and their production of glycoproteins. The core mechanism described is controlling a product outcome (glycosylation, specifically sialic acid content) by... 2 claims
US-5545404-A 1996 The document focuses on CHO cell lines for antibody production and specifically mentions 'antibody having CHO glycosylation,' which aligns with the cell line and product outcome criteria... 3 claims
US-5871999-A 1999 The document investigates the manipulation of upstream process parameters (molar ratio of inorganic ions to amino acids) in CHO cell culture. Changes in ion concentration directly affect osmolality,... 3 claims
US-6069235-A 2000 The document describes a method using CHO cells where an upstream chemical input (N-butyl deoxynojirimycin concentration, 0.5-2 mM) is controlled during cell culture maintenance conditions, and this... 3 claims
US-6458565-B1 2002 The document details experimental methods for CHO cell culture optimization (upstream process). It specifically investigates the relationship between the feeding strategy (type of medium and... 3 claims
US-6562588-B2 2003 The document focuses on engineering CHO cell lines (disrupting sialidase expression) specifically to improve a key product outcome, glycosylation (sialylation), which is a listed output in the... 3 claims
US-6924124-B1 2005 The document is a patent describing experimental methods in CHO cell culture. It specifically details the relationship between an upstream process parameter (feeding/nutrient concentration,... 3 claims
US-8765413-B2 2014 This patent describes an experimental CHO cell culture process based on optimizing upstream process parameters (temperature shifts and pH shifts) to improve product outcomes (increased yield/titre,... 3 claims
US-8846373-B2 2014 The document explicitly addresses methods to promote sialylation (a type of glycosylation, which is a required product outcome) and specifically names CHO cells (Claim 28) as a host cell line. While... 3 claims
US-9012176-B2 2015 The document focuses on developing a mutant CHO cell line specifically capable of achieving higher protein sialylation (a key form of glycosylation), which is one of the target product outcomes... 3 claims
US-9068198-B2 2015 The document, a patent describing a new CHO cell line (CAT-S), provides experimental data comparing its performance (recombinant IgG titre, a product outcome) against a standard CHO-S line. This... 3 claims
US-9079954-B2 2015 The document focuses on enhancing CHO cell productivity through genetic engineering (EDEM2/XBP1 expression), which results in high cell line specific productivity. It reports key outcomes relevant to... 3 claims
US-9222081-B2 2015 The document describes a method for producing a polypeptide in CHO cells (Chinese Hamster Ovary cells). Claim 8 specifically details the use of an upstream process parameter control, mentioning an... 2 claims
US-9243235-B2 2016 The document focuses specifically on CHO cells and a critical product outcome: glycosylation (mannose-terminated N-glycans). While the mechanism described is cell line engineering (GnT I mutation)... 3 claims
US-9273292-B2 2016 The document focuses on Chinese Hamster Ovary (CHO) cells and directly addresses one of the key product outcomes of the research goal: glycosylation (specifically, increased sialylation). Although it... 3 claims
US-9340592-B2 2016 The document is an experimental study in CHO cell culture reporting how cell line variation (engineering to increase CERT S132A expression) affects product outcomes (specific productivity/pcd). This... 3 claims
US-9340814-B2 2016 The document focuses on optimizing culture methods for CHO cells, specifically altering upstream parameters related to feeding and medium composition (e.g., high glucose concentration,... 3 claims
US-9382315-B2 2016 The document focuses on improving key product outcomes (titre) and growth metrics (integrated cell density/VCD) in CHO cells through genetic modification (EDEM2 expression). While it does not... 3 claims
US-9982226-B2 2018 The document details a high-efficiency, discontinuous fed-batch culture method for CHO cells involving cell recycle and alternating bioreactors. While the focus is on system configuration rather than... 3 claims
US-RE39792-E 2007 The patent defines specific, quantifiable operating ranges for several key upstream process parameters (osmolality, pH, and detailed feeding components/concentrations) necessary for growing CHO... 2 claims
US-RE48651-E 2021 The document investigates CHO cell lines and reports improved product outcomes (titre and VCD), directly addressing the 'product outcomes' and 'vary by cell line and product type' aspects of the... 3 claims

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Has email 1219 with email · 1484 total

Altamirano, Claudia

6 papers · 18 claims

Cell · Specific · Productivity · Significantly · Temperature

adri@biomedicas.unam.mx

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Kunert, Renate

6 papers · 16 claims

Batch · Cell · Basal · Medium · Acticho

renate.kunert@boku.ac.at

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Wang, Tian-Yun

5 papers · 15 claims

Culture · Cell · Aggregation · Protein · Temperature

wtianyuncn@126.com

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Lewis, Nathan E.

🔗 ORCID

5 papers · 15 claims

Cell · Growth · Compared · Culture · Cells

shoja_sa@modares.ac.ir

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Yap, Miranda G.S.

5 papers · 13 claims

Cells · Specific · Productivity · Cell · Cirp

dicwang@mit.edu

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+ 8 more claims

Wang, Daniel I.C.

5 papers · 13 claims

Cells · Specific · Productivity · Cell · Cirp

dicwang@mit.edu

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+ 8 more claims

Wijffels, Rene H.

4 papers · 12 claims

Cell · Process · Phase · Batch · Compared

lucas.reger@sartorius.com

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Martens, Dirk E.

🔗 ORCID

4 papers · 12 claims

Cell · Process · Phase · Batch · Compared

lucas.reger@sartorius.com

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Xiao, Shang

🔗 ORCID

4 papers · 12 claims

Cell · Withdrawal · Feeding · Process · Hours

shang.xiao@lyvgen.com

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Vaziri, Behrouz

4 papers · 12 claims

Antibody · Group · Monoclonal · Acid · Compared

behrouz-vaziri@pasteur.ac.ir

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Guo, Meijin

4 papers · 11 claims

Withdrawal · Hours · Feeding · Process · Glucose

mj@ecust.edu.cn

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Kontoravdi, Cleo

🔗 ORCID

4 papers · 11 claims

Cell · Culture · Cells · Intracellular · Higher

cleo.kontoravdi@imperial.ac.uk

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Herwig, Christoph

4 papers · 10 claims

High · Specific · Rate · Batch · Mannose

christoph.herwig@tuwien.ac.at

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Ward, Andrew B.

3 papers · 9 claims

Cells · Trimer · Glycosylation · Site · Cell

timothy.fouts@ablinc.com

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Ng, Say Kong

3 papers · 9 claims

Glucose · Cultures · Maltose · Batch · Titer

ng_say_kong@bti.a-star.edu.sg

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Ho, Ying Swan

🔗 ORCID

3 papers · 9 claims

Cell · Culture · Glucose · Titer · Conditions

ng_say_kong@bti.a-star.edu.sg

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Schaub, Jochen

3 papers · 9 claims

Final · Cell · Specific · Lactate · Correlation

tobias.habicher@boehringer-ingelheim.com

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Torkashvand, Fatemeh

3 papers · 9 claims

Acid · Group · Antibody · Cell · Designed

behrouz-vaziri@pasteur.ac.ir

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Valdez-Cruz, Norma A.

3 papers · 9 claims

Cell · Cultures · Specific · Rate · Concentration

adri@biomedicas.unam.mx

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Torres, Mauro

3 papers · 9 claims

Cell · Specific · Productivity · Line · Concentration

claudia.altamirano@pucv.cl

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Vergara, Mauricio

3 papers · 9 claims

Cell · Specific · Productivity · Line · Concentration

claudia.altamirano@pucv.cl

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Berrios, Julio

3 papers · 9 claims

Cell · Specific · Productivity · Line · Concentration

claudia.altamirano@pucv.cl

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Ley, Daniel

3 papers · 9 claims

Cell · Growth · Specific · Productivity · Line

nlewisres@ucsd.edu

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Kwon, Taehong

3 papers · 9 claims

Mmhg · Pressure · Concentration · Hydrostatic · Cell

jyhan@mit.edu

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Han, Jongyoon

3 papers · 9 claims

Mmhg · Pressure · Concentration · Hydrostatic · Cell

jyhan@mit.edu

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Lee, Gyun Min

🔗 ORCID

3 papers · 9 claims

Cell · Culture · Batch · Growth · Line

stef.kol@gmail.com

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Jolicoeur, Mario

3 papers · 8 claims

Higher · High · Significantly · Cell · Monoclonal

mario.jolicoeur@polymtl.ca

Claims from this researcher:

+ 3 more claims

Polizzi, Karen M

🔗 ORCID

3 papers · 8 claims

Cell · Cells · Culture · Intracellular · Concentration

cleo.kontoravdi@imperial.ac.uk

Claims from this researcher:

+ 3 more claims

Reinhart, David

3 papers · 8 claims

Basal · Medium · Acticho · Batch · Reduce

renate.kunert@boku.ac.at

Claims from this researcher:

+ 3 more claims

Rudd, Pauline M.

3 papers · 8 claims

Conditions · Sialylation · Glycans · Bioreactor · Glutamine

ian_walsh@bti.a-star.edu.sg

Claims from this researcher:

+ 3 more claims

Yoon, Seongkyu

3 papers · 8 claims

Cell · Boost · Medium · Glycan · Viable

chikkathur.madhavarao@fda.hhs.gov

Claims from this researcher:

+ 3 more claims

Strube, Jochen

3 papers · 8 claims

Cell · Factor · Growth · Medium · Increase

kornecki@itv.tu-clausthal.de

Claims from this researcher:

+ 3 more claims

Klaubert, Stephanie R.

3 papers · 8 claims

Cell · Cultures · Lactate · Control · Lower

saski@clemson.edu

Claims from this researcher:

+ 3 more claims

Harcum, Sarah W.

3 papers · 8 claims

Cell · Cultures · Lactate · Control · Lower

saski@clemson.edu

Claims from this researcher:

+ 3 more claims

Borth, Nicole

3 papers · 7 claims

Cells · Rates · Growth · Culture · Viable

oliver@cebitec.uni-bielefeld.de

Claims from this researcher:

+ 2 more claims

Nielsen, Jens

5 papers · 7 claims

Pathway · Protein · Detailed · Mathematical · Models

nlewisres@ucsd.edu

Claims from this researcher:

+ 2 more claims

Zimmer, Aline

3 papers · 7 claims

Compared · Tested · Cell · Significantly · Feed

alisa.schnellbaecher@merckgroup.com

Claims from this researcher:

+ 2 more claims

Reger, Lucas Nik

2 papers · 6 claims

Cell · Process · Batch · Exchange · Compared

lucas.reger@sartorius.com

Claims from this researcher:

+ 1 more claims

Saballus, Martin

2 papers · 6 claims

Cell · Process · Batch · Exchange · Compared

lucas.reger@sartorius.com

Claims from this researcher:

+ 1 more claims

Kampmann, Markus

2 papers · 6 claims

Cell · Process · Batch · Exchange · Compared

lucas.reger@sartorius.com

Claims from this researcher:

+ 1 more claims

Niemann, Julia

2 papers · 6 claims

Cell · Process · Batch · Exchange · Compared

lucas.reger@sartorius.com

Claims from this researcher:

+ 1 more claims

Bale, Shridhar

2 papers · 6 claims

Cells · Trimer · Cell · Production · Glycosylation

timothy.fouts@ablinc.com

Claims from this researcher:

+ 1 more claims

Lee, Wen-Hsin

2 papers · 6 claims

Trimer · Glycosylation · Site · Cell · Batch

timothy.fouts@ablinc.com

Claims from this researcher:

+ 1 more claims

Ozorowski, Gabriel

2 papers · 6 claims

Trimer · Glycosylation · Site · Cell · Batch

timothy.fouts@ablinc.com

Claims from this researcher:

+ 1 more claims

Wilson, Richard

🔗 ORCID

2 papers · 6 claims

Cells · Trimer · Cell · Production · Glycosylation

timothy.fouts@ablinc.com

Claims from this researcher:

+ 1 more claims

Baboo, Sabyasachi

2 papers · 6 claims

Trimer · Glycosylation · Site · Cell · Batch

timothy.fouts@ablinc.com

Claims from this researcher:

+ 1 more claims

Diedrich, Jolene K.

🔗 ORCID

2 papers · 6 claims

Trimer · Glycosylation · Site · Cell · Batch

timothy.fouts@ablinc.com

Claims from this researcher:

+ 1 more claims

Yates, John R.

2 papers · 6 claims

Trimer · Glycosylation · Site · Cell · Batch

timothy.fouts@ablinc.com

Claims from this researcher:

+ 1 more claims

Paulson, James C.

2 papers · 6 claims

Trimer · Glycosylation · Site · Cell · Batch

timothy.fouts@ablinc.com

Claims from this researcher:

+ 1 more claims

Wyatt, Richard T.

2 papers · 6 claims

Cells · Trimer · Cell · Production · Glycosylation

timothy.fouts@ablinc.com

Claims from this researcher:

+ 1 more claims

Kumar, Niraj

2 papers · 6 claims

Culture · Cell · Growth · Temperature · Supplementation

nkumar@thsti.res.in

Claims from this researcher:

+ 1 more claims

Fan, Zhen-Lin

2 papers · 6 claims

Cell · Cells · Culture · Glycosylation · Recombinant

wtianyuncn@126.com

Claims from this researcher:

+ 1 more claims

Betenbaugh, Michael J.

2 papers · 6 claims

Cell · Rate · Growth · Productivity · Uptake

nlewisres@ucsd.edu

Claims from this researcher:

+ 1 more claims

Leong, Dawn Sow Zong

2 papers · 6 claims

Glucose · Cultures · Maltose · Batch · Only

ng_say_kong@bti.a-star.edu.sg

Claims from this researcher:

+ 1 more claims

Tan, Janice Gek Ling

2 papers · 6 claims

Glucose · Cultures · Maltose · Batch · Only

ng_say_kong@bti.a-star.edu.sg

Claims from this researcher:

+ 1 more claims

Gupta, Sanjeev Kumar

2 papers · 6 claims

Cell · Cells · Culture · Pmol · Fold

pratyoosh.shukla@gmail.com

Claims from this researcher:

+ 1 more claims

Shukla, Pratyoosh

2 papers · 6 claims

Cell · Cells · Culture · Pmol · Fold

pratyoosh.shukla@gmail.com

Claims from this researcher:

+ 1 more claims

Lee, Kelvin H.

2 papers · 6 claims

Control · Cell · Different · Productivity · Glycosylation

khl@udel.edu

Claims from this researcher:

+ 1 more claims

Martiné, Alexandra

2 papers · 6 claims

Cells · Proteins · Seeding · Fold · Trimers

wyatt@scripps.edu

Claims from this researcher:

+ 1 more claims

Girod, Pierre-Alain

2 papers · 6 claims

Cells · Proteins · Seeding · Fold · Trimers

wyatt@scripps.edu

Claims from this researcher:

+ 1 more claims

Nguyen‐Khuong, Terry

2 papers · 6 claims

Conditions · Bioreactor · Treatment · Nabu · Fucose

ian_walsh@bti.a-star.edu.sg

Claims from this researcher:

+ 1 more claims

Yamano-Adachi, Noriko

2 papers · 6 claims

Cell · Cells · Ammonia · Higher · Yield

omasa@bio.eng.osaka-u.ac.jp

Claims from this researcher:

+ 1 more claims

Omasa, Takeshi

2 papers · 6 claims

Cell · Cells · Ammonia · Higher · Yield

omasa@bio.eng.osaka-u.ac.jp

Claims from this researcher:

+ 1 more claims

Radhakrishnan, Devesh

2 papers · 6 claims

Concentrations · Range · Addition · Glycosylation · Enzyme

ogunnaike@udel.edu

Claims from this researcher:

+ 1 more claims

He, Tao

🔗 ORCID

2 papers · 6 claims

Cell · Process · Addition · Capped · Compared

Frank.W.Kotch@pfizer.com

Claims from this researcher:

+ 1 more claims

Lin, Laura

2 papers · 6 claims

Cell · Process · Addition · Capped · Compared

Frank.W.Kotch@pfizer.com

Claims from this researcher:

+ 1 more claims

Bokelmann, Carolin

2 papers · 6 claims

Medium · High · Density · Final · Lactate

alireza.ehsani@boehringer-ingelheim.com

Claims from this researcher:

+ 1 more claims

Ehsani, Alireza

2 papers · 6 claims

Medium · High · Density · Final · Lactate

alireza.ehsani@boehringer-ingelheim.com

Claims from this researcher:

+ 1 more claims

Stiefel, Fabian

2 papers · 6 claims

Medium · High · Density · Final · Lactate

alireza.ehsani@boehringer-ingelheim.com

Claims from this researcher:

+ 1 more claims

Maleknia, Shayan

2 papers · 6 claims

Acid · Group · Compared · Control · Temperature

behrouz-vaziri@pasteur.ac.ir

Claims from this researcher:

+ 1 more claims

Heydari, Amir

2 papers · 6 claims

Acid · Group · Designed · Amino · Feed

behrouz-vaziri@pasteur.ac.ir

Claims from this researcher:

+ 1 more claims

Vossoughi, Manouchehr

2 papers · 6 claims

Acid · Group · Designed · Amino · Feed

behrouz-vaziri@pasteur.ac.ir

Claims from this researcher:

+ 1 more claims

Mahboudi, Fereidoun

2 papers · 6 claims

Acid · Group · Designed · Amino · Feed

behrouz-vaziri@pasteur.ac.ir

Claims from this researcher:

+ 1 more claims

Wright, Meredith

2 papers · 6 claims

Line · Cell · Expressed · Expression · Protein

pwb@soe.ucsc.edu

Claims from this researcher:

+ 1 more claims

Mesa, Kathryn A.

2 papers · 6 claims

Line · Cell · Expressed · Expression · Protein

pwb@soe.ucsc.edu

Claims from this researcher:

+ 1 more claims

Berman, Phillip W.

🔗 ORCID

2 papers · 6 claims

Line · Cell · Expressed · Expression · Protein

pwb@soe.ucsc.edu

Claims from this researcher:

+ 1 more claims

Meleady, Paula

2 papers · 6 claims

Culture · Peak · Cell · Temperature · Cells

niraj.kumar2@mail.dcu.ie

Claims from this researcher:

+ 1 more claims

Henry, Michael

🔗 ORCID

2 papers · 6 claims

Culture · Peak · Cell · Temperature · Cells

niraj.kumar2@mail.dcu.ie

Claims from this researcher:

+ 1 more claims

Clynes, Martin

2 papers · 6 claims

Culture · Peak · Cell · Temperature · Cells

niraj.kumar2@mail.dcu.ie

Claims from this researcher:

+ 1 more claims

Ramírez, Octavio T.

🔗 ORCID

2 papers · 6 claims

Cell · Specific · Temperature · Downshift · Culture

jandres.biotech@gmail.com

Claims from this researcher:

+ 1 more claims

Trujillo-Roldán, Mauricio A.

2 papers · 6 claims

Cell · Temperature · Downshift · Control · Cultures

adri@biomedicas.unam.mx

Claims from this researcher:

+ 1 more claims

Madhavarao, Chikkathur N.

2 papers · 6 claims

Cell · Boost · Medium · Glycan · Glycans

chikkathur.madhavarao@fda.hhs.gov

Claims from this researcher:

+ 1 more claims

O’Connor, Thomas

2 papers · 6 claims

Cell · Boost · Medium · Glycan · Glycans

chikkathur.madhavarao@fda.hhs.gov

Claims from this researcher:

+ 1 more claims

Ashraf, Muhammad

🔗 ORCID

2 papers · 6 claims

Cell · Boost · Medium · Glycan · Glycans

chikkathur.madhavarao@fda.hhs.gov

Claims from this researcher:

+ 1 more claims

Shah, Bhavana

2 papers · 6 claims

High · Levels · Glycans · Site · Engineered

shivanig@amgen.com

Claims from this researcher:

+ 1 more claims

Lin, Yan

🔗 ORCID

2 papers · 6 claims

Antibody · Cell · Treatment · Myricetin · Cells

wtianyuncn@126.com

Claims from this researcher:

+ 1 more claims

Malphettes, Laetitia

3 papers · 6 claims

Cell · Growth · Impact · Feed · Rates

frederic.delouvroy@ucb.com

Claims from this researcher:

+ 1 more claims

Gangwar, Neelesh

2 papers · 6 claims

Culture · Variants · Charge · Cell · Profile

asrathore@biotechcmz.com

Claims from this researcher:

+ 1 more claims

Rathore, Anurag S.

2 papers · 6 claims

Culture · Variants · Charge · Cell · Profile

asrathore@biotechcmz.com

Claims from this researcher:

+ 1 more claims

Schirrmann, Thomas

2 papers · 6 claims

Cells · Production · Human · Improves · Chinese

Claims from this researcher:

+ 1 more claims

Hefzi, Hooman

2 papers · 6 claims

Cell · Predicted · Growth · Specific · Productivity

nlewisres@ucsd.edu

Claims from this researcher:

+ 1 more claims

Mayrhofer, Patrick

2 papers · 6 claims

Cell · Batch · Culture · Fold · Titers

renate.kunert@boku.ac.at

Claims from this researcher:

+ 1 more claims

Gutierrez, Jahir M.

2 papers · 6 claims

Cell · Line · Growth · Specific · Productivity

nlewisres@ucsd.edu

Claims from this researcher:

+ 1 more claims

Li, Shangzhong

2 papers · 6 claims

Growth · Specific · Productivity · Cell · Phase

nlewisres@ucsd.edu

Claims from this researcher:

+ 1 more claims

Li, Qiang

🔗 ORCID

2 papers · 6 claims

Withdrawal · Hours · Glucose · Process · Maintained

guo_mj@ecust.edu.cn

Claims from this researcher:

+ 1 more claims

Jiang, Jinlong

🔗 ORCID

2 papers · 6 claims

Withdrawal · Hours · Glucose · Process · Maintained

guo_mj@ecust.edu.cn

Claims from this researcher:

+ 1 more claims

Huo, Chengxiao

2 papers · 6 claims

Withdrawal · Hours · Glucose · Process · Maintained

guo_mj@ecust.edu.cn

Claims from this researcher:

+ 1 more claims

Chen, Hao

🔗 ORCID

2 papers · 6 claims

Withdrawal · Hours · Glucose · Process · Maintained

guo_mj@ecust.edu.cn

Claims from this researcher:

+ 1 more claims

Behjousiar, Alireza

2 papers · 6 claims

Glucose · Intracellular · Cell · Batch · Culture

k.polizzi@imperial.ac.uk

Claims from this researcher:

+ 1 more claims

Széliová, Diana

2 papers · 6 claims

Cells · Rates · Growth · Culture · Viable

juergen.zanghellini@univie.ac.at

Claims from this researcher:

+ 1 more claims

Zanghellini, Jürgen

2 papers · 6 claims

Cells · Rates · Growth · Culture · Viable

juergen.zanghellini@univie.ac.at

Claims from this researcher:

+ 1 more claims

Ruckerbauer, David E.

2 papers · 6 claims

Cells · Rates · Growth · Culture · Viable

juergen.zanghellini@univie.ac.at

Claims from this researcher:

+ 1 more claims

Rocha, Isabel

2 papers · 6 claims

Cells · Rates · Growth · Culture · Viable

juergen.zanghellini@univie.ac.at

Claims from this researcher:

+ 1 more claims

Nahrgang, Stefan

2 papers · 6 claims

Glycans · Culture · Erythropoietin · Varied · Significantly

Claims from this researcher:

+ 1 more claims

Shang, Menglin

2 papers · 6 claims

Mmhg · Pressure · Hydrostatic · Concentration · Applying

jyhan@mit.edu

Claims from this researcher:

+ 1 more claims

Lim, Chwee Teck

2 papers · 6 claims

Mmhg · Pressure · Hydrostatic · Concentration · Applying

jyhan@mit.edu

Claims from this researcher:

+ 1 more claims

Khoo, Bee Luan

2 papers · 6 claims

Mmhg · Pressure · Hydrostatic · Concentration · Applying

jyhan@mit.edu

Claims from this researcher:

+ 1 more claims

Pan, Xiao

🔗 ORCID

2 papers · 6 claims

Cell · Phase · Average · Specific · Productivity

xiao.pan@wur.nl

Claims from this researcher:

+ 1 more claims

Dalm, Ciska

2 papers · 6 claims

Cell · Phase · Average · Specific · Productivity

xiao.pan@wur.nl

Claims from this researcher:

+ 1 more claims

Striedner, Gerald

🔗 ORCID

2 papers · 6 claims

Viable · Cell · Maximum · Approximately · Product

gerald.striedner@boku.ac.at

Claims from this researcher:

+ 1 more claims

Sissolak, Bernhard

2 papers · 6 claims

Viable · Cell · Maximum · Approximately · Product

Claims from this researcher:

+ 1 more claims

Zagari, Francesca

2 papers · 6 claims

Lactate · Consumption · Subclone · Line · Cell

Claims from this researcher:

+ 1 more claims

Pedersen, Lasse Ebdrup

2 papers · 6 claims

Cell · Growth · Line · Rituximab · Produced

stef.kol@gmail.com

Claims from this researcher:

+ 1 more claims

Kildegaard, Helene Faustrup

2 papers · 6 claims

Cell · Growth · Line · Rituximab · Produced

stef.kol@gmail.com

Claims from this researcher:

+ 1 more claims

Mulukutla, Bhanu Chandra

2 papers · 6 claims

Batch · Cultures · Specific · Productivity · Cell

Claims from this researcher:

+ 1 more claims

James, David C.

🔗 ORCID

2 papers · 6 claims

Cell · Text · Times · Cells · Specific

d.c.james@sheffield.ac.uk

Claims from this researcher:

+ 1 more claims

Bones, Jonathan

2 papers · 6 claims

Culture · Temperature · Resulted · Increase · Conditions

jonathan.bones@nibrt.ie

Claims from this researcher:

+ 1 more claims

Muller, Natalie

2 papers · 6 claims

Cells · Higher · Expression · Medium · Media

Claims from this researcher:

+ 1 more claims

Hamel, Jean-Francois P

2 papers · 6 claims

Cell · Concentration · Mmhg · Culture · Viable

Claims from this researcher:

+ 1 more claims

Fox, Steven R.

2 papers · 6 claims

Specific · Productivity · Reduced · Cells · Compared

dicwang@mit.edu

Claims from this researcher:

+ 1 more claims

Chen, Jingkui

2 papers · 5 claims

Higher · Cell · Clone · Significantly · Compared

mario.jolicoeur@polymtl.ca

Claims from this researcher:

Hofer, Alexandra

2 papers · 5 claims

High · Specific · Productivity · Rate · Batch

christoph.herwig@tuwien.ac.at

Claims from this researcher:

Hoehse, Marek

2 papers · 5 claims

Feed · Cell · Viability · Process · Setpoint

alexander.graf@sartorius.com

Claims from this researcher:

Kaisermayer, Christian

2 papers · 5 claims

Basal · Medium · Acticho · Batch · Feed

david.reinhart@boku.ac.at

Claims from this researcher:

Damjanovic, Lukas

2 papers · 5 claims

Basal · Medium · Acticho · Batch · Feed

david.reinhart@boku.ac.at

Claims from this researcher:

Matuszczyk, Jens

2 papers · 5 claims

Cell · Viability · Process · Batch · Exchange

Lucas.Reger@sartorius.com

Claims from this researcher:

Takors, Ralf

2 papers · 5 claims

Cell · Elevated · Mbar · Reduction · Growth

takors@ibvt.uni-stuttgart.de

Claims from this researcher:

McDonnell, Susan

2 papers · 5 claims

Specific · Productivity · Batch · Growth · Production

m.al-rubeai@ucd.ie

Claims from this researcher:

Mohsin, Ali

🔗 ORCID

2 papers · 5 claims

Feeding · Continuous · Model · Method · Concentrations

shang.xiao@lyvgen.com

Claims from this researcher:

Büntemeyer, Heino

2 papers · 5 claims

Medium · Cell · Product · Different · Growth

Tim.Beckmann@teutocell.de

Claims from this researcher:

Schwab, Karen

2 papers · 5 claims

Dimer · Increasing · Nacl · Concentration · Cell

paul@hochschule-bc.de

Claims from this researcher:

Hesse, Friedemann

2 papers · 5 claims

Dimer · Increasing · Nacl · Concentration · Cell

paul@hochschule-bc.de

Claims from this researcher:

Gyorgypal, Aron

2 papers · 5 claims

Forticho · Basal · Feed · Cell · Monoclonal

shishir.chundawat@rutgers.edu

Claims from this researcher:

Chundawat, Shishir P. S.

2 papers · 5 claims

Forticho · Basal · Feed · Cell · Monoclonal

shishir.chundawat@rutgers.edu

Claims from this researcher:

Zeh, Nikolas

2 papers · 5 claims

Cell · Line · Insulin · Cells · Fluorescence

nikolas.zeh@boehringer-ingelheim.com

Claims from this researcher:

Raab, Nadja

2 papers · 5 claims

Cell · Line · Insulin · Cells · Fluorescence

nikolas.zeh@boehringer-ingelheim.com

Claims from this researcher:

Otte, Kerstin

2 papers · 5 claims

Cell · Line · Insulin · Cells · Fluorescence

nikolas.zeh@boehringer-ingelheim.com

Claims from this researcher:

Ramos, João R. C.

2 papers · 5 claims

Cell · Mcell · Hybrid · Model · Glycosylation

D20200461@novaims.unl.pt

Claims from this researcher:

Oliveira, Rui

🔗 ORCID

2 papers · 5 claims

Cell · Mcell · Hybrid · Model · Glycosylation

D20200461@novaims.unl.pt

Claims from this researcher:

Kroll, Paul

2 papers · 5 claims

Rate · High · Batch · Values · Positive

christoph.herwig@tuwien.ac.at

Claims from this researcher:

Chitwood, Dylan G.

2 papers · 5 claims

Cultures · Lactate · Cell · Lower · Control

saski@clemson.edu

Claims from this researcher:

Wang, Qinghua

🔗 ORCID

2 papers · 5 claims

Cultures · Lactate · Cell · Lower · Control

saski@clemson.edu

Claims from this researcher:

Green, Kiana

2 papers · 5 claims

Cultures · Lactate · Cell · Lower · Control

saski@clemson.edu

Claims from this researcher:

Wu, Cathy

2 papers · 5 claims

Cultures · Lactate · Cell · Lower · Control

saski@clemson.edu

Claims from this researcher:

Saski, Christopher

2 papers · 5 claims

Cultures · Lactate · Cell · Lower · Control

saski@clemson.edu

Claims from this researcher:

Metze, Sabrina

2 papers · 5 claims

Batch · Feed · Viability · Altered · Strategy

Claims from this researcher:

Kiseljak, Divor

2 papers · 5 claims

Cells · Glutamine · Both · Transient · When

Joeri.Kint@excellgene.com

Claims from this researcher:

Wurm, Florian M.

2 papers · 5 claims

Cells · Glutamine · Both · Transient · When

Joeri.Kint@excellgene.com

Claims from this researcher:

Noll, Thomas

2 papers · 4 claims

Cells · Septin · Hyperosmolality · Stress · Exposure

oliver@cebitec.uni-bielefeld.de

Claims from this researcher:

Petranovic, Dina

🔗 ORCID

4 papers · 4 claims

Pathway · Protein · Detailed · Mathematical · Models

Claims from this researcher:

Kornecki, Martin

2 papers · 4 claims

Increase · Cell · Titer · Growth · Medium

kornecki@itv.tu-clausthal.de

Claims from this researcher:

Mestmäcker, Fabian

2 papers · 4 claims

Increase · Cell · Titer · Growth · Medium

kornecki@itv.tu-clausthal.de

Claims from this researcher:

Möller, Johannes

2 papers · 4 claims

Cell · Phase · Cells · Antibody · Temperature

johannes.moeller@tuhh.de

Claims from this researcher:

Pörtner, Ralf

2 papers · 4 claims

Cell · Phase · Cells · Antibody · Temperature

johannes.moeller@tuhh.de

Claims from this researcher:

Sai Rashmika Velugula-Yellela

2 papers · 4 claims

Presence · Various · Glycan · Species · Linked

Cyrus.Agarabi@fda.hhs.gov

Claims from this researcher:

David N. Powers

2 papers · 4 claims

Presence · Various · Glycan · Species · Linked

Cyrus.Agarabi@fda.hhs.gov

Claims from this researcher:

Phillip Angart

🔗 ORCID

2 papers · 4 claims

Presence · Various · Glycan · Species · Linked

Cyrus.Agarabi@fda.hhs.gov

Claims from this researcher:

Anneliese M. Faustino

🔗 ORCID

2 papers · 4 claims

Presence · Various · Glycan · Species · Linked

Cyrus.Agarabi@fda.hhs.gov

Claims from this researcher:

T. Faison

2 papers · 4 claims

Presence · Various · Glycan · Species · Linked

Cyrus.Agarabi@fda.hhs.gov

Claims from this researcher:

C. Kohnhorst

2 papers · 4 claims

Presence · Various · Glycan · Species · Linked

Cyrus.Agarabi@fda.hhs.gov

Claims from this researcher:

Erica J. Fratz-Berilla

2 papers · 4 claims

Presence · Various · Glycan · Species · Linked

Cyrus.Agarabi@fda.hhs.gov

Claims from this researcher:

C. Agarabi

2 papers · 4 claims

Presence · Various · Glycan · Species · Linked

Cyrus.Agarabi@fda.hhs.gov

Claims from this researcher:

Brodbelt JS, Russell DH.

1 papers · 3 claims

Mass · Spectrometry · Process · Based · Analytical

Claims from this researcher:

Freund, Nathaniel W.

1 papers · 3 claims

Lactate · Cell · Substantially · Reduced · Production

nfreund@kitepharma.com

Claims from this researcher:

Croughan, Matthew S.

1 papers · 3 claims

Lactate · Cell · Substantially · Reduced · Production

nfreund@kitepharma.com

Claims from this researcher:

Choy, K.L.

1 papers · 3 claims

Extracellular · Rate · Metabolic · Lactate · Mala

w.xie@northeastern.edu

Claims from this researcher:

Xie, Weiguang

1 papers · 3 claims

Extracellular · Rate · Metabolic · Lactate · Mala

w.xie@northeastern.edu

Claims from this researcher:

Wang, Keqi

1 papers · 3 claims

Extracellular · Rate · Metabolic · Lactate · Mala

w.xie@northeastern.edu

Claims from this researcher:

Zalai, Dénes

1 papers · 3 claims

High · Specific · Productivity · Mannose · Product

christoph.herwig@tuwien.ac.at

Claims from this researcher:

Hevér, Helga

1 papers · 3 claims

High · Specific · Productivity · Mannose · Product

christoph.herwig@tuwien.ac.at

Claims from this researcher:

Lovász, Krisztina

1 papers · 3 claims

High · Specific · Productivity · Mannose · Product

christoph.herwig@tuwien.ac.at

Claims from this researcher:

Molnár, Dóra

1 papers · 3 claims

High · Specific · Productivity · Mannose · Product

christoph.herwig@tuwien.ac.at

Claims from this researcher:

Wechselberger, Patrick

1 papers · 3 claims

High · Specific · Productivity · Mannose · Product

christoph.herwig@tuwien.ac.at

Claims from this researcher:

Párta, László

1 papers · 3 claims

High · Specific · Productivity · Mannose · Product

christoph.herwig@tuwien.ac.at

Claims from this researcher:

Putics, Ákos

1 papers · 3 claims

High · Specific · Productivity · Mannose · Product

christoph.herwig@tuwien.ac.at

Claims from this researcher:

Ding, Huaping

1 papers · 3 claims

Initial · Decreases · Size · Conditions · Titer

xie@parallel-bioreactor.com

Claims from this researcher:

Cheng, Huanghe

1 papers · 3 claims

Initial · Decreases · Size · Conditions · Titer

xie@parallel-bioreactor.com

Claims from this researcher:

Wu, Jiaxian

1 papers · 3 claims

Initial · Decreases · Size · Conditions · Titer

xie@parallel-bioreactor.com

Claims from this researcher:

Zhang, Fan

🔗 ORCID

1 papers · 3 claims

Initial · Decreases · Size · Conditions · Titer

xie@parallel-bioreactor.com

Claims from this researcher:

Cao, Can

1 papers · 3 claims

Initial · Decreases · Size · Conditions · Titer

xie@parallel-bioreactor.com

Claims from this researcher:

Mualif, Siti Aisyah

1 papers · 3 claims

Initial · Decreases · Size · Conditions · Titer

xie@parallel-bioreactor.com

Claims from this researcher:

Xie, Zhenggang

1 papers · 3 claims

Initial · Decreases · Size · Conditions · Titer

xie@parallel-bioreactor.com

Claims from this researcher:

Kappes, Annika

1 papers · 3 claims

Cell · Batch · Process · Continuous · Compared

lucas.reger@sartorius.com

Claims from this researcher:

Pinjari, Mustakeem

1 papers · 3 claims

Product · Specific · Productivity · Improved · Shifting

Claims from this researcher:

Waghmare, Santosh

1 papers · 3 claims

Product · Specific · Productivity · Improved · Shifting

Claims from this researcher:

Kamble, Hemant

1 papers · 3 claims

Product · Specific · Productivity · Improved · Shifting

Claims from this researcher:

Andréa, Mc Cann,

🔗 ORCID

1 papers · 3 claims

Cell · Sodium · Core · Fucosylation · Produced

leon.pybus@fujiflm.com

Claims from this researcher:

Gregory, Mathy

1 papers · 3 claims

Cell · Sodium · Core · Fucosylation · Produced

leon.pybus@fujiflm.com

Claims from this researcher:

Laetitia, Malphettes

1 papers · 3 claims

Cell · Sodium · Core · Fucosylation · Produced

leon.pybus@fujiflm.com

Claims from this researcher:

Gustchina, Elena

1 papers · 3 claims

Trimer · Cell · Cells · Glycosylation · Cgmp

timothy.fouts@ablinc.com

Claims from this researcher:

Guenaga, Javier

1 papers · 3 claims

Trimer · Cell · Cells · Glycosylation · Cgmp

timothy.fouts@ablinc.com

Claims from this researcher:

Ayala, Victor

1 papers · 3 claims

Trimer · Cell · Cells · Glycosylation · Cgmp

timothy.fouts@ablinc.com

Claims from this researcher:

Whitney, Stephen

1 papers · 3 claims

Trimer · Cell · Cells · Glycosylation · Cgmp

timothy.fouts@ablinc.com

Claims from this researcher:

Doyle, Esmeralda D.

1 papers · 3 claims

Trimer · Cell · Cells · Glycosylation · Cgmp

timothy.fouts@ablinc.com

Claims from this researcher:

Hudacik, Lauren

1 papers · 3 claims

Trimer · Cell · Cells · Glycosylation · Cgmp

timothy.fouts@ablinc.com

Claims from this researcher:

Ben-Akiva, Elana

1 papers · 3 claims

Trimer · Cell · Cells · Glycosylation · Cgmp

timothy.fouts@ablinc.com

Claims from this researcher:

Rodrigues, Kristen A.

1 papers · 3 claims

Trimer · Cell · Cells · Glycosylation · Cgmp

timothy.fouts@ablinc.com

Claims from this researcher:

Irvine, Darrell J.

1 papers · 3 claims

Trimer · Cell · Cells · Glycosylation · Cgmp

timothy.fouts@ablinc.com

Claims from this researcher:

Fouts, Timothy

1 papers · 3 claims

Trimer · Cell · Cells · Glycosylation · Cgmp

timothy.fouts@ablinc.com

Claims from this researcher:

Singh, Rita

1 papers · 3 claims

Supplementation · Increases · Cell · Growth · Productivity

nkumar@thsti.res.in

Claims from this researcher:

Fatima, Eram

1 papers · 3 claims

Supplementation · Increases · Cell · Growth · Productivity

nkumar@thsti.res.in

Claims from this researcher:

Thakur, Lovnish

1 papers · 3 claims

Supplementation · Increases · Cell · Growth · Productivity

nkumar@thsti.res.in

Claims from this researcher:

Singh, Sevaram

1 papers · 3 claims

Supplementation · Increases · Cell · Growth · Productivity

nkumar@thsti.res.in

Claims from this researcher:

Ratan, Chandra

1 papers · 3 claims

Supplementation · Increases · Cell · Growth · Productivity

nkumar@thsti.res.in

Claims from this researcher:

Ji, Wenna

1 papers · 3 claims

Growth · Specific · Cells · Serum · Free

wennaji0721@163.com

Claims from this researcher:

Chen, Ziyi

🔗 ORCID

1 papers · 3 claims

Growth · Specific · Cells · Serum · Free

wennaji0721@163.com

Claims from this researcher:

Zhou, Jinyu

🔗 ORCID

1 papers · 3 claims

Growth · Specific · Cells · Serum · Free

wennaji0721@163.com

Claims from this researcher:

Yue, Xinyu

1 papers · 3 claims

Growth · Specific · Cells · Serum · Free

wennaji0721@163.com

Claims from this researcher:

Qiao, Zilin

1 papers · 3 claims

Growth · Specific · Cells · Serum · Free

wennaji0721@163.com

Claims from this researcher:

Wang, Jiamin

1 papers · 3 claims

Growth · Specific · Cells · Serum · Free

wennaji0721@163.com

Claims from this researcher:

Zhang, Huan-Yu

🔗 ORCID

1 papers · 3 claims

Cells · Recombinant · Proteins · Pyruvate · Cell

wtianyuncn@126.com

Claims from this researcher:

Savizi, Iman Shahidi Pour

1 papers · 3 claims

Final · Concentration · Control · Feeding · Valine

shoja_sa@modares.ac.ir

Claims from this researcher:

Maghsoudi, Nader

1 papers · 3 claims

Final · Concentration · Control · Feeding · Valine

shoja_sa@modares.ac.ir

Claims from this researcher:

Motamedian, Ehsan

1 papers · 3 claims

Final · Concentration · Control · Feeding · Valine

shoja_sa@modares.ac.ir

Claims from this researcher:

shojaosadati, seyed abbas

1 papers · 3 claims

Final · Concentration · Control · Feeding · Valine

shoja_sa@modares.ac.ir

Claims from this researcher:

Salazar, Andrew

1 papers · 3 claims

Amino · Product · Acids · Cell · Culture

andrew.salazar@external.merckgroup.com

Claims from this researcher:

Keusgen, Michael

1 papers · 3 claims

Amino · Product · Acids · Cell · Culture

andrew.salazar@external.merckgroup.com

Claims from this researcher:

von Hagen, Jörg

1 papers · 3 claims

Amino · Product · Acids · Cell · Culture

andrew.salazar@external.merckgroup.com

Claims from this researcher:

Chen, Yiqun

1 papers · 3 claims

Rate · Uptake · Essential · Amino · Acids

Claims from this researcher:

McConnell, Brian O.

1 papers · 3 claims

Rate · Uptake · Essential · Amino · Acids

Claims from this researcher:

Gayatri Dhara, Venkata

1 papers · 3 claims

Rate · Uptake · Essential · Amino · Acids

Claims from this researcher:

Mukesh Naik, Harnish

1 papers · 3 claims

Rate · Uptake · Essential · Amino · Acids

Claims from this researcher:

Li, Chien-Ting

1 papers · 3 claims

Rate · Uptake · Essential · Amino · Acids

Claims from this researcher:

Antoniewicz, Maciek R.

🔗 ORCID

1 papers · 3 claims

Rate · Uptake · Essential · Amino · Acids

Claims from this researcher:

Legmann, Rachel

1 papers · 3 claims

Production · Galactose · Fructose · Glucose · Glycoprotein

rlegmann@seahorsebio.com

Claims from this researcher:

melito, Julie

1 papers · 3 claims

Production · Galactose · Fructose · Glucose · Glycoprotein

rlegmann@seahorsebio.com

Claims from this researcher:

Belzer, Ilana

1 papers · 3 claims

Production · Galactose · Fructose · Glucose · Glycoprotein

rlegmann@seahorsebio.com

Claims from this researcher:

Ferrick, David A.

1 papers · 3 claims

Production · Galactose · Fructose · Glucose · Glycoprotein

rlegmann@seahorsebio.com

Claims from this researcher:

Ghorbaniaghdam, Atefeh

1 papers · 3 claims

Clone · High · Producer · Higher · Metabolic

mario.jolicoeur@polymtl.ca

Claims from this researcher:

Henry, Olivier

1 papers · 3 claims

Clone · High · Producer · Higher · Metabolic

mario.jolicoeur@polymtl.ca

Claims from this researcher:

Shibafuji, Yusuke

1 papers · 3 claims

Producing · Clones · High · Productivity · Cell

Claims from this researcher:

Nagao, N

1 papers · 3 claims

Producing · Clones · High · Productivity · Cell

Claims from this researcher:

Nagashima, Yu

1 papers · 3 claims

Producing · Clones · High · Productivity · Cell

Claims from this researcher:

Kawano, Y.

1 papers · 3 claims

Producing · Clones · High · Productivity · Cell

Claims from this researcher:

M, Ishino T Yohda

1 papers · 3 claims

Producing · Clones · High · Productivity · Cell

Claims from this researcher:

Kurata, Hiroyuki

1 papers · 3 claims

Producing · Clones · High · Productivity · Cell

Claims from this researcher:

Fang, Zhongbiao

1 papers · 3 claims

Protein · Yield · Sars · Spike · Cells

ywang@zjsru.edu.cn

Claims from this researcher:

Lyu, Jingting

1 papers · 3 claims

Protein · Yield · Sars · Spike · Cells

ywang@zjsru.edu.cn

Claims from this researcher:

Li, Jianhua

🔗 ORCID

1 papers · 3 claims

Protein · Yield · Sars · Spike · Cells

ywang@zjsru.edu.cn

Claims from this researcher:

Li, Chaonan

1 papers · 3 claims

Protein · Yield · Sars · Spike · Cells

ywang@zjsru.edu.cn

Claims from this researcher:

Zhang, Yuxuan

🔗 ORCID

1 papers · 3 claims

Protein · Yield · Sars · Spike · Cells

ywang@zjsru.edu.cn

Claims from this researcher:

Guo, Yikai

1 papers · 3 claims

Protein · Yield · Sars · Spike · Cells

ywang@zjsru.edu.cn

Claims from this researcher:

Wang, Ying

🔗 ORCID

1 papers · 3 claims

Protein · Yield · Sars · Spike · Cells

ywang@zjsru.edu.cn

Claims from this researcher:

Zhang, Yanjun

🔗 ORCID

1 papers · 3 claims

Protein · Yield · Sars · Spike · Cells

ywang@zjsru.edu.cn

Claims from this researcher:

Chen, Keda

1 papers · 3 claims

Protein · Yield · Sars · Spike · Cells

ywang@zjsru.edu.cn

Claims from this researcher:

Teo, Brian Kah Hui

1 papers · 3 claims

Cultures · Batch · Maltose · Resulted · Compared

ng_say_kong@bti.a-star.edu.sg

Claims from this researcher:

Kamari, Hayati

1 papers · 3 claims

Cultures · Batch · Maltose · Resulted · Compared

ng_say_kong@bti.a-star.edu.sg

Claims from this researcher:

Yang, Yuan Sheng

🔗 ORCID

1 papers · 3 claims

Cultures · Batch · Maltose · Resulted · Compared

ng_say_kong@bti.a-star.edu.sg

Claims from this researcher:

Zhang, Peiqing

1 papers · 3 claims

Cultures · Batch · Maltose · Resulted · Compared

ng_say_kong@bti.a-star.edu.sg

Claims from this researcher:

Ho, Yin Ying

1 papers · 3 claims

Hydrolysate · Cell · Productivity · Growth · Protein

ng_say_kong@bti.a-star.edu.sg

Claims from this researcher:

Lu, Hao Kim

🔗 ORCID

1 papers · 3 claims

Hydrolysate · Cell · Productivity · Growth · Protein

ng_say_kong@bti.a-star.edu.sg

Claims from this researcher:

Lim, Zhi Feng Sherman

1 papers · 3 claims

Hydrolysate · Cell · Productivity · Growth · Protein

ng_say_kong@bti.a-star.edu.sg

Claims from this researcher:

Lim, Hao Wei

1 papers · 3 claims

Hydrolysate · Cell · Productivity · Growth · Protein

ng_say_kong@bti.a-star.edu.sg

Claims from this researcher:

Graf, Alexander

1 papers · 3 claims

Cell · Process · Setpoint · Varied · Parameters

alexander.graf@sartorius.com

Claims from this researcher:

Woodhams, Angus

1 papers · 3 claims

Cell · Process · Setpoint · Varied · Parameters

alexander.graf@sartorius.com

Claims from this researcher:

Nelson, Michael

1 papers · 3 claims

Cell · Process · Setpoint · Varied · Parameters

alexander.graf@sartorius.com

Claims from this researcher:

Richardson, Douglas D.

1 papers · 3 claims

Cell · Process · Setpoint · Varied · Parameters

alexander.graf@sartorius.com

Claims from this researcher:

Short, Steven M.

1 papers · 3 claims

Cell · Process · Setpoint · Varied · Parameters

alexander.graf@sartorius.com

Claims from this researcher:

Brower, Mark

1 papers · 3 claims

Cell · Process · Setpoint · Varied · Parameters

alexander.graf@sartorius.com

Claims from this researcher:

Pajčin, Ivana

1 papers · 3 claims

Batch · Process · Higher · Protein · Titer

Claims from this researcher:

Knežić, Teodora

1 papers · 3 claims

Batch · Process · Higher · Protein · Titer

Claims from this researcher:

Savic Azoulay, Ivana

1 papers · 3 claims

Batch · Process · Higher · Protein · Titer

Claims from this researcher:

Vlajkov, Vanja

1 papers · 3 claims

Batch · Process · Higher · Protein · Titer

Claims from this researcher:

Djisalov, Mila

1 papers · 3 claims

Batch · Process · Higher · Protein · Titer

Claims from this researcher:

Janjušević, Ljiljana

1 papers · 3 claims

Batch · Process · Higher · Protein · Titer

Claims from this researcher:

Grahovac, Jovana

1 papers · 3 claims

Batch · Process · Higher · Protein · Titer

Claims from this researcher:

Gadjanski, Ivana

🔗 ORCID

1 papers · 3 claims

Batch · Process · Higher · Protein · Titer

Claims from this researcher:

Blombach, Bastian

1 papers · 3 claims

Cell · Elevated · Mbar · Reduction · Growth

takors@ibvt.uni-stuttgart.de

Claims from this researcher:

Siddiquee, Khandaker

1 papers · 3 claims

Cell · Growth · Temperature · Rfab · Shifting

khandaker.siddiquee@abbott.com

Claims from this researcher:

Zhao, Cheng

🔗 ORCID

1 papers · 3 claims

Cell · Growth · Temperature · Rfab · Shifting

khandaker.siddiquee@abbott.com

Claims from this researcher:

Stemler, Michelle

1 papers · 3 claims

Cell · Growth · Temperature · Rfab · Shifting

khandaker.siddiquee@abbott.com

Claims from this researcher:

Zeck, Bill

1 papers · 3 claims

Cell · Growth · Temperature · Rfab · Shifting

khandaker.siddiquee@abbott.com

Claims from this researcher:

Fishpaugh, Jeffrey R.

1 papers · 3 claims

Cell · Growth · Temperature · Rfab · Shifting

khandaker.siddiquee@abbott.com

Claims from this researcher:

Allen, Steven P.

1 papers · 3 claims

Cell · Growth · Temperature · Rfab · Shifting

khandaker.siddiquee@abbott.com

Claims from this researcher:

Dangi, Arun Kumar

1 papers · 3 claims

Cell · Cells · Culture · Cellular · Viability

pratyoosh.shukla@gmail.com

Claims from this researcher:

Sinha, Rajeshwari

1 papers · 3 claims

Cell · Cells · Culture · Cellular · Viability

pratyoosh.shukla@gmail.com

Claims from this researcher:

Dwivedi, Shailja

1 papers · 3 claims

Cell · Cells · Culture · Cellular · Viability

pratyoosh.shukla@gmail.com

Claims from this researcher:

Dorn, Marie

1 papers · 3 claims

Semi · Perfusion · Cell · Cultures · Achieved

m.micheletti@ucl.ac.uk

Claims from this researcher:

Ferng, Christine

1 papers · 3 claims

Semi · Perfusion · Cell · Cultures · Achieved

m.micheletti@ucl.ac.uk

Claims from this researcher:

Klottrup-Rees, Kerensa

1 papers · 3 claims

Semi · Perfusion · Cell · Cultures · Achieved

m.micheletti@ucl.ac.uk

Claims from this researcher:

Lee, Kenneth

1 papers · 3 claims

Semi · Perfusion · Cell · Cultures · Achieved

m.micheletti@ucl.ac.uk

Claims from this researcher:

Micheletti, Martina

1 papers · 3 claims

Semi · Perfusion · Cell · Cultures · Achieved

m.micheletti@ucl.ac.uk

Claims from this researcher:

Yuk, Inn H.

1 papers · 3 claims

Glucose · Antibody · Feed · Medium · Across

Claims from this researcher:

Huynh, Hung Quang

1 papers · 3 claims

Glucose · Antibody · Feed · Medium · Across

Claims from this researcher:

Leach, Kimberly

1 papers · 3 claims

Glucose · Antibody · Feed · Medium · Across

Claims from this researcher:

Shen, Amy

1 papers · 3 claims

Glucose · Antibody · Feed · Medium · Across

Claims from this researcher:

Zhang, Boyan

1 papers · 3 claims

Glucose · Antibody · Feed · Medium · Across

Claims from this researcher:

Dutina, George

1 papers · 3 claims

Glucose · Antibody · Feed · Medium · Across

Claims from this researcher:

McKay, Patrick

1 papers · 3 claims

Glucose · Antibody · Feed · Medium · Across

Claims from this researcher:

Lim, Amy

1 papers · 3 claims

Glucose · Antibody · Feed · Medium · Across

Claims from this researcher:

Snedecor, Brad

1 papers · 3 claims

Glucose · Antibody · Feed · Medium · Across

Claims from this researcher:

Berger, Verena

1 papers · 3 claims

Scfv · Increasing · Batch · Significantly · Enhanced

Claims from this researcher:

Walther, Julia

1 papers · 3 claims

Specific · Correlation · Ivvd · Cell · Rate

tobias.habicher@boehringer-ingelheim.com

Claims from this researcher:

Ribeiro da Costa, Tiago

1 papers · 3 claims

Specific · Correlation · Ivvd · Cell · Rate

tobias.habicher@boehringer-ingelheim.com

Claims from this researcher:

Winkler, Lydia

1 papers · 3 claims

Specific · Correlation · Ivvd · Cell · Rate

tobias.habicher@boehringer-ingelheim.com

Claims from this researcher:

Habicher, Tobias

1 papers · 3 claims

Specific · Correlation · Ivvd · Cell · Rate

tobias.habicher@boehringer-ingelheim.com

Claims from this researcher:

Hombu, Ryoma

1 papers · 3 claims

Cell · Increases · Sialylated · Glycans · Cells

ryomahom@buffalo.edu

Claims from this researcher:

Neelamegham, Sriram

1 papers · 3 claims

Cell · Increases · Sialylated · Glycans · Cells

ryomahom@buffalo.edu

Claims from this researcher:

Park, Sheldon

1 papers · 3 claims

Cell · Increases · Sialylated · Glycans · Cells

ryomahom@buffalo.edu

Claims from this researcher:

Singh, Sumit K.

1 papers · 3 claims

Glycosylation · Sialylation · Medium · High · Mannose

khl@udel.edu

Claims from this researcher:

Manieri, Tania Maria

1 papers · 3 claims

Sequences · Specific · Productivity · Varied · Different

ana.moro@butantan.gov.br

Claims from this researcher:

Takata, Daniela Yumi

1 papers · 3 claims

Sequences · Specific · Productivity · Varied · Different

ana.moro@butantan.gov.br

Claims from this researcher:

Targino, Roselaine Campos

1 papers · 3 claims

Sequences · Specific · Productivity · Varied · Different

ana.moro@butantan.gov.br

Claims from this researcher:

Quintilio, Wagner

1 papers · 3 claims

Sequences · Specific · Productivity · Varied · Different

ana.moro@butantan.gov.br

Claims from this researcher:

Batalha-Carvalho, João Victor

1 papers · 3 claims

Sequences · Specific · Productivity · Varied · Different

ana.moro@butantan.gov.br

Claims from this researcher:

da Silva, Camila Maria Lucia

1 papers · 3 claims

Sequences · Specific · Productivity · Varied · Different

ana.moro@butantan.gov.br

Claims from this researcher:

Moro, Ana Maria

1 papers · 3 claims

Sequences · Specific · Productivity · Varied · Different

ana.moro@butantan.gov.br

Claims from this researcher:

Kaufmann, Hitto

1 papers · 3 claims

Temperature · Cultivation · Specific · Productivity · Derived

Claims from this researcher:

Vallez-Chetreanu, Florentina

1 papers · 3 claims

Cell · Filter · Perfusion · High · Days

Claims from this researcher:

Ogorek, Christiane

1 papers · 3 claims

Expression · Zellen · Einer · Wobei · Klon

Claims from this researcher:

Pekle, Eva

1 papers · 3 claims

Host · Productivity · Chloroquine · Lysosome · Content

Claims from this researcher:

Wang YJ, Bian Y, Luo J, Lu M, Xiong Y, Guo SY, Yin HY, Lin X, Li Q, Chang CCY, Chang TY, Li BL, Song BL.

1 papers · 3 claims

Cells · Protein · Levels · Cholesterol · Palmitic

Claims from this researcher:

Behrens, Anna-Janina

1 papers · 3 claims

Cells · Trimers · Oligomannose · Trimer · Production

wyatt@scripps.edu

Claims from this researcher:

Le Fourn, Valérie

1 papers · 3 claims

Cells · Trimers · Oligomannose · Trimer · Production

wyatt@scripps.edu

Claims from this researcher:

de Val, Natalia

1 papers · 3 claims

Cells · Trimers · Oligomannose · Trimer · Production

wyatt@scripps.edu

Claims from this researcher:

Sharma, Shailendra K.

1 papers · 3 claims

Cells · Trimers · Oligomannose · Trimer · Production

wyatt@scripps.edu

Claims from this researcher:

Tran, Karen

1 papers · 3 claims

Cells · Trimers · Oligomannose · Trimer · Production

wyatt@scripps.edu

Claims from this researcher:

Torres, Jonathan L.

1 papers · 3 claims

Cells · Trimers · Oligomannose · Trimer · Production

wyatt@scripps.edu

Claims from this researcher:

Crispin, Max

1 papers · 3 claims

Cells · Trimers · Oligomannose · Trimer · Production

wyatt@scripps.edu

Claims from this researcher:

Walsh, Ian

1 papers · 3 claims

Conditions · Bioreactor · Fucose · Glycans · Anti

ian_walsh@bti.a-star.edu.sg

Claims from this researcher:

Choo, Matthew S.

1 papers · 3 claims

Conditions · Bioreactor · Fucose · Glycans · Anti

ian_walsh@bti.a-star.edu.sg

Claims from this researcher:

Chiin, Sim Lyn

1 papers · 3 claims

Conditions · Bioreactor · Fucose · Glycans · Anti

ian_walsh@bti.a-star.edu.sg

Claims from this researcher:

Mak, Amelia

1 papers · 3 claims

Conditions · Bioreactor · Fucose · Glycans · Anti

ian_walsh@bti.a-star.edu.sg

Claims from this researcher:

Tay, Shi Jie

1 papers · 3 claims

Conditions · Bioreactor · Fucose · Glycans · Anti

ian_walsh@bti.a-star.edu.sg

Claims from this researcher:

Yuansheng, Yang

1 papers · 3 claims

Conditions · Bioreactor · Fucose · Glycans · Anti

ian_walsh@bti.a-star.edu.sg

Claims from this researcher:

Choo, Andre

1 papers · 3 claims

Conditions · Bioreactor · Fucose · Glycans · Anti

ian_walsh@bti.a-star.edu.sg

Claims from this researcher:

Zacchi, Lucia F.

1 papers · 3 claims

Rfix · Recombinant · Factor · Bioreactor · Produced

YihYean.Lee@csl.com.au

Claims from this researcher:

Roche-Recinos, Dinora

1 papers · 3 claims

Rfix · Recombinant · Factor · Bioreactor · Produced

YihYean.Lee@csl.com.au

Claims from this researcher:

Pegg, Cassandra L.

1 papers · 3 claims

Rfix · Recombinant · Factor · Bioreactor · Produced

YihYean.Lee@csl.com.au

Claims from this researcher:

Phung, Toan K.

1 papers · 3 claims

Rfix · Recombinant · Factor · Bioreactor · Produced

YihYean.Lee@csl.com.au

Claims from this researcher:

Napoli, Mark

1 papers · 3 claims

Rfix · Recombinant · Factor · Bioreactor · Produced

YihYean.Lee@csl.com.au

Claims from this researcher:

Aitken, Campbell

1 papers · 3 claims

Rfix · Recombinant · Factor · Bioreactor · Produced

YihYean.Lee@csl.com.au

Claims from this researcher:

Sandford, Vanessa

1 papers · 3 claims

Rfix · Recombinant · Factor · Bioreactor · Produced

YihYean.Lee@csl.com.au

Claims from this researcher:

Mahler, Stephen M.

🔗 ORCID

1 papers · 3 claims

Rfix · Recombinant · Factor · Bioreactor · Produced

YihYean.Lee@csl.com.au

Claims from this researcher:

Lee, Yih Yean

1 papers · 3 claims

Rfix · Recombinant · Factor · Bioreactor · Produced

YihYean.Lee@csl.com.au

Claims from this researcher:

Schulz, Benjamin L.

1 papers · 3 claims

Rfix · Recombinant · Factor · Bioreactor · Produced

YihYean.Lee@csl.com.au

Claims from this researcher:

Howard, Christopher B.

1 papers · 3 claims

Rfix · Recombinant · Factor · Bioreactor · Produced

YihYean.Lee@csl.com.au

Claims from this researcher:

Montégut, Léa

1 papers · 3 claims

Monoclonal · Antibody · Cells · High · Alpha

mario.jolicoeur@polymtl.ca

Claims from this researcher:

Martínez-Basilio, Pablo César

1 papers · 3 claims

Monoclonal · Antibody · Cells · High · Alpha

mario.jolicoeur@polymtl.ca

Claims from this researcher:

da Veiga Moreira, Jorgelindo

1 papers · 3 claims

Monoclonal · Antibody · Cells · High · Alpha

mario.jolicoeur@polymtl.ca

Claims from this researcher:

Schwartz, Laurent

1 papers · 3 claims

Monoclonal · Antibody · Cells · High · Alpha

mario.jolicoeur@polymtl.ca

Claims from this researcher:

Tanemura, Hiroki

1 papers · 3 claims

Regression · Raman · Measurement · Constructed · High

tanemura.hiroki.ij@daiichisankyo.co.jp

Claims from this researcher:

Kitamura, Ryunosuke

1 papers · 3 claims

Regression · Raman · Measurement · Constructed · High

tanemura.hiroki.ij@daiichisankyo.co.jp

Claims from this researcher:

Yamada, Yasuko

1 papers · 3 claims

Regression · Raman · Measurement · Constructed · High

tanemura.hiroki.ij@daiichisankyo.co.jp

Claims from this researcher:

Hoshino, Masato

1 papers · 3 claims

Regression · Raman · Measurement · Constructed · High

tanemura.hiroki.ij@daiichisankyo.co.jp

Claims from this researcher:

Kakihara, Hirofumi

1 papers · 3 claims

Regression · Raman · Measurement · Constructed · High

tanemura.hiroki.ij@daiichisankyo.co.jp

Claims from this researcher:

Nonaka, Koichi

1 papers · 3 claims

Regression · Raman · Measurement · Constructed · High

tanemura.hiroki.ij@daiichisankyo.co.jp

Claims from this researcher:

Xing, Zhou

🔗 ORCID

1 papers · 3 claims

Ammonia · Cell · Yield · Downshift · Resulting

omasa@bio.eng.osaka-u.ac.jp

Claims from this researcher:

Nguyen, Thao Bich

1 papers · 3 claims

Ammonia · Cell · Yield · Downshift · Resulting

omasa@bio.eng.osaka-u.ac.jp

Claims from this researcher:

Kanai-Bai, Guirong

1 papers · 3 claims

Ammonia · Cell · Yield · Downshift · Resulting

omasa@bio.eng.osaka-u.ac.jp

Claims from this researcher:

Ahmed, Waqas

🔗 ORCID

1 papers · 3 claims

Feeding · Continuous · Method · Compared · Bolus

shang.xiao@lyvgen.com

Claims from this researcher:

Amand, Melissa M. St.

1 papers · 3 claims

Concentrations · Range · Glycosylation · Enzyme · Sugar

ogunnaike@udel.edu

Claims from this researcher:

Tran, Kevin

1 papers · 3 claims

Concentrations · Range · Glycosylation · Enzyme · Sugar

ogunnaike@udel.edu

Claims from this researcher:

Robinson, Anne S.

1 papers · 3 claims

Concentrations · Range · Glycosylation · Enzyme · Sugar

ogunnaike@udel.edu

Claims from this researcher:

Ogunnaike, Babatunde A.

1 papers · 3 claims

Concentrations · Range · Glycosylation · Enzyme · Sugar

ogunnaike@udel.edu

Claims from this researcher:

Procopio-Melino, Renée

1 papers · 3 claims

Process · Capped · Cell · Cysteine · Approximately

Frank.W.Kotch@pfizer.com

Claims from this researcher:

Kotch, Frank W.

1 papers · 3 claims

Process · Capped · Cell · Cysteine · Approximately

Frank.W.Kotch@pfizer.com

Claims from this researcher:

Prashad, Amar S.

1 papers · 3 claims

Process · Capped · Cell · Cysteine · Approximately

Frank.W.Kotch@pfizer.com

Claims from this researcher:

Gomes, Jose M.

1 papers · 3 claims

Process · Capped · Cell · Cysteine · Approximately

Frank.W.Kotch@pfizer.com

Claims from this researcher:

Wang, Wenge

1 papers · 3 claims

Process · Capped · Cell · Cysteine · Approximately

Frank.W.Kotch@pfizer.com

Claims from this researcher:

Arve, Bo

1 papers · 3 claims

Process · Capped · Cell · Cysteine · Approximately

Frank.W.Kotch@pfizer.com

Claims from this researcher:

Dawdy, Andrew

1 papers · 3 claims

Process · Capped · Cell · Cysteine · Approximately

Frank.W.Kotch@pfizer.com

Claims from this researcher:

Chen, Lawrence

1 papers · 3 claims

Process · Capped · Cell · Cysteine · Approximately

Frank.W.Kotch@pfizer.com

Claims from this researcher:

Sperry, Justin

1 papers · 3 claims

Process · Capped · Cell · Cysteine · Approximately

Frank.W.Kotch@pfizer.com

Claims from this researcher:

Hosselet, Christine

1 papers · 3 claims

Process · Capped · Cell · Cysteine · Approximately

Frank.W.Kotch@pfizer.com

Claims from this researcher:

Kriz, Ronald

1 papers · 3 claims

Process · Capped · Cell · Cysteine · Approximately

Frank.W.Kotch@pfizer.com

Claims from this researcher:

Marquette, Kimberly

1 papers · 3 claims

Process · Capped · Cell · Cysteine · Approximately

Frank.W.Kotch@pfizer.com

Claims from this researcher:

Tchistiakova, Lioudmila

1 papers · 3 claims

Process · Capped · Cell · Cysteine · Approximately

Frank.W.Kotch@pfizer.com

Claims from this researcher:

Somers, Will

1 papers · 3 claims

Process · Capped · Cell · Cysteine · Approximately

Frank.W.Kotch@pfizer.com

Claims from this researcher:

Rouse, Jason C.

1 papers · 3 claims

Process · Capped · Cell · Cysteine · Approximately

Frank.W.Kotch@pfizer.com

Claims from this researcher:

Zhong, Xiaotian

1 papers · 3 claims

Process · Capped · Cell · Cysteine · Approximately

Frank.W.Kotch@pfizer.com

Claims from this researcher:

García Münzer, David G.

1 papers · 3 claims

Cyclin · Productivity · Antibody · Titre · Growth

a.mantalaris@imperial.ac.uk

Claims from this researcher:

Kostoglou, Margaritis

1 papers · 3 claims

Cyclin · Productivity · Antibody · Titre · Growth

a.mantalaris@imperial.ac.uk

Claims from this researcher:

Georgiadis, Michael C.

🔗 ORCID

1 papers · 3 claims

Cyclin · Productivity · Antibody · Titre · Growth

a.mantalaris@imperial.ac.uk

Claims from this researcher:

Pistikopoulos, Efstratios N.

1 papers · 3 claims

Cyclin · Productivity · Antibody · Titre · Growth

a.mantalaris@imperial.ac.uk

Claims from this researcher:

Mantalaris, Athanasios

1 papers · 3 claims

Cyclin · Productivity · Antibody · Titre · Growth

a.mantalaris@imperial.ac.uk

Claims from this researcher:

Rimbon, Jérémy

1 papers · 3 claims

Rate · Degradation · Specific · Secretion · Intracellular

Claims from this researcher:

Davami, Fatemeh

1 papers · 3 claims

Acid · Group · Final · Monoclonal · Antibody

behrouz-vaziri@pasteur.ac.ir

Claims from this researcher:

Agnolon V, Kiseljak D, Wurm MJ, Wurm FM, Foissard C, Gallais F, Wehrle S, Muñoz-Fontela C, Bellanger L, Correia BE, Corradin G, Spertini F.

1 papers · 3 claims

Cells · Cell · Million · Choexpress · Reached

francois.spertini@chuv.ch

Claims from this researcher:

Xu, Jian

🔗 ORCID

1 papers · 3 claims

Medium · Feed · Feeding · Strategy · Significant

ylshen@ecust.edu.cn

Claims from this researcher:

Shao, Zhihui

🔗 ORCID

1 papers · 3 claims

Medium · Feed · Feeding · Strategy · Significant

ylshen@ecust.edu.cn

Claims from this researcher:

Wang, Zhanqing

1 papers · 3 claims

Medium · Feed · Feeding · Strategy · Significant

ylshen@ecust.edu.cn

Claims from this researcher:

Huang, Yingfeng

1 papers · 3 claims

Medium · Feed · Feeding · Strategy · Significant

ylshen@ecust.edu.cn

Claims from this researcher:

Zou, Xun

1 papers · 3 claims

Medium · Feed · Feeding · Strategy · Significant

ylshen@ecust.edu.cn

Claims from this researcher:

Shen, Yaling

1 papers · 3 claims

Medium · Feed · Feeding · Strategy · Significant

ylshen@ecust.edu.cn

Claims from this researcher:

Doran, Rachel C.

1 papers · 3 claims

Expressed · Line · Protein · High · Expressing

pwb@soe.ucsc.edu

Claims from this researcher:

Yu, Bin

🔗 ORCID

1 papers · 3 claims

Expressed · Line · Protein · High · Expressing

pwb@soe.ucsc.edu

Claims from this researcher:

O'Rourke, Sara M.

1 papers · 3 claims

Expressed · Line · Protein · High · Expressing

pwb@soe.ucsc.edu

Claims from this researcher:

Yin, Lu

1 papers · 3 claims

Expressed · Line · Protein · High · Expressing

pwb@soe.ucsc.edu

Claims from this researcher:

Richardson, Jennie M.

1 papers · 3 claims

Expressed · Line · Protein · High · Expressing

pwb@soe.ucsc.edu

Claims from this researcher:

Byrne, Gabriel

1 papers · 3 claims

Expressed · Line · Protein · High · Expressing

pwb@soe.ucsc.edu

Claims from this researcher:

Roy, Gargi

1 papers · 3 claims

Stress · Productivity · High · Activation · Ersi

royg@medimmune.com

Claims from this researcher:

Zhang, Shu

🔗 ORCID

1 papers · 3 claims

Stress · Productivity · High · Activation · Ersi

royg@medimmune.com

Claims from this researcher:

Li, Lina

🔗 ORCID

1 papers · 3 claims

Stress · Productivity · High · Activation · Ersi

royg@medimmune.com

Claims from this researcher:

Higham, Eileen M.

1 papers · 3 claims

Stress · Productivity · High · Activation · Ersi

royg@medimmune.com

Claims from this researcher:

Wu, Herren

1 papers · 3 claims

Stress · Productivity · High · Activation · Ersi

royg@medimmune.com

Claims from this researcher:

Marelli, Marcello

1 papers · 3 claims

Stress · Productivity · High · Activation · Ersi

royg@medimmune.com

Claims from this researcher:

Bowen, Michael A.

1 papers · 3 claims

Stress · Productivity · High · Activation · Ersi

royg@medimmune.com

Claims from this researcher:

Boggiano-Ayo, Tammy

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Palacios-Oliva, Julio

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Lozada-Chang, Sumlai

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Relova-Hernandez, Ernesto

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Gomez-Perez, Jose

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Oliva, Gonzalo

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Hernandez, Lourdes

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Bueno-Soler, Alexi

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Montes de Oca, Daidee

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Mora, Osvaldo

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Machado-Santisteban, Roberto

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Perez-Martinez, Dayana

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Perez-Masson, Beatriz

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Cabrera Infante, Yanelys

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Calzadilla-Rosado, Lisandra

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Ramirez, Yaima

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Aymed-Garcia, Judey

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Ruiz-Ramirez, Ingrid

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Romero, Yamile

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Gomez, Tania

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Espinosa, Luis A.

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Gonzalez, Luis Javier

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Cabrales, Annia

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Guirola, Osmany

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

de la Luz, Kathya Rashida

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Pi-Estopiñan, Franciscary

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Sanchez-Ramirez, Belinda

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Garcia-Rivera, Dagmar

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Valdes-Balbin, Yuri

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Rojas, Gertrudis

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Leon-Monzon, Kalet

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Ojito-Magaz, Eduardo

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Hardy, Eugenio

1 papers · 3 claims

Cell · Produced · Viability · Culture · Dimeric

tamy@cim.sld.cu

Claims from this researcher:

Kimiz‐Gebologlu, Ilgin

1 papers · 3 claims

Cells · Developed · Serum · Free · Medium

sultan.gulce.iz@ege.edu.tr

Claims from this researcher:

Saglam‐Metiner, Pelin

1 papers · 3 claims

Cells · Developed · Serum · Free · Medium

sultan.gulce.iz@ege.edu.tr

Claims from this researcher:

Ozaslan, Oznur

1 papers · 3 claims

Cells · Developed · Serum · Free · Medium

sultan.gulce.iz@ege.edu.tr

Claims from this researcher:

Ayyıldız-Tamis, Duygu

1 papers · 3 claims

Cells · Developed · Serum · Free · Medium

sultan.gulce.iz@ege.edu.tr

Claims from this researcher:

Deliloglu-Gurhan, Saime Ismet

1 papers · 3 claims

Cells · Developed · Serum · Free · Medium

sultan.gulce.iz@ege.edu.tr

Claims from this researcher:

İz, Sultan Gülçe

1 papers · 3 claims

Cells · Developed · Serum · Free · Medium

sultan.gulce.iz@ege.edu.tr

Claims from this researcher:

Jianlin Xu

1 papers · 3 claims

Process · Titer · Density · Media · Increase

jianlin.xu@bms.com

Claims from this researcher:

Zheng Jian Li

1 papers · 3 claims

Process · Titer · Density · Media · Increase

jianlin.xu@bms.com

Claims from this researcher:

Hill Charles Anthony

1 papers · 3 claims

Process · Titer · Density · Media · Increase

jianlin.xu@bms.com

Claims from this researcher:

Matthew S. Rehmann

1 papers · 3 claims

Process · Titer · Density · Media · Increase

jianlin.xu@bms.com

Claims from this researcher:

Qin He

🔗 ORCID

1 papers · 3 claims

Process · Titer · Density · Media · Increase

jianlin.xu@bms.com

Claims from this researcher:

Michael C. Borys

1 papers · 3 claims

Process · Titer · Density · Media · Increase

jianlin.xu@bms.com

Claims from this researcher:

Mengmeng Xu

🔗 ORCID

1 papers · 3 claims

Process · Titer · Density · Media · Increase

jianlin.xu@bms.com

Claims from this researcher:

Shun Zheng

1 papers · 3 claims

Process · Titer · Density · Media · Increase

jianlin.xu@bms.com

Claims from this researcher:

Thoring, Lena

1 papers · 3 claims

Cell · Cultivation · Lysates · Cells · Luciferase

Claims from this researcher:

Vergara M, Becerra S, Berrios J, Osses N, Reyes J, Rodríguez-Moyá M, Gonzalez R, Altamirano C.

1 papers · 3 claims

Rate · Dilution · Temperature · Specific · Reducing

claudia.altamirano@ucv.cl

Claims from this researcher:

Gammell, Patrick

1 papers · 3 claims

Culture · Temperature · Cell · Cells · Compared

niraj.kumar2@mail.dcu.ie

Claims from this researcher:

Paul, Albert

1 papers · 3 claims

Dimer · Increasing · Nacl · Resulted · Formation

paul@hochschule-bc.de

Claims from this researcher:

Zhou, Shasha

1 papers · 3 claims

Cysteine · Reduced · Acidic · Temperature · Proportion

wangzhenshou@asymchem.com.cn

Claims from this researcher:

Cao, Xinyu

🔗 ORCID

1 papers · 3 claims

Cysteine · Reduced · Acidic · Temperature · Proportion

wangzhenshou@asymchem.com.cn

Claims from this researcher:

Yin, Xuefei

1 papers · 3 claims

Cysteine · Reduced · Acidic · Temperature · Proportion

wangzhenshou@asymchem.com.cn

Claims from this researcher:

Xu, Jiawen

1 papers · 3 claims

Cysteine · Reduced · Acidic · Temperature · Proportion

wangzhenshou@asymchem.com.cn

Claims from this researcher:

Gao, Kai

🔗 ORCID

1 papers · 3 claims

Cysteine · Reduced · Acidic · Temperature · Proportion

wangzhenshou@asymchem.com.cn

Claims from this researcher:

Wang, Zhenshou

1 papers · 3 claims

Cysteine · Reduced · Acidic · Temperature · Proportion

wangzhenshou@asymchem.com.cn

Claims from this researcher:

Martínez, Juan A.

1 papers · 3 claims

Culture · Rates · Cell · Lactate · Production

jandres.biotech@gmail.com

Claims from this researcher:

Bulté, Dubhe B.

1 papers · 3 claims

Culture · Rates · Cell · Lactate · Production

jandres.biotech@gmail.com

Claims from this researcher:

Contreras, Martha A.

1 papers · 3 claims

Culture · Rates · Cell · Lactate · Production

jandres.biotech@gmail.com

Claims from this researcher:

Palomares, Laura A.

1 papers · 3 claims

Culture · Rates · Cell · Lactate · Production

jandres.biotech@gmail.com

Claims from this researcher:

Jones, Wil

1 papers · 3 claims

Initial · Glucose · Concentration · Resulted · Viable

D.Gerogiorgis@ed.ac.uk

Claims from this researcher:

Gerogiorgis, Dimitrios I.

1 papers · 3 claims

Initial · Glucose · Concentration · Resulted · Viable

D.Gerogiorgis@ed.ac.uk

Claims from this researcher:

Chen, Xiangsong

1 papers · 3 claims

Cell · Sialic · Acid · Line · Addition

xschen@ipp.ac.cn

Claims from this researcher:

Wu, Jinyong

1 papers · 3 claims

Cell · Sialic · Acid · Line · Addition

xschen@ipp.ac.cn

Claims from this researcher:

Yao, Jianming

1 papers · 3 claims

Cell · Sialic · Acid · Line · Addition

xschen@ipp.ac.cn

Claims from this researcher:

Bedoya-López, Andrea

1 papers · 3 claims

Temperature · Downshift · Cells · Fold · Cell

adri@biomedicas.unam.mx

Claims from this researcher:

Estrada, Karel

1 papers · 3 claims

Temperature · Downshift · Cells · Fold · Cell

adri@biomedicas.unam.mx

Claims from this researcher:

Sanchez-Flores, Alejandro

1 papers · 3 claims

Temperature · Downshift · Cells · Fold · Cell

adri@biomedicas.unam.mx

Claims from this researcher:

Segovia, Lorenzo

1 papers · 3 claims

Temperature · Downshift · Cells · Fold · Cell

adri@biomedicas.unam.mx

Claims from this researcher:

Miranda-Ríos, Juan

1 papers · 3 claims

Temperature · Downshift · Cells · Fold · Cell

adri@biomedicas.unam.mx

Claims from this researcher:

Ghaffari, Navid

1 papers · 3 claims

Batch · Cysteine · Produced · Cell · Cultures

Claims from this researcher:

Lee, Jaeweon

1 papers · 3 claims

Cell · Boost · Medium · Glycan · Additives

Claims from this researcher:

Ortega-Rodriguez, Uriel

1 papers · 3 claims

Cell · Boost · Medium · Glycan · Additives

Claims from this researcher:

Ju, Tongzhong

1 papers · 3 claims

Cell · Boost · Medium · Glycan · Additives

Claims from this researcher:

Liang, George

1 papers · 3 claims

Glycans · Increasing · Viable · Cell · Density

chikkathur.madhavarao@fda.hhs.gov

Claims from this researcher:

Morris, Caitlin

1 papers · 3 claims

Glycans · Increasing · Viable · Cell · Density

chikkathur.madhavarao@fda.hhs.gov

Claims from this researcher:

Cai, Qinzhen

1 papers · 3 claims

Batch · Culture · Suspension · Cell · High

jimingao@yahoo.com

Claims from this researcher:

Zhao, Ai

1 papers · 3 claims

Batch · Culture · Suspension · Cell · High

jimingao@yahoo.com

Claims from this researcher:

Yuting Yin

1 papers · 3 claims

Batch · Culture · Suspension · Cell · High

jimingao@yahoo.com

Claims from this researcher:

Ma, Lisha

1 papers · 3 claims

Batch · Culture · Suspension · Cell · High

jimingao@yahoo.com

Claims from this researcher:

Jiao, Zhenzhen

1 papers · 3 claims

Batch · Culture · Suspension · Cell · High

jimingao@yahoo.com

Claims from this researcher:

Zhi, Huilin

1 papers · 3 claims

Batch · Culture · Suspension · Cell · High

jimingao@yahoo.com

Claims from this researcher:

Lai, Shouhua

1 papers · 3 claims

Batch · Culture · Suspension · Cell · High

jimingao@yahoo.com

Claims from this researcher:

Cheng, Sha

🔗 ORCID

1 papers · 3 claims

Batch · Culture · Suspension · Cell · High

jimingao@yahoo.com

Claims from this researcher:

Yang, Hongmei

1 papers · 3 claims

Batch · Culture · Suspension · Cell · High

jimingao@yahoo.com

Claims from this researcher:

Lu, Yinxiang

1 papers · 3 claims

Batch · Culture · Suspension · Cell · High

jimingao@yahoo.com

Claims from this researcher:

Siminovitch, Katherine A.

1 papers · 3 claims

Batch · Culture · Suspension · Cell · High

jimingao@yahoo.com

Claims from this researcher:

Gao, Jimin

1 papers · 3 claims

Batch · Culture · Suspension · Cell · High

jimingao@yahoo.com

Claims from this researcher:

Hashizume, Takamasa

1 papers · 3 claims

Cell · Media · Line · Active · Learning

Claims from this researcher:

Ozawa, Yuki

1 papers · 3 claims

Cell · Media · Line · Active · Learning

Claims from this researcher:

Ying, Bei‐Wen

1 papers · 3 claims

Cell · Media · Line · Active · Learning

Claims from this researcher:

Latorre, Yesenia

1 papers · 3 claims

Cell · Line · Specific · Production · Titres

claudia.altamirano@pucv.cl

Claims from this researcher:

Sampayo, Maria Molina

1 papers · 3 claims

Cell · Line · Specific · Production · Titres

claudia.altamirano@pucv.cl

Claims from this researcher:

Gödecke, Natasha

1 papers · 3 claims

Cell · Line · Specific · Production · Titres

claudia.altamirano@pucv.cl

Claims from this researcher:

Wirth, Dagmar

1 papers · 3 claims

Cell · Line · Specific · Production · Titres

claudia.altamirano@pucv.cl

Claims from this researcher:

Hauser, Hansjörg

1 papers · 3 claims

Cell · Line · Specific · Production · Titres

claudia.altamirano@pucv.cl

Claims from this researcher:

Dickson, Alan J.

🔗 ORCID

1 papers · 3 claims

Cell · Line · Specific · Production · Titres

claudia.altamirano@pucv.cl

Claims from this researcher:

Gupta, Shivani

1 papers · 3 claims

Engineered · Clones · High · Levels · Alpha

shivanig@amgen.com

Claims from this researcher:

Fung, Coral Shek

1 papers · 3 claims

Engineered · Clones · High · Levels · Alpha

shivanig@amgen.com

Claims from this researcher:

Chan, Pik Kay

1 papers · 3 claims

Engineered · Clones · High · Levels · Alpha

shivanig@amgen.com

Claims from this researcher:

Wakefield, Devin L.

1 papers · 3 claims

Engineered · Clones · High · Levels · Alpha

shivanig@amgen.com

Claims from this researcher:

Kuhns, Scott

1 papers · 3 claims

Engineered · Clones · High · Levels · Alpha

shivanig@amgen.com

Claims from this researcher:

Goudar, Chetan T.

🔗 ORCID

1 papers · 3 claims

Engineered · Clones · High · Levels · Alpha

shivanig@amgen.com

Claims from this researcher:

Piret, James M.

🔗 ORCID

1 papers · 3 claims

Engineered · Clones · High · Levels · Alpha

shivanig@amgen.com

Claims from this researcher:

Kotidis, Pavlos

1 papers · 3 claims

Galactosylation · Five · Batch · Experiments · Different

Claims from this researcher:

Wang, Xiaoting

🔗 ORCID

1 papers · 3 claims

Myricetin · Antibody · Treatment · Cells · Compared

Claims from this researcher:

Wang, Tianyun

🔗 ORCID

1 papers · 3 claims

Myricetin · Antibody · Treatment · Cells · Compared

Claims from this researcher:

González-Pereira, Priscilla

1 papers · 3 claims

Overexpression · Tafe · Fold · Increase · Specific

pgonzalezpereira@gmail.com

Claims from this researcher:

Trinh, Ryan

1 papers · 3 claims

Overexpression · Tafe · Fold · Increase · Specific

pgonzalezpereira@gmail.com

Claims from this researcher:

Vasuthasawat, Alex

1 papers · 3 claims

Overexpression · Tafe · Fold · Increase · Specific

pgonzalezpereira@gmail.com

Claims from this researcher:

Bartsch-Jiménez, Angelo

1 papers · 3 claims

Overexpression · Tafe · Fold · Increase · Specific

pgonzalezpereira@gmail.com

Claims from this researcher:

Nuñez-Soto, Constanza

1 papers · 3 claims

Overexpression · Tafe · Fold · Increase · Specific

pgonzalezpereira@gmail.com

Claims from this researcher:

Liang, Kexue

1 papers · 3 claims

Perfusion · Culture · High · Reduction · Temperature

liqi@jiangnan.edu.cn

Claims from this researcher:

Luo, Hongzhen

1 papers · 3 claims

Perfusion · Culture · High · Reduction · Temperature

liqi@jiangnan.edu.cn

Claims from this researcher:

Li, Qi

🔗 ORCID

1 papers · 3 claims

Perfusion · Culture · High · Reduction · Temperature

liqi@jiangnan.edu.cn

Claims from this researcher:

Schröder, Simon

1 papers · 3 claims

Cell · Specific · Productivity · Mpcd · Production

Claims from this researcher:

Tappe, Alexander

1 papers · 3 claims

Cells · Systems · Bellocell · Higher · Maximum

Claims from this researcher:

Arishima, Rintaro

1 papers · 3 claims

Cells · Cell · Conditions · Line · Specific

yamanori@bio.eng.osaka

Claims from this researcher:

Puriwat, Sukwattananipaat

🔗 ORCID

1 papers · 3 claims

Cells · Cell · Conditions · Line · Specific

yamanori@bio.eng.osaka

Claims from this researcher:

Chaturvedi, Antash

1 papers · 3 claims

Forticho · Basal · Feed · Medium · Efficient

Claims from this researcher:

Chopda, Viki

1 papers · 3 claims

Forticho · Basal · Feed · Medium · Efficient

Claims from this researcher:

Zhang, Haoran

🔗 ORCID

1 papers · 3 claims

Forticho · Basal · Feed · Medium · Efficient

Claims from this researcher:

Chin, Christine Lin

1 papers · 3 claims

Glucose · Maltose · Culture · Only · Cultures

ng_say_kong@bti.a-star.edu.sg

Claims from this researcher:

Mak, Shi Ya

1 papers · 3 claims

Glucose · Maltose · Culture · Only · Cultures

ng_say_kong@bti.a-star.edu.sg

Claims from this researcher:

Duygu Ayyildiz Tamis

1 papers · 3 claims

Feed · Resulted · Increasing · Bioreactor · Production

duyguayyildiz@gmail.com

Claims from this researcher:

Berna Ustuner

1 papers · 3 claims

Feed · Resulted · Increasing · Bioreactor · Production

duyguayyildiz@gmail.com

Claims from this researcher:

Secil DAYANKAC UNVER

1 papers · 3 claims

Feed · Resulted · Increasing · Bioreactor · Production

duyguayyildiz@gmail.com

Claims from this researcher:

Tunç Turgut

1 papers · 3 claims

Feed · Resulted · Increasing · Bioreactor · Production

duyguayyildiz@gmail.com

Claims from this researcher:

Deniz Bayçin

1 papers · 3 claims

Feed · Resulted · Increasing · Bioreactor · Production

duyguayyildiz@gmail.com

Claims from this researcher:

Delouvroy, Frédéric

1 papers · 3 claims

Impact · Feed · Rates · Show · Significant

frederic.delouvroy@ucb.com

Claims from this researcher:

Le Reverend, Guillaume

1 papers · 3 claims

Impact · Feed · Rates · Show · Significant

frederic.delouvroy@ucb.com

Claims from this researcher:

Fessler, Boris

1 papers · 3 claims

Impact · Feed · Rates · Show · Significant

frederic.delouvroy@ucb.com

Claims from this researcher:

Mathy, Gregory

1 papers · 3 claims

Impact · Feed · Rates · Show · Significant

frederic.delouvroy@ucb.com

Claims from this researcher:

Harmsen, Mareike

1 papers · 3 claims

Impact · Feed · Rates · Show · Significant

frederic.delouvroy@ucb.com

Claims from this researcher:

Kochanowski, Nadine

1 papers · 3 claims

Impact · Feed · Rates · Show · Significant

frederic.delouvroy@ucb.com

Claims from this researcher:

Sou, Si Nga

1 papers · 3 claims

Cells · Viable · Transfection · Higher · Cell

cleo.kontoravdi@imperial.ac.uk

Claims from this researcher:

Balraj, Keerthiveena

1 papers · 3 claims

Variants · Charge · Iron · Concentration · Statistically

asrathore@biotechcmz.com

Claims from this researcher:

Park, Seo-Young

1 papers · 3 claims

Feed · Media · Final · Titer · Peak

dongyuplee@skku.edu

Claims from this researcher:

Song, Jinsung

1 papers · 3 claims

Feed · Media · Final · Titer · Peak

dongyuplee@skku.edu

Claims from this researcher:

Choi, Dong-Hyuk

1 papers · 3 claims

Feed · Media · Final · Titer · Peak

dongyuplee@skku.edu

Claims from this researcher:

Park, Uiseon

1 papers · 3 claims

Feed · Media · Final · Titer · Peak

dongyuplee@skku.edu

Claims from this researcher:

Cho, Hyeran

1 papers · 3 claims

Feed · Media · Final · Titer · Peak

dongyuplee@skku.edu

Claims from this researcher:

Hong, Bee Hak

1 papers · 3 claims

Feed · Media · Final · Titer · Peak

dongyuplee@skku.edu

Claims from this researcher:

Silberberg, Yaron R.

1 papers · 3 claims

Feed · Media · Final · Titer · Peak

dongyuplee@skku.edu

Claims from this researcher:

Lee, Dong-Yup

1 papers · 3 claims

Feed · Media · Final · Titer · Peak

dongyuplee@skku.edu

Claims from this researcher:

Bräuer, Melina

1 papers · 3 claims

Cell · Line · Fluorescence · Stronger · Expression

nikolas.zeh@boehringer-ingelheim.com

Claims from this researcher:

Handrick, René

1 papers · 3 claims

Cell · Line · Fluorescence · Stronger · Expression

nikolas.zeh@boehringer-ingelheim.com

Claims from this researcher:

Mahé, Amélie

1 papers · 3 claims

Seeding · Cells · Fold · Titer · Supplementation

severine.fagete@selexis.com

Claims from this researcher:

Fagète, Séverine

1 papers · 3 claims

Seeding · Cells · Fold · Titer · Supplementation

severine.fagete@selexis.com

Claims from this researcher:

Cha, Minyub

1 papers · 3 claims

Rhbmp · Cells · Glycosylation · Combination · Hycell

jsyoon@khu.ac.kr

Claims from this researcher:

Han, Nara

1 papers · 3 claims

Rhbmp · Cells · Glycosylation · Combination · Hycell

jsyoon@khu.ac.kr

Claims from this researcher:

Pi, Jia

1 papers · 3 claims

Rhbmp · Cells · Glycosylation · Combination · Hycell

jsyoon@khu.ac.kr

Claims from this researcher:

Jeong, Yongsu

1 papers · 3 claims

Rhbmp · Cells · Glycosylation · Combination · Hycell

jsyoon@khu.ac.kr

Claims from this researcher:

Baek, Kwanghee

1 papers · 3 claims

Rhbmp · Cells · Glycosylation · Combination · Hycell

jsyoon@khu.ac.kr

Claims from this researcher:

Yoon, Jaeseung

1 papers · 3 claims

Rhbmp · Cells · Glycosylation · Combination · Hycell

jsyoon@khu.ac.kr

Claims from this researcher:

Santoso, Adi

1 papers · 3 claims

Expression · Rhepo · Medium · Protein · Cells

adi.santoso1960@gmail.com

Claims from this researcher:

Larasati, Larasati

1 papers · 3 claims

Expression · Rhepo · Medium · Protein · Cells

adi.santoso1960@gmail.com

Claims from this researcher:

Kusumawati, Arizah

1 papers · 3 claims

Expression · Rhepo · Medium · Protein · Cells

adi.santoso1960@gmail.com

Claims from this researcher:

Wisnuwardhani, Popi Hadi

1 papers · 3 claims

Expression · Rhepo · Medium · Protein · Cells

adi.santoso1960@gmail.com

Claims from this researcher:

Ningrum, Ratih Asma

1 papers · 3 claims

Expression · Rhepo · Medium · Protein · Cells

adi.santoso1960@gmail.com

Claims from this researcher:

Septisetyani, Endah Puji

1 papers · 3 claims

Expression · Rhepo · Medium · Protein · Cells

adi.santoso1960@gmail.com

Claims from this researcher:

Frenzel, André

1 papers · 3 claims

Improves · Chinese · Hamster · Ovary · Cells

Claims from this researcher:

Hust, Michael

1 papers · 3 claims

Improves · Chinese · Hamster · Ovary · Cells

Claims from this researcher:

Li, Zheng-Mei

1 papers · 3 claims

Cell · Culture · Optimal · Protein · Temperature

wtianyuncn@126.com

Claims from this researcher:

Wang, Xiao-Yin

🔗 ORCID

1 papers · 3 claims

Cell · Culture · Optimal · Protein · Temperature

wtianyuncn@126.com

Claims from this researcher:

Fung, Ella

1 papers · 3 claims

Expression · Improved · Titer · Compared · Wildtype

Lidia.Mosyak@pfizer.com

Claims from this researcher:

Kang, Liya

1 papers · 3 claims

Expression · Improved · Titer · Compared · Wildtype

Lidia.Mosyak@pfizer.com

Claims from this researcher:

Sapashnik, Diana

1 papers · 3 claims

Expression · Improved · Titer · Compared · Wildtype

Lidia.Mosyak@pfizer.com

Claims from this researcher:

Benard, Susan

1 papers · 3 claims

Expression · Improved · Titer · Compared · Wildtype

Lidia.Mosyak@pfizer.com

Claims from this researcher:

Sievers, Annette

1 papers · 3 claims

Expression · Improved · Titer · Compared · Wildtype

Lidia.Mosyak@pfizer.com

Claims from this researcher:

Liu, Yan

🔗 ORCID

1 papers · 3 claims

Expression · Improved · Titer · Compared · Wildtype

Lidia.Mosyak@pfizer.com

Claims from this researcher:

Yan, Guoying

1 papers · 3 claims

Expression · Improved · Titer · Compared · Wildtype

Lidia.Mosyak@pfizer.com

Claims from this researcher:

Zhou, Jing

🔗 ORCID

1 papers · 3 claims

Expression · Improved · Titer · Compared · Wildtype

Lidia.Mosyak@pfizer.com

Claims from this researcher:

Rodriguez, Linette

1 papers · 3 claims

Expression · Improved · Titer · Compared · Wildtype

Lidia.Mosyak@pfizer.com

Claims from this researcher:

Ma, Weijun

1 papers · 3 claims

Expression · Improved · Titer · Compared · Wildtype

Lidia.Mosyak@pfizer.com

Claims from this researcher:

Stochaj, Wayne R.

1 papers · 3 claims

Expression · Improved · Titer · Compared · Wildtype

Lidia.Mosyak@pfizer.com

Claims from this researcher:

LaVallie, Edward

1 papers · 3 claims

Expression · Improved · Titer · Compared · Wildtype

Lidia.Mosyak@pfizer.com

Claims from this researcher:

Wroblewska, Liliana

1 papers · 3 claims

Expression · Improved · Titer · Compared · Wildtype

Lidia.Mosyak@pfizer.com

Claims from this researcher:

Kelleher, Kerry

1 papers · 3 claims

Expression · Improved · Titer · Compared · Wildtype

Lidia.Mosyak@pfizer.com

Claims from this researcher:

Tam, Amy

1 papers · 3 claims

Expression · Improved · Titer · Compared · Wildtype

Lidia.Mosyak@pfizer.com

Claims from this researcher:

Bezy, Olivier

1 papers · 3 claims

Expression · Improved · Titer · Compared · Wildtype

Lidia.Mosyak@pfizer.com

Claims from this researcher:

Breen, Danna

1 papers · 3 claims

Expression · Improved · Titer · Compared · Wildtype

Lidia.Mosyak@pfizer.com

Claims from this researcher:

Chabot, Jeffrey R.

1 papers · 3 claims

Expression · Improved · Titer · Compared · Wildtype

Lidia.Mosyak@pfizer.com

Claims from this researcher:

Wu, Zhidan

1 papers · 3 claims

Expression · Improved · Titer · Compared · Wildtype

Lidia.Mosyak@pfizer.com

Claims from this researcher:

Mosyak, Lidia

1 papers · 3 claims

Expression · Improved · Titer · Compared · Wildtype

Lidia.Mosyak@pfizer.com

Claims from this researcher:

Wang, Chong

🔗 ORCID

1 papers · 3 claims

Aggregation · Culture · Protein · Decrease · Reducing

wagnchogn@163.com

Claims from this researcher:

Guo, Xiao

🔗 ORCID

1 papers · 3 claims

Aggregation · Culture · Protein · Decrease · Reducing

wagnchogn@163.com

Claims from this researcher:

Wang, Wen

🔗 ORCID

1 papers · 3 claims

Aggregation · Culture · Protein · Decrease · Reducing

wagnchogn@163.com

Claims from this researcher:

Li, Jia-Xin

🔗 ORCID

1 papers · 3 claims

Aggregation · Culture · Protein · Decrease · Reducing

wagnchogn@163.com

Claims from this researcher:

Masson, Helen O.

1 papers · 3 claims

Optimal · Cells · Increase · Kinetic · Integrating

nlewisres@ucsd.edu

Claims from this researcher:

Karottki, Karen Julie la Cour

1 papers · 3 claims

Optimal · Cells · Increase · Kinetic · Integrating

nlewisres@ucsd.edu

Claims from this researcher:

Tat, Jasmine

1 papers · 3 claims

Optimal · Cells · Increase · Kinetic · Integrating

nlewisres@ucsd.edu

Claims from this researcher:

Hunjadi, Monika

1 papers · 3 claims

Cell · Batch · Culture · Final · Higher

renate.kunert@boku.ac.at

Claims from this researcher:

Pallerla, Sammaiah

1 papers · 3 claims

Batch · Cultivation · Lactate · Site · Eliminating

rswoyer@iavi.org

Claims from this researcher:

Kallur Siddaramaiah, Latha

1 papers · 3 claims

Batch · Cultivation · Lactate · Site · Eliminating

rswoyer@iavi.org

Claims from this researcher:

Mundsperger, Philipp

1 papers · 3 claims

Batch · Cultivation · Lactate · Site · Eliminating

rswoyer@iavi.org

Claims from this researcher:

Katinger, Dietmar

1 papers · 3 claims

Batch · Cultivation · Lactate · Site · Eliminating

rswoyer@iavi.org

Claims from this researcher:

Fauland, Katharina

1 papers · 3 claims

Batch · Cultivation · Lactate · Site · Eliminating

rswoyer@iavi.org

Claims from this researcher:

Kreismayr, Günter

1 papers · 3 claims

Batch · Cultivation · Lactate · Site · Eliminating

rswoyer@iavi.org

Claims from this researcher:

Weik, Robert

1 papers · 3 claims

Batch · Cultivation · Lactate · Site · Eliminating

rswoyer@iavi.org

Claims from this researcher:

Arslan, Onur

1 papers · 3 claims

Batch · Cultivation · Lactate · Site · Eliminating

rswoyer@iavi.org

Claims from this researcher:

Shen, Mingchao

1 papers · 3 claims

Batch · Cultivation · Lactate · Site · Eliminating

rswoyer@iavi.org

Claims from this researcher:

Blumen, Tracy

1 papers · 3 claims

Batch · Cultivation · Lactate · Site · Eliminating

rswoyer@iavi.org

Claims from this researcher:

Craig, Daniel

1 papers · 3 claims

Batch · Cultivation · Lactate · Site · Eliminating

rswoyer@iavi.org

Claims from this researcher:

Swoyer, Ryan

1 papers · 3 claims

Batch · Cultivation · Lactate · Site · Eliminating

rswoyer@iavi.org

Claims from this researcher:

Yuan, Maoli

1 papers · 3 claims

Batch · Cultivation · Lactate · Site · Eliminating

rswoyer@iavi.org

Claims from this researcher:

Stamatatos, Leonidas

1 papers · 3 claims

Batch · Cultivation · Lactate · Site · Eliminating

rswoyer@iavi.org

Claims from this researcher:

Li, Sophia W.

🔗 ORCID

1 papers · 3 claims

Line · Cell · Proteins · Inactivation · Gene

sli140@ucsc.edu

Claims from this researcher:

Healey, John F.

1 papers · 3 claims

Line · Cell · Proteins · Inactivation · Gene

sli140@ucsc.edu

Claims from this researcher:

Hutchinson, Jennie M.

1 papers · 3 claims

Line · Cell · Proteins · Inactivation · Gene

sli140@ucsc.edu

Claims from this researcher:

O’Rourke, Sara

1 papers · 3 claims

Line · Cell · Proteins · Inactivation · Gene

sli140@ucsc.edu

Claims from this researcher:

Lollar, Pete

🔗 ORCID

1 papers · 3 claims

Line · Cell · Proteins · Inactivation · Gene

sli140@ucsc.edu

Claims from this researcher:

Oliveira, Gil P.

1 papers · 3 claims

Mcell · Cell · Micromol · Decreasing · Temperature

rmo@fct.unl.pt

Claims from this researcher:

Dumas, Patrick

1 papers · 3 claims

Mcell · Cell · Micromol · Decreasing · Temperature

rmo@fct.unl.pt

Claims from this researcher:

Feizi, Amir

1 papers · 3 claims

Cell · Growth · Specific · Productivity · Highly

nlewisres@ucsd.edu

Claims from this researcher:

Kallehauge, Thomas B.

1 papers · 3 claims

Cell · Growth · Specific · Productivity · Highly

nlewisres@ucsd.edu

Claims from this researcher:

Grav, Lise M.

1 papers · 3 claims

Cell · Growth · Specific · Productivity · Highly

nlewisres@ucsd.edu

Claims from this researcher:

Baycin Hizal, Deniz

1 papers · 3 claims

Cell · Growth · Specific · Productivity · Highly

nlewisres@ucsd.edu

Claims from this researcher:

Voldborg, Bjorn

1 papers · 3 claims

Cell · Growth · Specific · Productivity · Highly

nlewisres@ucsd.edu

Claims from this researcher:

Faustrup Kildegaard, Helene

1 papers · 3 claims

Cell · Growth · Specific · Productivity · Highly

nlewisres@ucsd.edu

Claims from this researcher:

Min Lee, Gyun

🔗 ORCID

1 papers · 3 claims

Cell · Growth · Specific · Productivity · Highly

nlewisres@ucsd.edu

Claims from this researcher:

Palsson, Bernhard O.

1 papers · 3 claims

Cell · Growth · Specific · Productivity · Highly

nlewisres@ucsd.edu

Claims from this researcher:

Lobner, Elisabeth

1 papers · 3 claims

Supplementation · Titers · Semi · Continuous · Perfusion

renate.kunert@boku.ac.at

Claims from this researcher:

Wachernig, Anna

1 papers · 3 claims

Supplementation · Titers · Semi · Continuous · Perfusion

renate.kunert@boku.ac.at

Claims from this researcher:

Gudipati, Venugopal

1 papers · 3 claims

Supplementation · Titers · Semi · Continuous · Perfusion

renate.kunert@boku.ac.at

Claims from this researcher:

Salzer, Benjamin

1 papers · 3 claims

Supplementation · Titers · Semi · Continuous · Perfusion

renate.kunert@boku.ac.at

Claims from this researcher:

Lehner, Manfred

1 papers · 3 claims

Supplementation · Titers · Semi · Continuous · Perfusion

renate.kunert@boku.ac.at

Claims from this researcher:

Huppa, Johannes B.

🔗 ORCID

1 papers · 3 claims

Supplementation · Titers · Semi · Continuous · Perfusion

renate.kunert@boku.ac.at

Claims from this researcher:

Müller, Andrea

1 papers · 3 claims

Cell · Specific · Concentration · Rate · Chemostat

claudia.altamirano@pucv.cl

Claims from this researcher:

Avello, Verónica

1 papers · 3 claims

Cell · Specific · Concentration · Rate · Chemostat

claudia.altamirano@pucv.cl

Claims from this researcher:

Acevedo, Cristian

1 papers · 3 claims

Cell · Specific · Concentration · Rate · Chemostat

claudia.altamirano@pucv.cl

Claims from this researcher:

Reyes, Juan G.

1 papers · 3 claims

Cell · Specific · Concentration · Rate · Chemostat

claudia.altamirano@pucv.cl

Claims from this researcher:

Romanova, Nadiya

1 papers · 3 claims

Septin · Cells · Hyperosmolality · Exposure · Cell

Thomas.Noll@uni-bielefeld.de

Claims from this researcher:

Schelletter, Louise

1 papers · 3 claims

Septin · Cells · Hyperosmolality · Exposure · Cell

Thomas.Noll@uni-bielefeld.de

Claims from this researcher:

Hoffrogge, Raimund

1 papers · 3 claims

Septin · Cells · Hyperosmolality · Exposure · Cell

Thomas.Noll@uni-bielefeld.de

Claims from this researcher:

Zimmermann, Martina

1 papers · 3 claims

Analogues · Alkfuc · Compared · Fucosylation · Tested

Janike.ehret@merckgroup.com

Claims from this researcher:

Ehret, Janike

1 papers · 3 claims

Analogues · Alkfuc · Compared · Fucosylation · Tested

Janike.ehret@merckgroup.com

Claims from this researcher:

Kolmar, Harald

1 papers · 3 claims

Analogues · Alkfuc · Compared · Fucosylation · Tested

Janike.ehret@merckgroup.com

Claims from this researcher:

Wolnick, Nicolas Q.

1 papers · 3 claims

Intensified · Batch · Product · Process · Cell

Claims from this researcher:

Dickson, Marissa R.

1 papers · 3 claims

Intensified · Batch · Product · Process · Cell

Claims from this researcher:

Webster, Thaddaeus A.

1 papers · 3 claims

Intensified · Batch · Product · Process · Cell

Claims from this researcher:

Connolly, Roger P.

1 papers · 3 claims

Intensified · Batch · Product · Process · Cell

Claims from this researcher:

Fernandes, Nancy

1 papers · 3 claims

Intensified · Batch · Product · Process · Cell

Claims from this researcher:

Encheva, Vesela

1 papers · 3 claims

Intensified · Batch · Product · Process · Cell

Claims from this researcher:

Crittenden, Hunter

1 papers · 3 claims

Intensified · Batch · Product · Process · Cell

Claims from this researcher:

Hodgkins, Jessica

1 papers · 3 claims

Intensified · Batch · Product · Process · Cell

Claims from this researcher:

Hadley, Brian C.

1 papers · 3 claims

Intensified · Batch · Product · Process · Cell

Claims from this researcher:

Palermo, Gabriella

1 papers · 3 claims

Intensified · Batch · Product · Process · Cell

Claims from this researcher:

Hendrick, Shannon J.

1 papers · 3 claims

Intensified · Batch · Product · Process · Cell

Claims from this researcher:

Newell, Roy A.

1 papers · 3 claims

Intensified · Batch · Product · Process · Cell

Claims from this researcher:

Gray, Genevieve

1 papers · 3 claims

Intensified · Batch · Product · Process · Cell

Claims from this researcher:

Siltanen, Christian

1 papers · 3 claims

Intensified · Batch · Product · Process · Cell

Claims from this researcher:

Armstrong, Julia

1 papers · 3 claims

Intensified · Batch · Product · Process · Cell

Claims from this researcher:

Downey, Brandon J.

1 papers · 3 claims

Intensified · Batch · Product · Process · Cell

Claims from this researcher:

Mason, Carrie

1 papers · 3 claims

Intensified · Batch · Product · Process · Cell

Claims from this researcher:

Wang, Xuekun

1 papers · 3 claims

Ifsb · Product · Variants · Bioreactor · Antibody

jilusha@lcu.edu.cn

Claims from this researcher:

Xu, Jin

🔗 ORCID

1 papers · 3 claims

Ifsb · Product · Variants · Bioreactor · Antibody

jilusha@lcu.edu.cn

Claims from this researcher:

Guo, Qingcheng

1 papers · 3 claims

Ifsb · Product · Variants · Bioreactor · Antibody

jilusha@lcu.edu.cn

Claims from this researcher:

Li, Zhenhua

🔗 ORCID

1 papers · 3 claims

Ifsb · Product · Variants · Bioreactor · Antibody

jilusha@lcu.edu.cn

Claims from this researcher:

Cao, Jiawei

1 papers · 3 claims

Ifsb · Product · Variants · Bioreactor · Antibody

jilusha@lcu.edu.cn

Claims from this researcher:

Fu, Rongrong

🔗 ORCID

1 papers · 3 claims

Ifsb · Product · Variants · Bioreactor · Antibody

jilusha@lcu.edu.cn

Claims from this researcher:

Xu, Mengjiao

1 papers · 3 claims

Ifsb · Product · Variants · Bioreactor · Antibody

jilusha@lcu.edu.cn

Claims from this researcher:

Zhao, Xiang

🔗 ORCID

1 papers · 3 claims

Ifsb · Product · Variants · Bioreactor · Antibody

jilusha@lcu.edu.cn

Claims from this researcher:

Wang, Fugui

1 papers · 3 claims

Ifsb · Product · Variants · Bioreactor · Antibody

jilusha@lcu.edu.cn

Claims from this researcher:

Zhang, Xinmeng

1 papers · 3 claims

Ifsb · Product · Variants · Bioreactor · Antibody

jilusha@lcu.edu.cn

Claims from this researcher:

Dong, Taimin

1 papers · 3 claims

Ifsb · Product · Variants · Bioreactor · Antibody

jilusha@lcu.edu.cn

Claims from this researcher:

Li, Xu

🔗 ORCID

1 papers · 3 claims

Ifsb · Product · Variants · Bioreactor · Antibody

jilusha@lcu.edu.cn

Claims from this researcher:

Qian, Weizhu

🔗 ORCID

1 papers · 3 claims

Ifsb · Product · Variants · Bioreactor · Antibody

jilusha@lcu.edu.cn

Claims from this researcher:

Hou, Shen

1 papers · 3 claims

Ifsb · Product · Variants · Bioreactor · Antibody

jilusha@lcu.edu.cn

Claims from this researcher:

Ji, Lusha

1 papers · 3 claims

Ifsb · Product · Variants · Bioreactor · Antibody

jilusha@lcu.edu.cn

Claims from this researcher:

Zhang, Dapeng

🔗 ORCID

1 papers · 3 claims

Ifsb · Product · Variants · Bioreactor · Antibody

jilusha@lcu.edu.cn

Claims from this researcher:

Guo, Huaizu

1 papers · 3 claims

Ifsb · Product · Variants · Bioreactor · Antibody

jilusha@lcu.edu.cn

Claims from this researcher:

Štor, Jerneja

1 papers · 3 claims

Rates · Cells · Viable · Continuous · Culture

juergen.zanghellini@univie.ac.at

Claims from this researcher:

Thiel, Isabella

1 papers · 3 claims

Rates · Cells · Viable · Continuous · Culture

juergen.zanghellini@univie.ac.at

Claims from this researcher:

Weinguny, Marcus

1 papers · 3 claims

Rates · Cells · Viable · Continuous · Culture

juergen.zanghellini@univie.ac.at

Claims from this researcher:

Hanscho, Michael

1 papers · 3 claims

Rates · Cells · Viable · Continuous · Culture

juergen.zanghellini@univie.ac.at

Claims from this researcher:

Lhota, Gabriele

1 papers · 3 claims

Rates · Cells · Viable · Continuous · Culture

juergen.zanghellini@univie.ac.at

Claims from this researcher:

Jaffaraghaei, Morteza

1 papers · 3 claims

Paracetamol · Maximum · Monoclonal · Antibody · Cells

h.ghafoori@guilan.ac.ir

Claims from this researcher:

Ghafouri, Hossein

1 papers · 3 claims

Paracetamol · Maximum · Monoclonal · Antibody · Cells

h.ghafoori@guilan.ac.ir

Claims from this researcher:

Taheri, Maryam

1 papers · 3 claims

Paracetamol · Maximum · Monoclonal · Antibody · Cells

h.ghafoori@guilan.ac.ir

Claims from this researcher:

Talebkhan, Yeganeh

1 papers · 3 claims

Paracetamol · Maximum · Monoclonal · Antibody · Cells

h.ghafoori@guilan.ac.ir

Claims from this researcher:

Heravi, Mansooreh

1 papers · 3 claims

Paracetamol · Maximum · Monoclonal · Antibody · Cells

h.ghafoori@guilan.ac.ir

Claims from this researcher:

Parand, Mohammad

1 papers · 3 claims

Paracetamol · Maximum · Monoclonal · Antibody · Cells

h.ghafoori@guilan.ac.ir

Claims from this researcher:

García-Hernández, Enrique

1 papers · 3 claims

Cell · Production · Antibodies · Quality · Critical

adri@biomedicas.unam.mx

Claims from this researcher:

Espitia, Clara

1 papers · 3 claims

Cell · Production · Antibodies · Quality · Critical

adri@biomedicas.unam.mx

Claims from this researcher:

Cobos-Marín, Laura

1 papers · 3 claims

Cell · Production · Antibodies · Quality · Critical

adri@biomedicas.unam.mx

Claims from this researcher:

Bando-Campos, Carlos G.

1 papers · 3 claims

Cell · Production · Antibodies · Quality · Critical

adri@biomedicas.unam.mx

Claims from this researcher:

Cofas-Vargas, Luis F.

1 papers · 3 claims

Cell · Production · Antibodies · Quality · Critical

adri@biomedicas.unam.mx

Claims from this researcher:

Coronado-Aceves, Enrique W.

1 papers · 3 claims

Cell · Production · Antibodies · Quality · Critical

adri@biomedicas.unam.mx

Claims from this researcher:

González-Hernández, Ricardo A.

1 papers · 3 claims

Cell · Production · Antibodies · Quality · Critical

adri@biomedicas.unam.mx

Claims from this researcher:

Hernández-Peralta, Pablo

1 papers · 3 claims

Cell · Production · Antibodies · Quality · Critical

adri@biomedicas.unam.mx

Claims from this researcher:

Juárez-López, Daniel

1 papers · 3 claims

Cell · Production · Antibodies · Quality · Critical

adri@biomedicas.unam.mx

Claims from this researcher:

Ortega-Portilla, Paola A.

1 papers · 3 claims

Cell · Production · Antibodies · Quality · Critical

adri@biomedicas.unam.mx

Claims from this researcher:

Restrepo-Pineda, Sara

1 papers · 3 claims

Cell · Production · Antibodies · Quality · Critical

adri@biomedicas.unam.mx

Claims from this researcher:

Zelada-Cordero, Patricio

1 papers · 3 claims

Cell · Production · Antibodies · Quality · Critical

adri@biomedicas.unam.mx

Claims from this researcher:

Bertrand Maroto, Vania

1 papers · 3 claims

Changes · Glycosylation · Decrease · Cultivation · Intracellular

Claims from this researcher:

Hamel, Jean‐François P.

1 papers · 3 claims

Mmhg · Pressure · Hydrostatic · Concentration · Applying

jyhan@mit.edu

Claims from this researcher:

Brunner, Matthias

1 papers · 3 claims

High · Values · Positive · Average · Specific

christoph.herwig@tuwien.ac.at

Claims from this researcher:

Fricke, Jens

1 papers · 3 claims

High · Values · Positive · Average · Specific

christoph.herwig@tuwien.ac.at

Claims from this researcher:

Pansy, Alexander

1 papers · 3 claims

Alkaline · Zone · Specific · Rate · Simulated

Claims from this researcher:

Hamdi, Anis

1 papers · 3 claims

High · Phase · Production · Cells · Growth

anis.hamdi@ceb.uminho.pt

Claims from this researcher:

Zeck, Anne

1 papers · 3 claims

Phenylalanine · Rhumab · Scale · Amino · Acid

anne.zeck@nmi.de

Claims from this researcher:

Regula, Jörg Thomas

1 papers · 3 claims

Phenylalanine · Rhumab · Scale · Amino · Acid

anne.zeck@nmi.de

Claims from this researcher:

Larraillet, Vincent

1 papers · 3 claims

Phenylalanine · Rhumab · Scale · Amino · Acid

anne.zeck@nmi.de

Claims from this researcher:

Mautz, Björn

1 papers · 3 claims

Phenylalanine · Rhumab · Scale · Amino · Acid

anne.zeck@nmi.de

Claims from this researcher:

Popp, Oliver

1 papers · 3 claims

Phenylalanine · Rhumab · Scale · Amino · Acid

anne.zeck@nmi.de

Claims from this researcher:

Göpfert, Ulrich

1 papers · 3 claims

Phenylalanine · Rhumab · Scale · Amino · Acid

anne.zeck@nmi.de

Claims from this researcher:

Wiegeshoff, Frank

1 papers · 3 claims

Phenylalanine · Rhumab · Scale · Amino · Acid

anne.zeck@nmi.de

Claims from this researcher:

Vollertsen, Ulrike E. E.

1 papers · 3 claims

Phenylalanine · Rhumab · Scale · Amino · Acid

anne.zeck@nmi.de

Claims from this researcher:

Gorr, Ingo H.

1 papers · 3 claims

Phenylalanine · Rhumab · Scale · Amino · Acid

anne.zeck@nmi.de

Claims from this researcher:

Koll, Hans

1 papers · 3 claims

Phenylalanine · Rhumab · Scale · Amino · Acid

anne.zeck@nmi.de

Claims from this researcher:

Papadimitriou, Apollon

1 papers · 3 claims

Phenylalanine · Rhumab · Scale · Amino · Acid

anne.zeck@nmi.de

Claims from this researcher:

Beck, Alain

1 papers · 3 claims

Terminal · Conversion · Rates · Glutamine · Pyroglutamate

alain.beck@pierre-fabre.com

Claims from this researcher:

Liu, Hongcheng

1 papers · 3 claims

Terminal · Conversion · Rates · Glutamine · Pyroglutamate

alain.beck@pierre-fabre.com

Claims from this researcher:

Kodati, Bindu

1 papers · 3 claims

Production · Recombinant · High · Controlled · Feeding

Claims from this researcher:

Darbha, Sailaja

1 papers · 3 claims

Production · Recombinant · High · Controlled · Feeding

Claims from this researcher:

Karst, Daniel J.

1 papers · 3 claims

Cells · Increasing · Concentration · Monoclonal · Antibody

Claims from this researcher:

Bryan, Laura

1 papers · 3 claims

Peak · High · Cell · Lines · Culture

laura.bryan2@mail.dcu.ie

Claims from this researcher:

Kelly, Ronan M.

1 papers · 3 claims

Peak · High · Cell · Lines · Culture

laura.bryan2@mail.dcu.ie

Claims from this researcher:

Frye, Christopher C.

1 papers · 3 claims

Peak · High · Cell · Lines · Culture

laura.bryan2@mail.dcu.ie

Claims from this researcher:

Osborne, Matthew D.

1 papers · 3 claims

Peak · High · Cell · Lines · Culture

laura.bryan2@mail.dcu.ie

Claims from this researcher:

Kochanowski N, Siriez G, Roosens S, Malphettes L.

1 papers · 3 claims

Reducing · Number · Bolus · Feeds · Enabled

Nadine.Kochanowski@ucb.com

Claims from this researcher:

Wahrheit, Judith

1 papers · 3 claims

Specific · Growth · Extracellular · Ammonia · Concentrations

Claims from this researcher:

Srivastava, Santosh K.

1 papers · 3 claims

Cell · Pmol · Fold · Compared · Higher

pratyoosh.shukla@gmail.com

Claims from this researcher:

Sharma, Ankit

1 papers · 3 claims

Cell · Pmol · Fold · Compared · Higher

pratyoosh.shukla@gmail.com

Claims from this researcher:

Nalage, Vaibhav H. H.

1 papers · 3 claims

Cell · Pmol · Fold · Compared · Higher

pratyoosh.shukla@gmail.com

Claims from this researcher:

Salvi, Darshita

1 papers · 3 claims

Cell · Pmol · Fold · Compared · Higher

pratyoosh.shukla@gmail.com

Claims from this researcher:

Kushwaha, Hiralal

1 papers · 3 claims

Cell · Pmol · Fold · Compared · Higher

pratyoosh.shukla@gmail.com

Claims from this researcher:

Chitnis, Nikhil B.

1 papers · 3 claims

Cell · Pmol · Fold · Compared · Higher

pratyoosh.shukla@gmail.com

Claims from this researcher:

Zúñiga, Roberto

1 papers · 3 claims

Specific · Productivity · Cell · Maximum · Anti

claudia.altamirano@pucv.cl

Claims from this researcher:

Gutierrez, Matias

1 papers · 3 claims

Specific · Productivity · Cell · Maximum · Anti

claudia.altamirano@pucv.cl

Claims from this researcher:

Collazo, Norberto

1 papers · 3 claims

Specific · Productivity · Cell · Maximum · Anti

claudia.altamirano@pucv.cl

Claims from this researcher:

Reyes, Juan

1 papers · 3 claims

Specific · Productivity · Cell · Maximum · Anti

claudia.altamirano@pucv.cl

Claims from this researcher:

Aguillon, Juan Carlos

1 papers · 3 claims

Specific · Productivity · Cell · Maximum · Anti

claudia.altamirano@pucv.cl

Claims from this researcher:

Molina, Maria Carmen

1 papers · 3 claims

Specific · Productivity · Cell · Maximum · Anti

claudia.altamirano@pucv.cl

Claims from this researcher:

Bayer, Benjamin

1 papers · 3 claims

Maximum · Product · Titer · Cell · Achieved

Claims from this researcher:

Duerkop, Mark

1 papers · 3 claims

Maximum · Product · Titer · Cell · Achieved

Claims from this researcher:

Kranjc, Jaka

1 papers · 3 claims

Fucose · Complex · Afucosylation · High · Fucosyltransferase

matjaz.brinc@novartis.com

Claims from this researcher:

Kramer, Lovro

1 papers · 3 claims

Fucose · Complex · Afucosylation · High · Fucosyltransferase

matjaz.brinc@novartis.com

Claims from this researcher:

Mikelj, Miha

1 papers · 3 claims

Fucose · Complex · Afucosylation · High · Fucosyltransferase

matjaz.brinc@novartis.com

Claims from this researcher:

Anderluh, Marko

1 papers · 3 claims

Fucose · Complex · Afucosylation · High · Fucosyltransferase

matjaz.brinc@novartis.com

Claims from this researcher:

Pišlar, Anja

1 papers · 3 claims

Fucose · Complex · Afucosylation · High · Fucosyltransferase

matjaz.brinc@novartis.com

Claims from this researcher:

Brinc, Matjaž

1 papers · 3 claims

Fucose · Complex · Afucosylation · High · Fucosyltransferase

matjaz.brinc@novartis.com

Claims from this researcher:

Xu, Shengnan

🔗 ORCID

1 papers · 3 claims

Galactose · Antibody · Titer · Cell · Galactosylation

Claims from this researcher:

Wang, Pan

🔗 ORCID

1 papers · 3 claims

Galactose · Antibody · Titer · Cell · Galactosylation

Claims from this researcher:

Liu, Xiaojing

🔗 ORCID

1 papers · 3 claims

Galactose · Antibody · Titer · Cell · Galactosylation

Claims from this researcher:

Xiaofei, Wang

🔗 ORCID

1 papers · 3 claims

Galactose · Antibody · Titer · Cell · Galactosylation

Claims from this researcher:

Jiaqi, Mao

🔗 ORCID

1 papers · 3 claims

Galactose · Antibody · Titer · Cell · Galactosylation

Claims from this researcher:

Yunfei, Lin

🔗 ORCID

1 papers · 3 claims

Galactose · Antibody · Titer · Cell · Galactosylation

Claims from this researcher:

Guozhu, Li

🔗 ORCID

1 papers · 3 claims

Galactose · Antibody · Titer · Cell · Galactosylation

Claims from this researcher:

Guohong, Qin

🔗 ORCID

1 papers · 3 claims

Galactose · Antibody · Titer · Cell · Galactosylation

Claims from this researcher:

Xu, Dan

1 papers · 3 claims

Galactose · Antibody · Titer · Cell · Galactosylation

Claims from this researcher:

Mirveis, Zohreh

1 papers · 3 claims

Spectroscopy · Successfully · Real · Time · Situ

D21127294@mytudublin.ie

Claims from this researcher:

Howe, Orla

1 papers · 3 claims

Spectroscopy · Successfully · Real · Time · Situ

D21127294@mytudublin.ie

Claims from this researcher:

Cahill, Paul A.

🔗 ORCID

1 papers · 3 claims

Spectroscopy · Successfully · Real · Time · Situ

D21127294@mytudublin.ie

Claims from this researcher:

Patil, Nitin

1 papers · 3 claims

Spectroscopy · Successfully · Real · Time · Situ

D21127294@mytudublin.ie

Claims from this researcher:

Byrne, Hugh J.

1 papers · 3 claims

Spectroscopy · Successfully · Real · Time · Situ

D21127294@mytudublin.ie

Claims from this researcher:

Shajahan, Asif

🔗 ORCID

1 papers · 3 claims

Oxidation · Expressed · Cells · Protein · Methionines

paula.lei@nih.gov

Claims from this researcher:

Jenkins, Lisa M.

🔗 ORCID

1 papers · 3 claims

Oxidation · Expressed · Cells · Protein · Methionines

paula.lei@nih.gov

Claims from this researcher:

Barefoot, Nathan

1 papers · 3 claims

Oxidation · Expressed · Cells · Protein · Methionines

paula.lei@nih.gov

Claims from this researcher:

Maldonado, Darielys

1 papers · 3 claims

Oxidation · Expressed · Cells · Protein · Methionines

paula.lei@nih.gov

Claims from this researcher:

Wolff, Jeremy J.

1 papers · 3 claims

Oxidation · Expressed · Cells · Protein · Methionines

paula.lei@nih.gov

Claims from this researcher:

Yang, Yanhong

1 papers · 3 claims

Oxidation · Expressed · Cells · Protein · Methionines

paula.lei@nih.gov

Claims from this researcher:

Kueltzo, Lisa A.

1 papers · 3 claims

Oxidation · Expressed · Cells · Protein · Methionines

paula.lei@nih.gov

Claims from this researcher:

Ficca, Valerie

1 papers · 3 claims

Oxidation · Expressed · Cells · Protein · Methionines

paula.lei@nih.gov

Claims from this researcher:

Scheideman, Elizabeth

1 papers · 3 claims

Oxidation · Expressed · Cells · Protein · Methionines

paula.lei@nih.gov

Claims from this researcher:

Loukinov, Ivan

1 papers · 3 claims

Oxidation · Expressed · Cells · Protein · Methionines

paula.lei@nih.gov

Claims from this researcher:

Carruthers, Carl

1 papers · 3 claims

Oxidation · Expressed · Cells · Protein · Methionines

paula.lei@nih.gov

Claims from this researcher:

Benmohamed, Dorra

1 papers · 3 claims

Oxidation · Expressed · Cells · Protein · Methionines

paula.lei@nih.gov

Claims from this researcher:

Gowetski, Daniel B.

1 papers · 3 claims

Oxidation · Expressed · Cells · Protein · Methionines

paula.lei@nih.gov

Claims from this researcher:

Jiang, Rong

1 papers · 3 claims

Oxidation · Expressed · Cells · Protein · Methionines

paula.lei@nih.gov

Claims from this researcher:

Yang, Sylvie R.

1 papers · 3 claims

Oxidation · Expressed · Cells · Protein · Methionines

paula.lei@nih.gov

Claims from this researcher:

Carlton, Kevin

1 papers · 3 claims

Oxidation · Expressed · Cells · Protein · Methionines

paula.lei@nih.gov

Claims from this researcher:

Gall, Jason G.

1 papers · 3 claims

Oxidation · Expressed · Cells · Protein · Methionines

paula.lei@nih.gov

Claims from this researcher:

Lei, Q. Paula

1 papers · 3 claims

Oxidation · Expressed · Cells · Protein · Methionines

paula.lei@nih.gov

Claims from this researcher:

Kol, Stefan

1 papers · 3 claims

Cell · Line · Rituximab · Produced · Lines

stef.kol@gmail.com

Claims from this researcher:

Wulff, Tune

1 papers · 3 claims

Cell · Line · Rituximab · Produced · Lines

stef.kol@gmail.com

Claims from this researcher:

Decker, Marianne

1 papers · 3 claims

Cell · Line · Rituximab · Produced · Lines

stef.kol@gmail.com

Claims from this researcher:

Arnsdorf, Johnny

1 papers · 3 claims

Cell · Line · Rituximab · Produced · Lines

stef.kol@gmail.com

Claims from this researcher:

Chiang, Austin W.T.

1 papers · 3 claims

Cell · Line · Rituximab · Produced · Lines

stef.kol@gmail.com

Claims from this researcher:

Dixit, Neha

1 papers · 3 claims

Culture · Optimized · Media · Glycosylation · Profile

asrathore@biotechcmz.com

Claims from this researcher:

Wang, Jing

🔗 ORCID

1 papers · 3 claims

Model · Lppls · Compared · Enzyme · Input

jwang@ncut.edu.cn

Claims from this researcher:

Chen, Xiaolu

1 papers · 3 claims

Model · Lppls · Compared · Enzyme · Input

jwang@ncut.edu.cn

Claims from this researcher:

Nan, Yuhan

🔗 ORCID

1 papers · 3 claims

Model · Lppls · Compared · Enzyme · Input

jwang@ncut.edu.cn

Claims from this researcher:

Zhou, Jinglin

1 papers · 3 claims

Model · Lppls · Compared · Enzyme · Input

jwang@ncut.edu.cn

Claims from this researcher:

Xue, Tonglai

1 papers · 3 claims

Model · Lppls · Compared · Enzyme · Input

jwang@ncut.edu.cn

Claims from this researcher:

Meuwly F, von Stockar U, Kadouri A.

1 papers · 3 claims

Rate · Cell · Reducing · Medium · Perfusion

Claims from this researcher:

Elshereef, Abdalla Adel Sabry Abdelrazik Mohamed

1 papers · 3 claims

Transfection · Efficiency · Transient · Modified · Repeated

Claims from this researcher:

Paul, William

1 papers · 3 claims

Optimized · Control · Platform · Culture · System

william.paul@lifetech.com

Claims from this researcher:

Davis, Raymond

1 papers · 3 claims

Optimized · Control · Platform · Culture · System

william.paul@lifetech.com

Claims from this researcher:

Campbell, Andrew

1 papers · 3 claims

Optimized · Control · Platform · Culture · System

william.paul@lifetech.com

Claims from this researcher:

Terkildsen, Sarah

1 papers · 3 claims

Optimized · Control · Platform · Culture · System

william.paul@lifetech.com

Claims from this researcher:

Brasher, Vann

1 papers · 3 claims

Optimized · Control · Platform · Culture · System

william.paul@lifetech.com

Claims from this researcher:

Powell, James

1 papers · 3 claims

Optimized · Control · Platform · Culture · System

william.paul@lifetech.com

Claims from this researcher:

Engelbert, Blake

1 papers · 3 claims

Optimized · Control · Platform · Culture · System

william.paul@lifetech.com

Claims from this researcher:

Clarke, Howard

1 papers · 3 claims

Optimized · Control · Platform · Culture · System

william.paul@lifetech.com

Claims from this researcher:

Akamine, Pearl

1 papers · 3 claims

Levels · Adjusting · Cell · Culture · Significantly

manuel.delgadovelez@upr.edu

Claims from this researcher:

González‐Feliciano, José A.

1 papers · 3 claims

Levels · Adjusting · Cell · Culture · Significantly

manuel.delgadovelez@upr.edu

Claims from this researcher:

Almodóvar, Ruth

1 papers · 3 claims

Levels · Adjusting · Cell · Culture · Significantly

manuel.delgadovelez@upr.edu

Claims from this researcher:

Morell, Gloriner

1 papers · 3 claims

Levels · Adjusting · Cell · Culture · Significantly

manuel.delgadovelez@upr.edu

Claims from this researcher:

Sandoval, Javier

1 papers · 3 claims

Levels · Adjusting · Cell · Culture · Significantly

manuel.delgadovelez@upr.edu

Claims from this researcher:

Capó-Vélez, Coral M.

1 papers · 3 claims

Levels · Adjusting · Cell · Culture · Significantly

manuel.delgadovelez@upr.edu

Claims from this researcher:

Delgado‐Vélez, Manuel

1 papers · 3 claims

Levels · Adjusting · Cell · Culture · Significantly

manuel.delgadovelez@upr.edu

Claims from this researcher:

Prieto-Costas, Luis A.

1 papers · 3 claims

Levels · Adjusting · Cell · Culture · Significantly

manuel.delgadovelez@upr.edu

Claims from this researcher:

Madera, Bismark

1 papers · 3 claims

Levels · Adjusting · Cell · Culture · Significantly

manuel.delgadovelez@upr.edu

Claims from this researcher:

Eichinger, Daniel

1 papers · 3 claims

Levels · Adjusting · Cell · Culture · Significantly

manuel.delgadovelez@upr.edu

Claims from this researcher:

Pino, Ignacio

1 papers · 3 claims

Levels · Adjusting · Cell · Culture · Significantly

manuel.delgadovelez@upr.edu

Claims from this researcher:

Rivera, José H.

1 papers · 3 claims

Levels · Adjusting · Cell · Culture · Significantly

manuel.delgadovelez@upr.edu

Claims from this researcher:

Ortiz-Ubarri, José

1 papers · 3 claims

Levels · Adjusting · Cell · Culture · Significantly

manuel.delgadovelez@upr.edu

Claims from this researcher:

Rivera, José M.

1 papers · 3 claims

Levels · Adjusting · Cell · Culture · Significantly

manuel.delgadovelez@upr.edu

Claims from this researcher:

Baerga‐Ortiz, Abel

1 papers · 3 claims

Levels · Adjusting · Cell · Culture · Significantly

manuel.delgadovelez@upr.edu

Claims from this researcher:

Lasalde‐Dominicci, José A.

1 papers · 3 claims

Levels · Adjusting · Cell · Culture · Significantly

manuel.delgadovelez@upr.edu

Claims from this researcher:

Gupta SK, Sharma A, Kushwaha H, Shukla P.

1 papers · 3 claims

Cell · Expression · Cells · Resulted · Compared

pratyoosh.shukla@gmail.com

Claims from this researcher:

Pappenreiter, Magdalena

1 papers · 3 claims

Viable · Oxygen · Uptake · Rate · Significant

Claims from this researcher:

Sommeregger, Wolfgang

1 papers · 3 claims

Viable · Oxygen · Uptake · Rate · Significant

Claims from this researcher:

Elliott, Kathryn

1 papers · 3 claims

Cell · Control · Elevated · Settings · Lactate

harcum@clemson.edu

Claims from this researcher:

Skelton, Bradley A.

1 papers · 3 claims

Cell · Control · Elevated · Settings · Lactate

harcum@clemson.edu

Claims from this researcher:

Dahodwala, Hussain

1 papers · 3 claims

Cell · Control · Elevated · Settings · Lactate

harcum@clemson.edu

Claims from this researcher:

Felix, Marius Nicolaus

1 papers · 3 claims

Cell · Culture · Reduced · Hcps · Genomic

patrick.garidel@boehringer-ingelheim.com

Claims from this researcher:

Waerner, Thomas

1 papers · 3 claims

Cell · Culture · Reduced · Hcps · Genomic

patrick.garidel@boehringer-ingelheim.com

Claims from this researcher:

Lakatos, Daniel

1 papers · 3 claims

Cell · Culture · Reduced · Hcps · Genomic

patrick.garidel@boehringer-ingelheim.com

Claims from this researcher:

Reisinger, Bernd

1 papers · 3 claims

Cell · Culture · Reduced · Hcps · Genomic

patrick.garidel@boehringer-ingelheim.com

Claims from this researcher:

Fischer, Simon

1 papers · 3 claims

Cell · Culture · Reduced · Hcps · Genomic

patrick.garidel@boehringer-ingelheim.com

Claims from this researcher:

Garidel, Patrick

1 papers · 3 claims

Cell · Culture · Reduced · Hcps · Genomic

patrick.garidel@boehringer-ingelheim.com

Claims from this researcher:

Alhuthali, Sakhr

1 papers · 3 claims

Temperature · Cell · Physiological · Times · Increase

s.alhuthali15@imperial.ac.uk

Claims from this researcher:

Chen, Xiaofeng

🔗 ORCID

1 papers · 3 claims

Recombinant · Cell · Electronic · Noses · Proton

zhengli24@szu.edu.cn

Claims from this researcher:

Hu, Runmen

1 papers · 3 claims

Recombinant · Cell · Electronic · Noses · Proton

zhengli24@szu.edu.cn

Claims from this researcher:

Hu, Luoyu

1 papers · 3 claims

Recombinant · Cell · Electronic · Noses · Proton

zhengli24@szu.edu.cn

Claims from this researcher:

Huang, Yingcan

1 papers · 3 claims

Recombinant · Cell · Electronic · Noses · Proton

zhengli24@szu.edu.cn

Claims from this researcher:

Shi, Wenyang

1 papers · 3 claims

Recombinant · Cell · Electronic · Noses · Proton

zhengli24@szu.edu.cn

Claims from this researcher:

Wei, Qingshan

1 papers · 3 claims

Recombinant · Cell · Electronic · Noses · Proton

zhengli24@szu.edu.cn

Claims from this researcher:

Li, Zheng

🔗 ORCID

1 papers · 3 claims

Recombinant · Cell · Electronic · Noses · Proton

zhengli24@szu.edu.cn

Claims from this researcher:

Martinez-Cano, Diandra

1 papers · 3 claims

Site · Cell · Pools · Signal · Peptide

Claims from this researcher:

Ravichandran, Rashmi

1 papers · 3 claims

Site · Cell · Pools · Signal · Peptide

Claims from this researcher:

Le, Huong

1 papers · 3 claims

Site · Cell · Pools · Signal · Peptide

Claims from this researcher:

Wong, H. Edward

1 papers · 3 claims

Site · Cell · Pools · Signal · Peptide

Claims from this researcher:

Jagannathan, Bharat

1 papers · 3 claims

Site · Cell · Pools · Signal · Peptide

Claims from this researcher:

Liu, Erik J.

1 papers · 3 claims

Site · Cell · Pools · Signal · Peptide

Claims from this researcher:

Bailey, William

1 papers · 3 claims

Site · Cell · Pools · Signal · Peptide

Claims from this researcher:

Yang, Jane

1 papers · 3 claims

Site · Cell · Pools · Signal · Peptide

Claims from this researcher:

Matthies, Kelli

1 papers · 3 claims

Site · Cell · Pools · Signal · Peptide

Claims from this researcher:

Barkhordarian, Hedieh

1 papers · 3 claims

Site · Cell · Pools · Signal · Peptide

Claims from this researcher:

Srinivasan, Nithya

1 papers · 3 claims

Site · Cell · Pools · Signal · Peptide

Claims from this researcher:

Zhang, Jun

🔗 ORCID

1 papers · 3 claims

Site · Cell · Pools · Signal · Peptide

junzhang@ieee.org

Claims from this researcher:

Hsu, Angel

1 papers · 3 claims

Site · Cell · Pools · Signal · Peptide

Claims from this researcher:

Wypych, Jette

1 papers · 3 claims

Site · Cell · Pools · Signal · Peptide

Claims from this researcher:

Stevens, Jennitte

1 papers · 3 claims

Site · Cell · Pools · Signal · Peptide

Claims from this researcher:

Piedmonte, Deirdre Murphy

1 papers · 3 claims

Site · Cell · Pools · Signal · Peptide

Claims from this researcher:

Miranda, Les P.

1 papers · 3 claims

Site · Cell · Pools · Signal · Peptide

Claims from this researcher:

Carter, Lauren

1 papers · 3 claims

Site · Cell · Pools · Signal · Peptide

Claims from this researcher:

Murphy, Michael

1 papers · 3 claims

Site · Cell · Pools · Signal · Peptide

Claims from this researcher:

King, Neil P.

1 papers · 3 claims

Site · Cell · Pools · Signal · Peptide

Claims from this researcher:

Soice, Neil

1 papers · 3 claims

Site · Cell · Pools · Signal · Peptide

Claims from this researcher:

Schulze, Markus

🔗 ORCID

1 papers · 3 claims

Cell · Specific · Perfusion · Caused · Butyric

Claims from this researcher:

Nagraik, Tamanna

1 papers · 3 claims

Cell · Reducing · Point · Concentration · Titre

Claims from this researcher:

Harrington, Cameron

1 papers · 3 claims

Cultures · Specific · Productivity · Batch · Bcaa

Claims from this researcher:

Kalomeris, Taylor

1 papers · 3 claims

Cultures · Specific · Productivity · Batch · Bcaa

Claims from this researcher:

Jacobs, Michaela

1 papers · 3 claims

Cultures · Specific · Productivity · Batch · Bcaa

Claims from this researcher:

Hiller, Gregory

1 papers · 3 claims

Cultures · Specific · Productivity · Batch · Bcaa

Claims from this researcher:

Johari, Yusuf B.

1 papers · 3 claims

Cell · Fold · Spike · Hypothermia · Specific

d.c.james@sheffield.ac.uk

Claims from this researcher:

Jaffe, Stephen

1 papers · 3 claims

Cell · Fold · Spike · Hypothermia · Specific

d.c.james@sheffield.ac.uk

Claims from this researcher:

Scarrott, Joseph M.

1 papers · 3 claims

Cell · Fold · Spike · Hypothermia · Specific

d.c.james@sheffield.ac.uk

Claims from this researcher:

Johnson, Abayomi O.

1 papers · 3 claims

Cell · Fold · Spike · Hypothermia · Specific

d.c.james@sheffield.ac.uk

Claims from this researcher:

Mozzanino, Th o

1 papers · 3 claims

Cell · Fold · Spike · Hypothermia · Specific

d.c.james@sheffield.ac.uk

Claims from this researcher:

Pohle, Thilo H.

1 papers · 3 claims

Cell · Fold · Spike · Hypothermia · Specific

d.c.james@sheffield.ac.uk

Claims from this researcher:

Maisuria, Sheetal

1 papers · 3 claims

Cell · Fold · Spike · Hypothermia · Specific

d.c.james@sheffield.ac.uk

Claims from this researcher:

Cammack, Amina Bhayat

1 papers · 3 claims

Cell · Fold · Spike · Hypothermia · Specific

d.c.james@sheffield.ac.uk

Claims from this researcher:

Brown, Adam

🔗 ORCID

1 papers · 3 claims

Cell · Fold · Spike · Hypothermia · Specific

d.c.james@sheffield.ac.uk

Claims from this researcher:

Tee, Kang Lan

1 papers · 3 claims

Cell · Fold · Spike · Hypothermia · Specific

d.c.james@sheffield.ac.uk

Claims from this researcher:

Jackson, Philip J.

1 papers · 3 claims

Cell · Fold · Spike · Hypothermia · Specific

d.c.james@sheffield.ac.uk

Claims from this researcher:

Wong, Tuck Seng

🔗 ORCID

1 papers · 3 claims

Cell · Fold · Spike · Hypothermia · Specific

d.c.james@sheffield.ac.uk

Claims from this researcher:

Dickman, M. M.

🔗 ORCID

1 papers · 3 claims

Cell · Fold · Spike · Hypothermia · Specific

d.c.james@sheffield.ac.uk

Claims from this researcher:

Sargur, Ravishankar

1 papers · 3 claims

Cell · Fold · Spike · Hypothermia · Specific

d.c.james@sheffield.ac.uk

Claims from this researcher:

Boniface, Ryan

1 papers · 3 claims

Galactosylation · Addition · Medium · Components · Increase

Ryan.Boniface@lifetech.com

Claims from this researcher:

Schageman, Jeoffrey

1 papers · 3 claims

Galactosylation · Addition · Medium · Components · Increase

Ryan.Boniface@lifetech.com

Claims from this researcher:

Sanderson, Brian

1 papers · 3 claims

Galactosylation · Addition · Medium · Components · Increase

Ryan.Boniface@lifetech.com

Claims from this researcher:

Gillmeister, Michael

1 papers · 3 claims

Galactosylation · Addition · Medium · Components · Increase

Ryan.Boniface@lifetech.com

Claims from this researcher:

Varela-Rohena, Angel

1 papers · 3 claims

Galactosylation · Addition · Medium · Components · Increase

Ryan.Boniface@lifetech.com

Claims from this researcher:

Yan, John

1 papers · 3 claims

Galactosylation · Addition · Medium · Components · Increase

Ryan.Boniface@lifetech.com

Claims from this researcher:

Tennico, Yolanda

1 papers · 3 claims

Galactosylation · Addition · Medium · Components · Increase

Ryan.Boniface@lifetech.com

Claims from this researcher:

Barrett, Shawn

1 papers · 3 claims

Galactosylation · Addition · Medium · Components · Increase

Ryan.Boniface@lifetech.com

Claims from this researcher:

Setterquist, Robert

1 papers · 3 claims

Galactosylation · Addition · Medium · Components · Increase

Ryan.Boniface@lifetech.com

Claims from this researcher:

Gorfien, Stephen

1 papers · 3 claims

Galactosylation · Addition · Medium · Components · Increase

Ryan.Boniface@lifetech.com

Claims from this researcher:

Park, Jin Hyoung

1 papers · 3 claims

Culture · Concentration · Batch · Maximum · Significantly

jonwkim@kbio.kr

Claims from this researcher:

Jin, Jong Hwa

1 papers · 3 claims

Culture · Concentration · Batch · Maximum · Significantly

jonwkim@kbio.kr

Claims from this researcher:

Lim, Ju‐Hyeon

1 papers · 3 claims

Culture · Concentration · Batch · Maximum · Significantly

jonwkim@kbio.kr

Claims from this researcher:

An, Hyun Joo

1 papers · 3 claims

Culture · Concentration · Batch · Maximum · Significantly

jonwkim@kbio.kr

Claims from this researcher:

Kim, Jong‐Won

1 papers · 3 claims

Culture · Concentration · Batch · Maximum · Significantly

jonwkim@kbio.kr

Claims from this researcher:

Strasser, Lisa

1 papers · 3 claims

Temperature · Resulted · Lowering · Fold · Increase

jonathan.bones@nibrt.ie

Claims from this researcher:

Farrell, Amy

1 papers · 3 claims

Temperature · Resulted · Lowering · Fold · Increase

jonathan.bones@nibrt.ie

Claims from this researcher:

Ho, Jenny T. C.

1 papers · 3 claims

Temperature · Resulted · Lowering · Fold · Increase

jonathan.bones@nibrt.ie

Claims from this researcher:

Scheffler, Kai

1 papers · 3 claims

Temperature · Resulted · Lowering · Fold · Increase

jonathan.bones@nibrt.ie

Claims from this researcher:

Cook, Ken

1 papers · 3 claims

Temperature · Resulted · Lowering · Fold · Increase

jonathan.bones@nibrt.ie

Claims from this researcher:

Pankert, Patrick

1 papers · 3 claims

Temperature · Resulted · Lowering · Fold · Increase

jonathan.bones@nibrt.ie

Claims from this researcher:

Mowlds, Peter

1 papers · 3 claims

Temperature · Resulted · Lowering · Fold · Increase

jonathan.bones@nibrt.ie

Claims from this researcher:

Viner, Rosa

1 papers · 3 claims

Temperature · Resulted · Lowering · Fold · Increase

jonathan.bones@nibrt.ie

Claims from this researcher:

Karger, Barry L.

1 papers · 3 claims

Temperature · Resulted · Lowering · Fold · Increase

jonathan.bones@nibrt.ie

Claims from this researcher:

Sahoo, Ansuman

1 papers · 3 claims

Batch · Perfusion · Abundance · Hcps · Correlated

sri.madabhushi@merck.com

Claims from this researcher:

Tsukiadate, Taku

1 papers · 3 claims

Batch · Perfusion · Abundance · Hcps · Correlated

sri.madabhushi@merck.com

Claims from this researcher:

Lin, Bor‐Ruei

1 papers · 3 claims

Batch · Perfusion · Abundance · Hcps · Correlated

sri.madabhushi@merck.com

Claims from this researcher:

Kotzbauer, Erin

1 papers · 3 claims

Batch · Perfusion · Abundance · Hcps · Correlated

sri.madabhushi@merck.com

Claims from this researcher:

Houser, Jason

1 papers · 3 claims

Batch · Perfusion · Abundance · Hcps · Correlated

sri.madabhushi@merck.com

Claims from this researcher:

Patel, Misaal

1 papers · 3 claims

Batch · Perfusion · Abundance · Hcps · Correlated

sri.madabhushi@merck.com

Claims from this researcher:

Li, Xuanwen

1 papers · 3 claims

Batch · Perfusion · Abundance · Hcps · Correlated

sri.madabhushi@merck.com

Claims from this researcher:

Madabhushi, Sri Ranganayaki

1 papers · 3 claims

Batch · Perfusion · Abundance · Hcps · Correlated

sri.madabhushi@merck.com

Claims from this researcher:

Aksu, Buket

1 papers · 3 claims

Cell · Culture · Parameters · Such · Viability

Claims from this researcher:

Sezer, Ali Demir

1 papers · 3 claims

Cell · Culture · Parameters · Such · Viability

Claims from this researcher:

Yeğen, Gizem

1 papers · 3 claims

Cell · Culture · Parameters · Such · Viability

Claims from this researcher:

Kuşçu, Lale

1 papers · 3 claims

Cell · Culture · Parameters · Such · Viability

Claims from this researcher:

Fatemi, Elnaz

1 papers · 3 claims

Group · Designed · Amino · Acid · Feed

behrouz-vaziri@pasteur.ac.ir

Claims from this researcher:

Basri, Seyed Masoud Moosavi

1 papers · 3 claims

Group · Designed · Amino · Acid · Feed

behrouz-vaziri@pasteur.ac.ir

Claims from this researcher:

Rives, Dyllan

1 papers · 3 claims

Knockdown · Stable · Overall · Specific · Productivity

blenner@udel.edu

Claims from this researcher:

Peak, Caroline

1 papers · 3 claims

Knockdown · Stable · Overall · Specific · Productivity

blenner@udel.edu

Claims from this researcher:

Blenner, Mark A.

1 papers · 3 claims

Knockdown · Stable · Overall · Specific · Productivity

blenner@udel.edu

Claims from this researcher:

Esmonde-White KA, Cuellar M, Uerpmann C, Lenain B, Lewis IR.

1 papers · 3 claims

Raman · Cell · Glucose · Batch · Model

Karen.Esmonde-White@kosi.endress.com

Claims from this researcher:

Floris, Patrick

1 papers · 3 claims

Culture · Batch · Conditions · Prevented · Glucose

jonathan.bones@nibrt.ie

Claims from this researcher:

Dorival–García, Noemí

1 papers · 3 claims

Culture · Batch · Conditions · Prevented · Glucose

jonathan.bones@nibrt.ie

Claims from this researcher:

Lewis, Graham

1 papers · 3 claims

Culture · Batch · Conditions · Prevented · Glucose

jonathan.bones@nibrt.ie

Claims from this researcher:

Josland, G.D.

1 papers · 3 claims

Culture · Batch · Conditions · Prevented · Glucose

jonathan.bones@nibrt.ie

Claims from this researcher:

Merriman, Daniel

1 papers · 3 claims

Culture · Batch · Conditions · Prevented · Glucose

jonathan.bones@nibrt.ie

Claims from this researcher:

Rives D, Richbourg T, Gurtler S, Martone J, Blenner M.

1 papers · 3 claims

Cell · Temperature · Reducing · Culture · Downshift

dyllanmrives@gmail.com

Claims from this researcher:

Tripathi, Nagesh K.

1 papers · 3 claims

Cell · Monoclonal · Antibody · Production · Host

tripathink@gmail.com

Claims from this researcher:

Shrivastava, Ambuj

1 papers · 3 claims

Cell · Monoclonal · Antibody · Production · Host

tripathink@gmail.com

Claims from this researcher:

Geng, Shao-Lei

1 papers · 3 claims

Culture · Temperature · Degradation · Cell · Product

wtianyuncn@126.com

Claims from this researcher:

Zhao, Xiao-Jie

1 papers · 3 claims

Culture · Temperature · Degradation · Cell · Product

wtianyuncn@126.com

Claims from this researcher:

Zhang, Xi

🔗 ORCID

1 papers · 3 claims

Culture · Temperature · Degradation · Cell · Product

wtianyuncn@126.com

Claims from this researcher:

Zhang, Ji-Hong

🔗 ORCID

1 papers · 3 claims

Culture · Temperature · Degradation · Cell · Product

wtianyuncn@126.com

Claims from this researcher:

Mi, Chun-Liu

1 papers · 3 claims

Culture · Temperature · Degradation · Cell · Product

wtianyuncn@126.com

Claims from this researcher:

Kallehauge, Thomas Beuchert

1 papers · 3 claims

Growth · Specific · Productivity · Phase · Increase

gyunminlee@kaist.ac.kr

Claims from this researcher:

Ha, Tae Kwang

1 papers · 3 claims

Growth · Specific · Productivity · Phase · Increase

gyunminlee@kaist.ac.kr

Claims from this researcher:

Andersen, Mikael Rørdam

1 papers · 3 claims

Growth · Specific · Productivity · Phase · Increase

gyunminlee@kaist.ac.kr

Claims from this researcher:

O'Rourke SM, Byrne G, Tatsuno G, Wright M, Yu B, Mesa KA, Doran RC, Alexander D, Berman PW.

1 papers · 3 claims

Cell · Harvest · Produced · Derivatized · Primarily

pwb@soe.ucsc.edu

Claims from this researcher:

Galli, M

1 papers · 3 claims

Treatment · Nabu · Sodium · Butyrate · Increase

bi_xuezhi@bti.a-star.edu.sg

Claims from this researcher:

Liu, Lillian Chia-Yi

1 papers · 3 claims

Treatment · Nabu · Sodium · Butyrate · Increase

bi_xuezhi@bti.a-star.edu.sg

Claims from this researcher:

Sim, Kae Hwan

1 papers · 3 claims

Treatment · Nabu · Sodium · Butyrate · Increase

bi_xuezhi@bti.a-star.edu.sg

Claims from this researcher:

Kok, Yee Jiun

1 papers · 3 claims

Treatment · Nabu · Sodium · Butyrate · Increase

bi_xuezhi@bti.a-star.edu.sg

Claims from this researcher:

Wongtrakul‐Kish, Katherine

1 papers · 3 claims

Treatment · Nabu · Sodium · Butyrate · Increase

bi_xuezhi@bti.a-star.edu.sg

Claims from this researcher:

Tate, Stephen

1 papers · 3 claims

Treatment · Nabu · Sodium · Butyrate · Increase

bi_xuezhi@bti.a-star.edu.sg

Claims from this researcher:

Bi, Xuezhi

1 papers · 3 claims

Treatment · Nabu · Sodium · Butyrate · Increase

bi_xuezhi@bti.a-star.edu.sg

Claims from this researcher:

Sieck, Jochen Bastian

1 papers · 3 claims

Stress · Shear · When · Subjected · Bioreactors

Claims from this researcher:

Ott, Vivian

1 papers · 3 claims

Batch · Cultivations · Stirred · Bioreactors · Cells

jan.ott@zhaw.ch

Claims from this researcher:

Ott, Jan

1 papers · 3 claims

Batch · Cultivations · Stirred · Bioreactors · Cells

jan.ott@zhaw.ch

Claims from this researcher:

Eibl, Dieter

🔗 ORCID

1 papers · 3 claims

Batch · Cultivations · Stirred · Bioreactors · Cells

jan.ott@zhaw.ch

Claims from this researcher:

Eibl, Regine

🔗 ORCID

1 papers · 3 claims

Batch · Cultivations · Stirred · Bioreactors · Cells

jan.ott@zhaw.ch

Claims from this researcher:

Toronjo-Urquiza, Luis

1 papers · 3 claims

Cell · Text · Times · Cells · Viable

robert.falconer@adelaide.edu.au

Claims from this researcher:

Nagy, Tibor

1 papers · 3 claims

Cell · Text · Times · Cells · Viable

robert.falconer@adelaide.edu.au

Claims from this researcher:

Falconer, Robert J.

1 papers · 3 claims

Cell · Text · Times · Cells · Viable

robert.falconer@adelaide.edu.au

Claims from this researcher:

Streefland, Mathieu

1 papers · 3 claims

Clone · Actifeed · Cell · Productivity · Producing

xiao.pan@wur.nl

Claims from this researcher:

Obiri, Sandra A.

1 papers · 3 claims

Specific · Rate · Cell · Culture · Function

obiri@ualberta.ca

Claims from this researcher:

Agyeman, Bernard T.

1 papers · 3 claims

Specific · Rate · Cell · Culture · Function

obiri@ualberta.ca

Claims from this researcher:

Debnath, Sarupa

1 papers · 3 claims

Specific · Rate · Cell · Culture · Function

obiri@ualberta.ca

Claims from this researcher:

Liu, Siyu

🔗 ORCID

1 papers · 3 claims

Specific · Rate · Cell · Culture · Function

obiri@ualberta.ca

Claims from this researcher:

Liu, Jinfeng

1 papers · 3 claims

Specific · Rate · Cell · Culture · Function

obiri@ualberta.ca

Claims from this researcher:

Li, Weifeng

🔗 ORCID

1 papers · 3 claims

Cell · Antibody · Acid · Cultures · Concentration

wtianyuncn@126.com

Claims from this researcher:

Fan, Zhenlin

1 papers · 3 claims

Cell · Antibody · Acid · Cultures · Concentration

wtianyuncn@126.com

Claims from this researcher:

Sauvageau, Janelle

1 papers · 3 claims

Spike · Protein · Cell · Culture · Content

Janelle.Sauvageau@nrc-cnrc.gc.ca

Claims from this researcher:

Koyuturk, Izel

1 papers · 3 claims

Spike · Protein · Cell · Culture · Content

Janelle.Sauvageau@nrc-cnrc.gc.ca

Claims from this researcher:

St. Michael, Frank

1 papers · 3 claims

Spike · Protein · Cell · Culture · Content

Janelle.Sauvageau@nrc-cnrc.gc.ca

Claims from this researcher:

Brochu, Denis

1 papers · 3 claims

Spike · Protein · Cell · Culture · Content

Janelle.Sauvageau@nrc-cnrc.gc.ca

Claims from this researcher:

Goneau, Marie-France

1 papers · 3 claims

Spike · Protein · Cell · Culture · Content

Janelle.Sauvageau@nrc-cnrc.gc.ca

Claims from this researcher:

Schoenhofen, Ian

1 papers · 3 claims

Spike · Protein · Cell · Culture · Content

Janelle.Sauvageau@nrc-cnrc.gc.ca

Claims from this researcher:

Perret, Sylvie

1 papers · 3 claims

Spike · Protein · Cell · Culture · Content

Janelle.Sauvageau@nrc-cnrc.gc.ca

Claims from this researcher:

Star, Alexandra

1 papers · 3 claims

Spike · Protein · Cell · Culture · Content

Janelle.Sauvageau@nrc-cnrc.gc.ca

Claims from this researcher:

Robotham, Anna

1 papers · 3 claims

Spike · Protein · Cell · Culture · Content

Janelle.Sauvageau@nrc-cnrc.gc.ca

Claims from this researcher:

Haqqani, Arsalan

🔗 ORCID

1 papers · 3 claims

Spike · Protein · Cell · Culture · Content

Janelle.Sauvageau@nrc-cnrc.gc.ca

Claims from this researcher:

Kelly, John

🔗 ORCID

1 papers · 3 claims

Spike · Protein · Cell · Culture · Content

Janelle.Sauvageau@nrc-cnrc.gc.ca

Claims from this researcher:

Gilbert, Michel

1 papers · 3 claims

Spike · Protein · Cell · Culture · Content

Janelle.Sauvageau@nrc-cnrc.gc.ca

Claims from this researcher:

Durocher, Yves

1 papers · 3 claims

Spike · Protein · Cell · Culture · Content

Janelle.Sauvageau@nrc-cnrc.gc.ca

Claims from this researcher:

Misorin, Aleksei K.

1 papers · 3 claims

Cells · Process · Bispecific · Continuous · Culturing

misorin@biocad.ru

Claims from this researcher:

Chernyshova, Darya O.

1 papers · 3 claims

Cells · Process · Bispecific · Continuous · Culturing

misorin@biocad.ru

Claims from this researcher:

Karbyshev, Mikhail S.

1 papers · 3 claims

Cells · Process · Bispecific · Continuous · Culturing

misorin@biocad.ru

Claims from this researcher:

Muralidharan, Naveenganesh

1 papers · 3 claims

Culture · Cell · Growth · Protein · Lactate

nmural@agcbio.com

Claims from this researcher:

Bolduc, Emma

1 papers · 3 claims

Culture · Cell · Growth · Protein · Lactate

nmural@agcbio.com

Claims from this researcher:

Davis, Mark

🔗 ORCID

1 papers · 3 claims

Culture · Cell · Growth · Protein · Lactate

nmural@agcbio.com

Claims from this researcher:

Balasubramanian, Sowmya

1 papers · 3 claims

Cell · Transposon · Pools · Lines · Produced

Claims from this researcher:

Nicolae, Averina

1 papers · 3 claims

Growth · Flux · Exponential · Total · Glucose

Claims from this researcher:

Cole, Harriet

1 papers · 3 claims

Culture · Perfusion · Immobilized · Cells · Fold

harriet.cole2@mail.dcu.ie

Claims from this researcher:

Demont, Aurélie

1 papers · 3 claims

Culture · Perfusion · Immobilized · Cells · Fold

harriet.cole2@mail.dcu.ie

Claims from this researcher:

Marison, I. W.

1 papers · 3 claims

Culture · Perfusion · Immobilized · Cells · Fold

harriet.cole2@mail.dcu.ie

Claims from this researcher:

Lohr, Verena

1 papers · 3 claims

Growth · Ammonia · Concentrations · Cells · Reported

verena.lohr@probiogen.de

Claims from this researcher:

Hädicke, Oliver

1 papers · 3 claims

Growth · Ammonia · Concentrations · Cells · Reported

verena.lohr@probiogen.de

Claims from this researcher:

Genzel, Yvonne

🔗 ORCID

1 papers · 3 claims

Growth · Ammonia · Concentrations · Cells · Reported

verena.lohr@probiogen.de

Claims from this researcher:

Jordan, Ingo

🔗 ORCID

1 papers · 3 claims

Growth · Ammonia · Concentrations · Cells · Reported

verena.lohr@probiogen.de

Claims from this researcher:

Klamt, Steffen

🔗 ORCID

1 papers · 3 claims

Growth · Ammonia · Concentrations · Cells · Reported

verena.lohr@probiogen.de

Claims from this researcher:

Reichl, Udo

🔗 ORCID

1 papers · 3 claims

Growth · Ammonia · Concentrations · Cells · Reported

verena.lohr@probiogen.de

Claims from this researcher:

Esmonde-White, Karen A.

1 papers · 3 claims

Cell · Concentration · Raman · Feed · Product

karen.esmonde-white@endress.com

Claims from this researcher:

Cuellar, Maryann

1 papers · 3 claims

Cell · Concentration · Raman · Feed · Product

karen.esmonde-white@endress.com

Claims from this researcher:

Lewis, Ian R.

1 papers · 3 claims

Cell · Concentration · Raman · Feed · Product

karen.esmonde-white@endress.com

Claims from this researcher:

Ghorbani Aghdam, Atefeh

1 papers · 3 claims

Temperature · Protein · Misfolding · Level · Shift

Maleknias@aryogen.com

Claims from this researcher:

Moradhaseli, Saeed

1 papers · 3 claims

Temperature · Protein · Misfolding · Level · Shift

Maleknias@aryogen.com

Claims from this researcher:

Jafari, Farnoush

1 papers · 3 claims

Temperature · Protein · Misfolding · Level · Shift

Maleknias@aryogen.com

Claims from this researcher:

Motahari, Paria

1 papers · 3 claims

Temperature · Protein · Misfolding · Level · Shift

Maleknias@aryogen.com

Claims from this researcher:

Samavat, Sepideh

1 papers · 3 claims

Temperature · Protein · Misfolding · Level · Shift

Maleknias@aryogen.com

Claims from this researcher:

Mahboudi, Rasoul

1 papers · 3 claims

Temperature · Protein · Misfolding · Level · Shift

Maleknias@aryogen.com

Claims from this researcher:

Albrecht, Simone

1 papers · 3 claims

Sialylation · Range · Considered · Optimal · Appropriate

Claims from this researcher:

Hilliard, Mark

1 papers · 3 claims

Sialylation · Range · Considered · Optimal · Appropriate

Claims from this researcher:

Ma, Xiaonan

1 papers · 3 claims

Cells · Cell · Knockout · Thbd · Resulted

nnm_sy@126.com

Claims from this researcher:

Wang, Nawei

1 papers · 3 claims

Cells · Cell · Knockout · Thbd · Resulted

nnm_sy@126.com

Claims from this researcher:

Yan, Qihang

1 papers · 3 claims

Cells · Cell · Knockout · Thbd · Resulted

nnm_sy@126.com

Claims from this researcher:

Li, Shuang

🔗 ORCID

1 papers · 3 claims

Cells · Cell · Knockout · Thbd · Resulted

nnm_sy@126.com

Claims from this researcher:

Hu, Guorong

1 papers · 3 claims

Cells · Cell · Knockout · Thbd · Resulted

nnm_sy@126.com

Claims from this researcher:

Zhao, Lunxiao

1 papers · 3 claims

Cells · Cell · Knockout · Thbd · Resulted

nnm_sy@126.com

Claims from this researcher:

Xiao, Ruoyin

1 papers · 3 claims

Cells · Cell · Knockout · Thbd · Resulted

nnm_sy@126.com

Claims from this researcher:

Wang, Mingqi

1 papers · 3 claims

Cells · Cell · Knockout · Thbd · Resulted

nnm_sy@126.com

Claims from this researcher:

Ma, Ningning

1 papers · 3 claims

Cells · Cell · Knockout · Thbd · Resulted

nnm_sy@126.com

Claims from this researcher:

Helgers, Heribert

1 papers · 3 claims

Cell · Glycine · Identified · Significant · Influencing

helgers@itv.tu-clausthal.de

Claims from this researcher:

Schmidt, A.

1 papers · 3 claims

Cell · Glycine · Identified · Significant · Influencing

helgers@itv.tu-clausthal.de

Claims from this researcher:

Mahameed, Mohamed

1 papers · 3 claims

Cells · Human · Increase · Titers · Production

boazt@ekmd.huji.ac.il

Claims from this researcher:

Sulieman, Afnan

1 papers · 3 claims

Cells · Human · Increase · Titers · Production

boazt@ekmd.huji.ac.il

Claims from this researcher:

Alkam, Duah

1 papers · 3 claims

Cells · Human · Increase · Titers · Production

boazt@ekmd.huji.ac.il

Claims from this researcher:

Tirosh, Boaz

1 papers · 3 claims

Cells · Human · Increase · Titers · Production

boazt@ekmd.huji.ac.il

Claims from this researcher:

Sayyari, Abdulaziz Abdullah Al

1 papers · 3 claims

System · Cultures · Bioreactor · Based · Ambr

Claims from this researcher:

Wulhfard, Sarah

1 papers · 3 claims

Cells · Recombinant · Antibody · Transfected · Hypothermic

Claims from this researcher:

Gronemeyer, Petra

1 papers · 3 claims

Cell · Conditions · Host · Reproducibility · Glycosylation

gronemeyer@itv.tu-clausthal.de

Claims from this researcher:

Ditz, Reinhard

1 papers · 3 claims

Cell · Conditions · Host · Reproducibility · Glycosylation

gronemeyer@itv.tu-clausthal.de

Claims from this researcher:

Lewis, Amanda M.

1 papers · 3 claims

Reducing · Dissolved · Oxygen · Point · Acetylneuraminic

amanda.lewis@bms.com

Claims from this researcher:

Croughan, William D.

1 papers · 3 claims

Reducing · Dissolved · Oxygen · Point · Acetylneuraminic

amanda.lewis@bms.com

Claims from this researcher:

Aranibar, Nelly

1 papers · 3 claims

Reducing · Dissolved · Oxygen · Point · Acetylneuraminic

amanda.lewis@bms.com

Claims from this researcher:

Lee, Alison G.

🔗 ORCID

1 papers · 3 claims

Reducing · Dissolved · Oxygen · Point · Acetylneuraminic

amanda.lewis@bms.com

Claims from this researcher:

Warrack, Bethanne

1 papers · 3 claims

Reducing · Dissolved · Oxygen · Point · Acetylneuraminic

amanda.lewis@bms.com

Claims from this researcher:

Abu-Absi, Nicholas R.

1 papers · 3 claims

Reducing · Dissolved · Oxygen · Point · Acetylneuraminic

amanda.lewis@bms.com

Claims from this researcher:

Patel, Rutva

1 papers · 3 claims

Reducing · Dissolved · Oxygen · Point · Acetylneuraminic

amanda.lewis@bms.com

Claims from this researcher:

Drew, Barry

1 papers · 3 claims

Reducing · Dissolved · Oxygen · Point · Acetylneuraminic

amanda.lewis@bms.com

Claims from this researcher:

Borys, Michael C.

1 papers · 3 claims

Reducing · Dissolved · Oxygen · Point · Acetylneuraminic

amanda.lewis@bms.com

Claims from this researcher:

Reily, Michael D.

🔗 ORCID

1 papers · 3 claims

Reducing · Dissolved · Oxygen · Point · Acetylneuraminic

amanda.lewis@bms.com

Claims from this researcher:

Li, Zheng Jian

1 papers · 3 claims

Reducing · Dissolved · Oxygen · Point · Acetylneuraminic

amanda.lewis@bms.com

Claims from this researcher:

Sou S, Sellick C, Lee K, Mason A, Kyriakopoulos S, Polizzi K, Kontoravdi C.

1 papers · 3 claims

Mild · Monoclonal · Antibody · Hypothermia · Cells

si.sou07@imperial.ac.uk

Claims from this researcher:

Niu, Huijie

1 papers · 3 claims

Uridine · Monoclonal · Antibody · Concentration · Cell

fanli@ecust.edu.cn

Claims from this researcher:

Wang, Jiaqi

🔗 ORCID

1 papers · 3 claims

Uridine · Monoclonal · Antibody · Concentration · Cell

fanli@ecust.edu.cn

Claims from this researcher:

Liu, Mengjuan

1 papers · 3 claims

Uridine · Monoclonal · Antibody · Concentration · Cell

fanli@ecust.edu.cn

Claims from this researcher:

Chai, Miaomiao

1 papers · 3 claims

Uridine · Monoclonal · Antibody · Concentration · Cell

fanli@ecust.edu.cn

Claims from this researcher:

Zhao, Liang

🔗 ORCID

1 papers · 3 claims

Uridine · Monoclonal · Antibody · Concentration · Cell

fanli@ecust.edu.cn

Claims from this researcher:

Liu, Xuping

1 papers · 3 claims

Uridine · Monoclonal · Antibody · Concentration · Cell

fanli@ecust.edu.cn

Claims from this researcher:

Li, Fan

🔗 ORCID

1 papers · 3 claims

Uridine · Monoclonal · Antibody · Concentration · Cell

fanli@ecust.edu.cn

Claims from this researcher:

Tan, Wen‐Song

1 papers · 3 claims

Uridine · Monoclonal · Antibody · Concentration · Cell

fanli@ecust.edu.cn

Claims from this researcher:

Edros, Raihana

1 papers · 3 claims

Specific · Productivity · Growth · Cell · Cultures

m.al-rubeai@ucd.ie

Claims from this researcher:

Al‐Rubeai, Mohamed

1 papers · 3 claims

Specific · Productivity · Growth · Cell · Cultures

m.al-rubeai@ucd.ie

Claims from this researcher:

López-Meza, Julián

1 papers · 3 claims

Kinetic · Cells · Parameters · Cell · Across

Mario.Alvarez@itesm.mx

Claims from this researcher:

Araíz-Hernández, Diana

1 papers · 3 claims

Kinetic · Cells · Parameters · Cell · Across

Mario.Alvarez@itesm.mx

Claims from this researcher:

Carrillo-Cocom, Leydi Maribel

1 papers · 3 claims

Kinetic · Cells · Parameters · Cell · Across

Mario.Alvarez@itesm.mx

Claims from this researcher:

López-Pacheco, Felipe

1 papers · 3 claims

Kinetic · Cells · Parameters · Cell · Across

Mario.Alvarez@itesm.mx

Claims from this researcher:

Rocha-Pizaña, María del Refugio

1 papers · 3 claims

Kinetic · Cells · Parameters · Cell · Across

Mario.Alvarez@itesm.mx

Claims from this researcher:

Alvarez, Mario Moisés

1 papers · 3 claims

Kinetic · Cells · Parameters · Cell · Across

Mario.Alvarez@itesm.mx

Claims from this researcher:

Pan, Jessica

🔗 ORCID

1 papers · 3 claims

Pool · Glycan · Similar · Across · Clones

jessica.pan@merck.com

Claims from this researcher:

McPhee, Jeffrey

1 papers · 3 claims

Pool · Glycan · Similar · Across · Clones

jessica.pan@merck.com

Claims from this researcher:

Dow, Alex

1 papers · 3 claims

Pool · Glycan · Similar · Across · Clones

jessica.pan@merck.com

Claims from this researcher:

Burke, Daniel

1 papers · 3 claims

Pool · Glycan · Similar · Across · Clones

jessica.pan@merck.com

Claims from this researcher:

Gupta, Balrina

1 papers · 3 claims

Pool · Glycan · Similar · Across · Clones

jessica.pan@merck.com

Claims from this researcher:

Rose, Patricia

1 papers · 3 claims

Pool · Glycan · Similar · Across · Clones

jessica.pan@merck.com

Claims from this researcher:

Wang, Xiaowen

🔗 ORCID

1 papers · 3 claims

Pool · Glycan · Similar · Across · Clones

jessica.pan@merck.com

Claims from this researcher:

Pinto, Nuno

1 papers · 3 claims

Pool · Glycan · Similar · Across · Clones

jessica.pan@merck.com

Claims from this researcher:

Letarte, Simon

1 papers · 3 claims

Pool · Glycan · Similar · Across · Clones

jessica.pan@merck.com

Claims from this researcher:

Huang, Ying

1 papers · 3 claims

Pool · Glycan · Similar · Across · Clones

jessica.pan@merck.com

Claims from this researcher:

Li, Guanghua Benson

1 papers · 3 claims

Pool · Glycan · Similar · Across · Clones

jessica.pan@merck.com

Claims from this researcher:

Agarwal, Kitty

1 papers · 3 claims

Pool · Glycan · Similar · Across · Clones

jessica.pan@merck.com

Claims from this researcher:

Smith, Katelyn

1 papers · 3 claims

Pool · Glycan · Similar · Across · Clones

jessica.pan@merck.com

Claims from this researcher:

Liu, Ren

🔗 ORCID

1 papers · 3 claims

Pool · Glycan · Similar · Across · Clones

jessica.pan@merck.com

Claims from this researcher:

Avilan Garzon A, Ebel B, Paris C, Schneider S, Pfister D, Olmos E.

1 papers · 3 claims

Culture · Medium · Amino · Acids · Intracellular

eric.olmos@univ-lorraine.fr

Claims from this researcher:

Muller, N.

1 papers · 3 claims

Cell · Ratio · Expression · Resulting · Antibody

Claims from this researcher:

Derouazi, M.

1 papers · 3 claims

Cell · Ratio · Expression · Resulting · Antibody

Claims from this researcher:

Van Tilborgh, F.

1 papers · 3 claims

Cell · Ratio · Expression · Resulting · Antibody

Claims from this researcher:

Wulhfard, S.

1 papers · 3 claims

Cell · Ratio · Expression · Resulting · Antibody

Claims from this researcher:

Hacker, D. L.

🔗 ORCID

1 papers · 3 claims

Cell · Ratio · Expression · Resulting · Antibody

Claims from this researcher:

Jordan, M.

1 papers · 3 claims

Cell · Ratio · Expression · Resulting · Antibody

Claims from this researcher:

Wurm, F. M.

1 papers · 3 claims

Cell · Ratio · Expression · Resulting · Antibody

Claims from this researcher:

Rajendra, Yashas

1 papers · 3 claims

Glutamine · Cells · Transient · When · Both

Claims from this researcher:

Baldi, Lucia

1 papers · 3 claims

Glutamine · Cells · Transient · When · Both

Claims from this researcher:

Hacker, David L.

1 papers · 3 claims

Glutamine · Cells · Transient · When · Both

Claims from this researcher:

Stettler, Matthieu

1 papers · 3 claims

Culture · Cell · Maximum · Phase · Decreasing

Claims from this researcher:

Meuwly, F.

1 papers · 3 claims

Perfusion · Rate · Medium · Volumetric · Productivity

Claims from this researcher:

von Stockar, U.

1 papers · 3 claims

Perfusion · Rate · Medium · Volumetric · Productivity

Claims from this researcher:

Kadouri, A.

1 papers · 3 claims

Perfusion · Rate · Medium · Volumetric · Productivity

Claims from this researcher:

Ko, Sung Hee

1 papers · 3 claims

Cell · Concentration · Valproic · Acid · Culture

Claims from this researcher:

Sumit, Madhuresh

1 papers · 3 claims

Levels · Batch · Culture · Supplementation · Resulted

Claims from this researcher:

Dolatshahi, Sepideh

1 papers · 3 claims

Levels · Batch · Culture · Supplementation · Resulted

Claims from this researcher:

Chu, An-Hsiang Adam

1 papers · 3 claims

Levels · Batch · Culture · Supplementation · Resulted

Claims from this researcher:

Cote, Kaffa

1 papers · 3 claims

Levels · Batch · Culture · Supplementation · Resulted

Claims from this researcher:

Scarcelli, John J.

1 papers · 3 claims

Levels · Batch · Culture · Supplementation · Resulted

Claims from this researcher:

Marshall, Jeffrey K.

1 papers · 3 claims

Levels · Batch · Culture · Supplementation · Resulted

Claims from this researcher:

Cornell, Richard J.

1 papers · 3 claims

Levels · Batch · Culture · Supplementation · Resulted

Claims from this researcher:

Weiss, Ron

1 papers · 3 claims

Levels · Batch · Culture · Supplementation · Resulted

Claims from this researcher:

Lauffenburger, Douglas A.

1 papers · 3 claims

Levels · Batch · Culture · Supplementation · Resulted

Claims from this researcher:

Figueroa, Bruno

1 papers · 3 claims

Levels · Batch · Culture · Supplementation · Resulted

Claims from this researcher:

Tan, Hong-Kiat

1 papers · 3 claims

Cirp · Cells · Expression · Interferon · Cell

Claims from this researcher:

Nyberg, Gregg B. (Gregg Bartell), 1970-

1 papers · 3 claims

Culture · Glycosylation · Site · Occupancy · Sugar

Claims from this researcher:

Fox, Stephen Richard

1 papers · 3 claims

Culture · Cells · Productivity · Specific · Compared

Claims from this researcher:

McClain, David Alan

1 papers · 3 claims

Specific · Productivity · Cells · Inhibitor · Increase

Claims from this researcher:

Wong, Niki S.C.

1 papers · 3 claims

Expression · Site · Clones · Fold · Increase

nikisc.wong@nus.edu.sg

Claims from this researcher:

Huang, Yihan

🔗 ORCID

1 papers · 3 claims

Spike · Titers · Crude · Respectively · Days

Claims from this researcher:

Minami, Shiaki

🔗 ORCID

1 papers · 3 claims

Spike · Cells · Expressed · Titer · Sars

Claims from this researcher:

Sewell, David J

1 papers · 3 claims

System · Cell · Perfusion · Gravity · Settling

dd345@cam.ac.uk

Claims from this researcher:

Turner, Richard

1 papers · 3 claims

System · Cell · Perfusion · Gravity · Settling

dd345@cam.ac.uk

Claims from this researcher:

Field, Ray

1 papers · 3 claims

System · Cell · Perfusion · Gravity · Settling

dd345@cam.ac.uk

Claims from this researcher:

Holmes, William

1 papers · 3 claims

System · Cell · Perfusion · Gravity · Settling

dd345@cam.ac.uk

Claims from this researcher:

Pradhan, Rahul

1 papers · 3 claims

System · Cell · Perfusion · Gravity · Settling

dd345@cam.ac.uk

Claims from this researcher:

Spencer, Christopher

1 papers · 3 claims

System · Cell · Perfusion · Gravity · Settling

dd345@cam.ac.uk

Claims from this researcher:

Oliver, Stephen

1 papers · 3 claims

System · Cell · Perfusion · Gravity · Settling

dd345@cam.ac.uk

Claims from this researcher:

Slater, Nigel

1 papers · 3 claims

System · Cell · Perfusion · Gravity · Settling

dd345@cam.ac.uk

Claims from this researcher:

Dikicioglu, Duygu

🔗 ORCID

1 papers · 3 claims

System · Cell · Perfusion · Gravity · Settling

dd345@cam.ac.uk

Claims from this researcher:

Sewell, David John

1 papers · 3 claims

Cell · High · Control · Titre · Displayed

Claims from this researcher:

Drouillard, Gerald

1 papers · 3 claims

High · Quality · Biogro · Cell · Protein

Claims from this researcher:

Jarusintanakorn, Salinthip

1 papers · 3 claims

Cells · Titer · Dhfr · Supplementation · Adenosine

e.mastrobattista@uu.nl

Claims from this researcher:

Rangnoi, Kuntalee

1 papers · 3 claims

Cells · Titer · Dhfr · Supplementation · Adenosine

e.mastrobattista@uu.nl

Claims from this researcher:

Yamabhai, Montarop

🔗 ORCID

1 papers · 3 claims

Cells · Titer · Dhfr · Supplementation · Adenosine

e.mastrobattista@uu.nl

Claims from this researcher:

Mastrobattista, Enrico

1 papers · 3 claims

Cells · Titer · Dhfr · Supplementation · Adenosine

e.mastrobattista@uu.nl

Claims from this researcher:

Braakman, L.J.

1 papers · 3 claims

Cell · Mutant · Glycosylation · Line · Secretion

Claims from this researcher:

Ermonval, M.

1 papers · 3 claims

Cell · Mutant · Glycosylation · Line · Secretion

Claims from this researcher:

Duvet, S.

1 papers · 3 claims

Cell · Mutant · Glycosylation · Line · Secretion

Claims from this researcher:

Zonneveld, D.

1 papers · 3 claims

Cell · Mutant · Glycosylation · Line · Secretion

Claims from this researcher:

Cacan, R.

1 papers · 3 claims

Cell · Mutant · Glycosylation · Line · Secretion

Claims from this researcher:

Buttin, G.

1 papers · 3 claims

Cell · Mutant · Glycosylation · Line · Secretion

Claims from this researcher:

Müller, Günter

1 papers · 2 claims

Protein · Aggregation · Optimal · Upstream · Process

guenter.mueller@sanofi.com

Claims from this researcher:

Sun H, Yang M, Lai H, Neupane B, Teh AY, Jugler C, Ma JK, Steinkellner H, Bai F, Chen Q.

1 papers · 2 claims

Produced · Cells · Exhibited · Heterogeneous · Glycosylation

qiang.chen.4@asu.edu

Claims from this researcher:

Dietmair, Stefanie

1 papers · 2 claims

Cells · Human · Cannot · Perform · Types

Claims from this researcher:

Hodson, Mark P.

1 papers · 2 claims

Cells · Human · Cannot · Perform · Types

Claims from this researcher:

Quek, Lake-Ee

1 papers · 2 claims

Cells · Human · Cannot · Perform · Types

Claims from this researcher:

Timmins, Nicholas E.

1 papers · 2 claims

Cells · Human · Cannot · Perform · Types

Claims from this researcher:

Gray, Peter

1 papers · 2 claims

Cells · Human · Cannot · Perform · Types

Claims from this researcher:

Nielsen, Lars K.

1 papers · 2 claims

Cells · Human · Cannot · Perform · Types

Claims from this researcher:

Robitaille, Julien

1 papers · 2 claims

Cell · Medium · Significantly · Higher · Compared

mario.jolicoeur@polymtl.ca

Claims from this researcher:

Williams, Katherine L.

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Guerrero, Steve

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Flores-Garcia, Yevel

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Kim, Dongkyoon

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Williamson, Kevin S.

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Siska, Christine

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Smidt, Pauline

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Jepson, Sofia Z.

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Li, Kan

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Dennison, S. Moses

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Mathis-Torres, Shamika

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Chen, Xiaomu

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Wille-Reece, Ulrike

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

MacGill, Randall S.

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Walker, Michael

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Jongert, Erik

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

King, C. Richter

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Ockenhouse, Christian

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Glanville, Jacob

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Moon, James E.

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Regules, Jason A.

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Tan, Yann Chong

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Cavet, Guy

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Lippow, Shaun M.

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Robinson, William H.

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Dutta, Sheetij

🔗 ORCID

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Tomaras, Georgia D.

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Zavala, Fidel

🔗 ORCID

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Ketchem, Randal R.

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Emerling, Daniel E.

1 papers · 2 claims

Production · Cell · Engineering · Antibody · Framework

kwilliams@atreca.com

Claims from this researcher:

Becker, Eric

1 papers · 2 claims

Increase · Engineering · Introduction · Heterologous · Alter

Claims from this researcher:

Klausberger M, Dürkop M, Haslacher H, Wozniak-Knopp G, Cserjan-Puschmann M, Perkmann T, Lingg N, Aguilar PP, Laurent E, De Vos J, Hofer M, Holzer B, Stadler M, Manhart G, Vierlinger K, Egger M, Milchram L, Gludovacz E, Marx N, Köppl C, Tauer C, Beck J, Maresch D, Grünwald-Gruber C, Strobl F, Satzer P, Stadlmayr G, Vavra U, Huber J, Wahrmann M, Eskandary F, Breyer M, Sieghart D, Quehenberger P, Leitner G, Strassl R, Egger AE, Irsara C, Griesmacher A, Hoermann G, Weiss G, Bellmann-Weiler R, Loeffler-Ragg J, Borth N, Strasser R, Jungbauer A, Hahn R, Mairhofer J, Hartmann B, Binder NB, Striedner G, Mach L, Weinhäusl A, Dieplinger B, Grebien F, Gerner W, Binder CJ, Grabherr R.

1 papers · 2 claims

Cell · Lines · Glycosylation · Recombinant · Sars

florian.grebien@vetmeduni.ac.at

Claims from this researcher:

Yin, Pei

🔗 ORCID

1 papers · 2 claims

Lower · Production · Higher · Cell · Culture

mj@ecust.edu.cn

Claims from this researcher:

Tong, Jing

🔗 ORCID

1 papers · 2 claims

Lower · Production · Higher · Cell · Culture

mj@ecust.edu.cn

Claims from this researcher:

Zhang, Liwei

🔗 ORCID

1 papers · 2 claims

Lower · Production · Higher · Cell · Culture

mj@ecust.edu.cn

Claims from this researcher:

Tang, Weihua

🔗 ORCID

1 papers · 2 claims

Lower · Production · Higher · Cell · Culture

mj@ecust.edu.cn

Claims from this researcher:

Jiang, Pei

🔗 ORCID

1 papers · 2 claims

Lower · Production · Higher · Cell · Culture

mj@ecust.edu.cn

Claims from this researcher:

Wan, Xun

🔗 ORCID

1 papers · 2 claims

Lower · Production · Higher · Cell · Culture

mj@ecust.edu.cn

Claims from this researcher:

Rahmatnejad, Vida

1 papers · 2 claims

Cells · Cultured · Hours · Resulted · Final

grao@umbc.edu

Claims from this researcher:

Tolosa, Michael

1 papers · 2 claims

Cells · Cultured · Hours · Resulted · Final

grao@umbc.edu

Claims from this researcher:

Ge, Xudong

1 papers · 2 claims

Cells · Cultured · Hours · Resulted · Final

grao@umbc.edu

Claims from this researcher:

Rao, Govind

1 papers · 2 claims

Cells · Cultured · Hours · Resulted · Final

grao@umbc.edu

Claims from this researcher:

Kuystermans D, Dunn MJ, Al-Rubeai M.

1 papers · 2 claims

Cell · Cmyccho · Line · Compared · Specific

m.al-rubeai@ucd.ie

Claims from this researcher:

Jiménez del Val, Ioscani

1 papers · 2 claims

Cell · Culture · Intracellular · Glycan · Glutamine

cleo.kontoravdi@imperial.ac.uk

Claims from this researcher:

Constantinou, Antony

1 papers · 2 claims

Cell · Culture · Intracellular · Glycan · Glutamine

cleo.kontoravdi@imperial.ac.uk

Claims from this researcher:

Dell, Anne

1 papers · 2 claims

Cell · Culture · Intracellular · Glycan · Glutamine

cleo.kontoravdi@imperial.ac.uk

Claims from this researcher:

Haslam, Stuart

1 papers · 2 claims

Cell · Culture · Intracellular · Glycan · Glutamine

cleo.kontoravdi@imperial.ac.uk

Claims from this researcher:

Javanmard, Shahin

1 papers · 2 claims

Cell · Culture · Glycoforms · Glycoform · Profiles

javanmard@gmail.com

Claims from this researcher:

Yang, Shiwei

1 papers · 2 claims

Monoclonal · Cell · Nutrient · Antibodies · Mabs

yangsw@hfnu.edu.cn

Claims from this researcher:

Hu, Xingming

1 papers · 2 claims

Monoclonal · Cell · Nutrient · Antibodies · Mabs

yangsw@hfnu.edu.cn

Claims from this researcher:

Zhu, Jinmiao

1 papers · 2 claims

Monoclonal · Cell · Nutrient · Antibodies · Mabs

yangsw@hfnu.edu.cn

Claims from this researcher:

Zheng, Bin

🔗 ORCID

1 papers · 2 claims

Monoclonal · Cell · Nutrient · Antibodies · Mabs

yangsw@hfnu.edu.cn

Claims from this researcher:

Bi, Wenjie

1 papers · 2 claims

Monoclonal · Cell · Nutrient · Antibodies · Mabs

yangsw@hfnu.edu.cn

Claims from this researcher:

Wang, Xiaohong

🔗 ORCID

1 papers · 2 claims

Monoclonal · Cell · Nutrient · Antibodies · Mabs

yangsw@hfnu.edu.cn

Claims from this researcher:

Wu, Jialing

1 papers · 2 claims

Monoclonal · Cell · Nutrient · Antibodies · Mabs

yangsw@hfnu.edu.cn

Claims from this researcher:

Mi, Zimeng

1 papers · 2 claims

Monoclonal · Cell · Nutrient · Antibodies · Mabs

yangsw@hfnu.edu.cn

Claims from this researcher:

Wu, Yifei

1 papers · 2 claims

Monoclonal · Cell · Nutrient · Antibodies · Mabs

yangsw@hfnu.edu.cn

Claims from this researcher:

Akhtar, Taqiyah

1 papers · 2 claims

Tenecteplase · Expressed · Cells · Asparagine · Glycosylation

ma.mazid@du.ac.bd

Claims from this researcher:

Hoq, Md. Mozammel

1 papers · 2 claims

Tenecteplase · Expressed · Cells · Asparagine · Glycosylation

ma.mazid@du.ac.bd

Claims from this researcher:

Mazid, M.A.

1 papers · 2 claims

Tenecteplase · Expressed · Cells · Asparagine · Glycosylation

ma.mazid@du.ac.bd

Claims from this researcher:

Rodrigues, Margarida Q.

1 papers · 2 claims

Gnft · Expression · Cells · Titer · Significantly

aroldao@ibet.pt

Claims from this researcher:

Tambaclal, Ashni

1 papers · 2 claims

Gnft · Expression · Cells · Titer · Significantly

aroldao@ibet.pt

Claims from this researcher:

Kloss, Brian

1 papers · 2 claims

Gnft · Expression · Cells · Titer · Significantly

aroldao@ibet.pt

Claims from this researcher:

Alves, Paula M.

🔗 ORCID

1 papers · 2 claims

Gnft · Expression · Cells · Titer · Significantly

aroldao@ibet.pt

Claims from this researcher:

Roldão, António

1 papers · 2 claims

Gnft · Expression · Cells · Titer · Significantly

aroldao@ibet.pt

Claims from this researcher:

Ou J, Si Y, Goh K, Yasui N, Guo Y, Song J, Wang L, Jaskula-Sztul R, Fan J, Zhou L, Liu R, Liu X.

1 papers · 2 claims

Achieved · Controlled · Bioreactor · Culture · Shaker

mliu@uab.edu

Claims from this researcher:

Principe, Raymon Floyd

1 papers · 2 claims

Batch · Production · Reactor · Increasing · Initial

Claims from this researcher:

Zamprognio, Maycou Soares

1 papers · 2 claims

Batch · Production · Reactor · Increasing · Initial

Claims from this researcher:

Whelan, Jessica

1 papers · 2 claims

Batch · Production · Reactor · Increasing · Initial

Claims from this researcher:

Hecklau C, Seibel R, Wehsling M, Kuschelewski J, Zimmer A.

1 papers · 2 claims

Feed · Single · Cysteine · Derivative · Higher

Aline.Zimmer@merckgroup.com

Claims from this researcher:

Froning, Karen

1 papers · 2 claims

Cells · Implementation · Seven · Stabilizing · Mutations

bkuhlman@email.unc.edu

Claims from this researcher:

Maguire, Jack

1 papers · 2 claims

Cells · Implementation · Seven · Stabilizing · Mutations

bkuhlman@email.unc.edu

Claims from this researcher:

Sereno, Arlene

1 papers · 2 claims

Cells · Implementation · Seven · Stabilizing · Mutations

bkuhlman@email.unc.edu

Claims from this researcher:

Huang, Flora

1 papers · 2 claims

Cells · Implementation · Seven · Stabilizing · Mutations

bkuhlman@email.unc.edu

Claims from this researcher:

Chang, Shawn

1 papers · 2 claims

Cells · Implementation · Seven · Stabilizing · Mutations

bkuhlman@email.unc.edu

Claims from this researcher:

Weichert, Kenneth

1 papers · 2 claims

Cells · Implementation · Seven · Stabilizing · Mutations

bkuhlman@email.unc.edu

Claims from this researcher:

Frommelt, Anton J.

1 papers · 2 claims

Cells · Implementation · Seven · Stabilizing · Mutations

bkuhlman@email.unc.edu

Claims from this researcher:

Dong, Jessica

1 papers · 2 claims

Cells · Implementation · Seven · Stabilizing · Mutations

bkuhlman@email.unc.edu

Claims from this researcher:

Wu, Xiufeng

1 papers · 2 claims

Cells · Implementation · Seven · Stabilizing · Mutations

bkuhlman@email.unc.edu

Claims from this researcher:

Austin, Heather

1 papers · 2 claims

Cells · Implementation · Seven · Stabilizing · Mutations

bkuhlman@email.unc.edu

Claims from this researcher:

Conner, Elaine M.

1 papers · 2 claims

Cells · Implementation · Seven · Stabilizing · Mutations

bkuhlman@email.unc.edu

Claims from this researcher:

Fitchett, Jonathan R.

1 papers · 2 claims

Cells · Implementation · Seven · Stabilizing · Mutations

bkuhlman@email.unc.edu

Claims from this researcher:

Heng, Aik Roy

1 papers · 2 claims

Cells · Implementation · Seven · Stabilizing · Mutations

bkuhlman@email.unc.edu

Claims from this researcher:

Balasubramaniam, Deepa

1 papers · 2 claims

Cells · Implementation · Seven · Stabilizing · Mutations

bkuhlman@email.unc.edu

Claims from this researcher:

Hilgers, Mark T.

1 papers · 2 claims

Cells · Implementation · Seven · Stabilizing · Mutations

bkuhlman@email.unc.edu

Claims from this researcher:

Kuhlman, Brian

1 papers · 2 claims

Cells · Implementation · Seven · Stabilizing · Mutations

bkuhlman@email.unc.edu

Claims from this researcher:

Demarest, Stephen J.

1 papers · 2 claims

Cells · Implementation · Seven · Stabilizing · Mutations

bkuhlman@email.unc.edu

Claims from this researcher:

Schnellbaecher, Alisa

1 papers · 2 claims

Tryptophan · Degradation · Product · Tryptanthrin · Displayed

alisa.schnellbaecher@merckgroup.com

Claims from this researcher:

Lindig, Anton

1 papers · 2 claims

Tryptophan · Degradation · Product · Tryptanthrin · Displayed

alisa.schnellbaecher@merckgroup.com

Claims from this researcher:

Le Mignon, Maxime

1 papers · 2 claims

Tryptophan · Degradation · Product · Tryptanthrin · Displayed

alisa.schnellbaecher@merckgroup.com

Claims from this researcher:

Hofmann, Tim

1 papers · 2 claims

Tryptophan · Degradation · Product · Tryptanthrin · Displayed

alisa.schnellbaecher@merckgroup.com

Claims from this researcher:

Pardon, Brit

1 papers · 2 claims

Tryptophan · Degradation · Product · Tryptanthrin · Displayed

alisa.schnellbaecher@merckgroup.com

Claims from this researcher:

Bellmaine, Stephanie

1 papers · 2 claims

Tryptophan · Degradation · Product · Tryptanthrin · Displayed

alisa.schnellbaecher@merckgroup.com

Claims from this researcher:

Воронина, Е. В.

1 papers · 2 claims

Strategy · Amplification · Subclones · Pool · Generated

voronina@pharmapark.ru

Claims from this researcher:

Seregin, Yu. A.

1 papers · 2 claims

Strategy · Amplification · Subclones · Pool · Generated

voronina@pharmapark.ru

Claims from this researcher:

Litvinova, N. А.

1 papers · 2 claims

Strategy · Amplification · Subclones · Pool · Generated

voronina@pharmapark.ru

Claims from this researcher:

SHVETS, V. I.

1 papers · 2 claims

Strategy · Amplification · Subclones · Pool · Generated

voronina@pharmapark.ru

Claims from this researcher:

Шукуров, Р. Р.

1 papers · 2 claims

Strategy · Amplification · Subclones · Pool · Generated

voronina@pharmapark.ru

Claims from this researcher:

Beckmann, Tim F

1 papers · 2 claims

Medium · Cell · Different · Reference · Platform

Tim.Beckmann@teutocell.de

Claims from this researcher:

Heinrich, Christoph

1 papers · 2 claims

Medium · Cell · Different · Reference · Platform

Tim.Beckmann@teutocell.de

Claims from this researcher:

Northoff, Stefan

1 papers · 2 claims

Medium · Cell · Different · Reference · Platform

Tim.Beckmann@teutocell.de

Claims from this researcher:

Clincke, Marie-Françoise

1 papers · 2 claims

Iron · Citrate · Rpmi · Serum · Medium

Emmanuel.Guedon@ensaia.inpl-nancy.fr

Claims from this researcher:

Guedon, Emmanuel

1 papers · 2 claims

Iron · Citrate · Rpmi · Serum · Medium

Emmanuel.Guedon@ensaia.inpl-nancy.fr

Claims from this researcher:

Yen, Frances T

1 papers · 2 claims

Iron · Citrate · Rpmi · Serum · Medium

Emmanuel.Guedon@ensaia.inpl-nancy.fr

Claims from this researcher:

Ogier, Virginie

1 papers · 2 claims

Iron · Citrate · Rpmi · Serum · Medium

Emmanuel.Guedon@ensaia.inpl-nancy.fr

Claims from this researcher:

Goergen, Jean-Louis

1 papers · 2 claims

Iron · Citrate · Rpmi · Serum · Medium

Emmanuel.Guedon@ensaia.inpl-nancy.fr

Claims from this researcher:

Hevaganinge, Anjana

1 papers · 2 claims

Cell · Spent · Media · Model · Average

ytao@umd.edu

Claims from this researcher:

Lowenstein, Eve J.

1 papers · 2 claims

Cell · Spent · Media · Model · Average

ytao@umd.edu

Claims from this researcher:

Filatova, Аnna

1 papers · 2 claims

Cell · Spent · Media · Model · Average

ytao@umd.edu

Claims from this researcher:

Modak, M J

1 papers · 2 claims

Cell · Spent · Media · Model · Average

ytao@umd.edu

Claims from this researcher:

Mogo, Nandi Thales

1 papers · 2 claims

Cell · Spent · Media · Model · Average

ytao@umd.edu

Claims from this researcher:

Rowley, Bryana

1 papers · 2 claims

Cell · Spent · Media · Model · Average

ytao@umd.edu

Claims from this researcher:

Yarmowsky, Jenny

1 papers · 2 claims

Cell · Spent · Media · Model · Average

ytao@umd.edu

Claims from this researcher:

Ehizibolo, Joshua

1 papers · 2 claims

Cell · Spent · Media · Model · Average

ytao@umd.edu

Claims from this researcher:

Hevaganinge, Ravidu

1 papers · 2 claims

Cell · Spent · Media · Model · Average

ytao@umd.edu

Claims from this researcher:

Musser, Amy

1 papers · 2 claims

Cell · Spent · Media · Model · Average

ytao@umd.edu

Claims from this researcher:

Ким, А. Ю.

1 papers · 2 claims

Cell · Spent · Media · Model · Average

ytao@umd.edu

Claims from this researcher:

Neri, Anthony

1 papers · 2 claims

Cell · Spent · Media · Model · Average

ytao@umd.edu

Claims from this researcher:

Conway, Jessica

1 papers · 2 claims

Cell · Spent · Media · Model · Average

ytao@umd.edu

Claims from this researcher:

Yuan, Yiding

1 papers · 2 claims

Cell · Spent · Media · Model · Average

ytao@umd.edu

Claims from this researcher:

Cattaneo, Maurizio

1 papers · 2 claims

Cell · Spent · Media · Model · Average

ytao@umd.edu

Claims from this researcher:

Tee, Sui Seng

1 papers · 2 claims

Cell · Spent · Media · Model · Average

ytao@umd.edu

Claims from this researcher:

Yang, Tao

🔗 ORCID

1 papers · 2 claims

Cell · Spent · Media · Model · Average

ytao@umd.edu

Claims from this researcher:

Agharafeie, Roshanak

1 papers · 2 claims

Hybrid · Model · Glycosylation · Cell · Scale

D20200461@novaims.unl.pt

Claims from this researcher:

Mendes, Jorge M.

1 papers · 2 claims

Hybrid · Model · Glycosylation · Cell · Scale

D20200461@novaims.unl.pt

Claims from this researcher:

Wang, Xueting

1 papers · 2 claims

Model · Hybrid · Artificial · Neural · Cell

y20200062@mail.ecust.edu.cn

Claims from this researcher:

Sun, Yifei

🔗 ORCID

1 papers · 2 claims

Model · Hybrid · Artificial · Neural · Cell

y20200062@mail.ecust.edu.cn

Claims from this researcher:

Li, Chao

🔗 ORCID

1 papers · 2 claims

Model · Hybrid · Artificial · Neural · Cell

y20200062@mail.ecust.edu.cn

Claims from this researcher:

Zhuang, Yingping

1 papers · 2 claims

Model · Hybrid · Artificial · Neural · Cell

y20200062@mail.ecust.edu.cn

Claims from this researcher:

Wang, Guan

🔗 ORCID

1 papers · 2 claims

Model · Hybrid · Artificial · Neural · Cell

y20200062@mail.ecust.edu.cn

Claims from this researcher:

York, Dona

1 papers · 2 claims

Supplementation · Cell · Culture · Copper · Fgly

david.rabuka@catalent.com

Claims from this researcher:

Baker, Jeanne

1 papers · 2 claims

Supplementation · Cell · Culture · Copper · Fgly

david.rabuka@catalent.com

Claims from this researcher:

Holder, Patrick G.

1 papers · 2 claims

Supplementation · Cell · Culture · Copper · Fgly

david.rabuka@catalent.com

Claims from this researcher:

Jones, Lesley C.

1 papers · 2 claims

Supplementation · Cell · Culture · Copper · Fgly

david.rabuka@catalent.com

Claims from this researcher:

Drake, Penelope M.

1 papers · 2 claims

Supplementation · Cell · Culture · Copper · Fgly

david.rabuka@catalent.com

Claims from this researcher:

Barfield, Robyn M.

1 papers · 2 claims

Supplementation · Cell · Culture · Copper · Fgly

david.rabuka@catalent.com

Claims from this researcher:

Bleck, Gregory T.

1 papers · 2 claims

Supplementation · Cell · Culture · Copper · Fgly

david.rabuka@catalent.com

Claims from this researcher:

Rabuka, David

1 papers · 2 claims

Supplementation · Cell · Culture · Copper · Fgly

david.rabuka@catalent.com

Claims from this researcher:

Zambonelli C, Dey AK, Hilt S, Stephenson S, Go EP, Clark DF, Wininger M, Labranche C, Montefiori D, Liao HX, Swanstrom RI, Desaire H, Haynes BF, Carfi A, Barnett SW.

1 papers · 2 claims

Expression · Expressing · Decreasing · Culture · Temperature

susan.w.barnett@gsk.com

Claims from this researcher:

Hutter, Sandro

1 papers · 2 claims

Specific · Galactosyltransferase · Galt · Cell · Enzyme

rudiyant@buffalo.edu

Claims from this researcher:

Wolf, Moritz

1 papers · 2 claims

Specific · Galactosyltransferase · Galt · Cell · Enzyme

rudiyant@buffalo.edu

Claims from this researcher:

Papili Gao, Nan

1 papers · 2 claims

Specific · Galactosyltransferase · Galt · Cell · Enzyme

rudiyant@buffalo.edu

Claims from this researcher:

Lepori, Dario

1 papers · 2 claims

Specific · Galactosyltransferase · Galt · Cell · Enzyme

rudiyant@buffalo.edu

Claims from this researcher:

Schweigler, Thea

1 papers · 2 claims

Specific · Galactosyltransferase · Galt · Cell · Enzyme

rudiyant@buffalo.edu

Claims from this researcher:

Morbidelli, Massimo

1 papers · 2 claims

Specific · Galactosyltransferase · Galt · Cell · Enzyme

rudiyant@buffalo.edu

Claims from this researcher:

Gunawan, Rudiyanto

1 papers · 2 claims

Specific · Galactosyltransferase · Galt · Cell · Enzyme

rudiyant@buffalo.edu

Claims from this researcher:

Zobel-Roos, Steffen

1 papers · 2 claims

Increase · Factor · Optimized · Medium · Resulted

kornecki@itv.tu-clausthal.de

Claims from this researcher:

Heikaus de Figueiredo, Laura

1 papers · 2 claims

Increase · Factor · Optimized · Medium · Resulted

kornecki@itv.tu-clausthal.de

Claims from this researcher:

Schlüter, Hartmut

1 papers · 2 claims

Increase · Factor · Optimized · Medium · Resulted

kornecki@itv.tu-clausthal.de

Claims from this researcher:

Zahel, Thomas

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Marschall, Lukas

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Abad, Sandra

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Vasilieva, Elena

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Maurer, Daniel

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Mueller, Eric

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Murphy, Patrick A.

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Natschlger, Thomas

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Brocard, Ccile

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Reinisch, Daniela

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Sagmeister, Patrick

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Hauer, Stefan

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Brocard, Cécile

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Lauber, Jennifer

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Kuschel, Maike

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Siebler, Flora

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Egger, Dominik

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Schwedhelm, Ivo

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Hansmann, Jan

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Kasper, Cornelia

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Fischer, Monica

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Clementi, Andreas

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Ribitsch, Volker

1 papers · 2 claims

Cultures · Extrinsic · Combined · Monitoring · Allowed

Claims from this researcher:

Mueller, Ronja

1 papers · 2 claims

Added · Feed · Modified · Tyrosines · Concentrated

aline.zimmer@merckgroup.com

Claims from this researcher:

Joy-Hillesheim, Isabell

1 papers · 2 claims

Added · Feed · Modified · Tyrosines · Concentrated

aline.zimmer@merckgroup.com

Claims from this researcher:

El Bagdadi, Karima

1 papers · 2 claims

Added · Feed · Modified · Tyrosines · Concentrated

aline.zimmer@merckgroup.com

Claims from this researcher:

Wehsling, Maria

1 papers · 2 claims

Added · Feed · Modified · Tyrosines · Concentrated

aline.zimmer@merckgroup.com

Claims from this researcher:

Jasper, Christian

1 papers · 2 claims

Added · Feed · Modified · Tyrosines · Concentrated

aline.zimmer@merckgroup.com

Claims from this researcher:

von Hagen, Joerg

1 papers · 2 claims

Added · Feed · Modified · Tyrosines · Concentrated

aline.zimmer@merckgroup.com

Claims from this researcher:

Bouvarel, Thomas

1 papers · 2 claims

Cell · Reducing · Levels · Galactosylated · Glycans

ARockenstein@mjhlifesciences.com

Claims from this researcher:

Fekete, Szabolcs

1 papers · 2 claims

Cell · Reducing · Levels · Galactosylated · Glycans

ARockenstein@mjhlifesciences.com

Claims from this researcher:

Guillarme, Davy

🔗 ORCID

1 papers · 2 claims

Cell · Reducing · Levels · Galactosylated · Glycans

ARockenstein@mjhlifesciences.com

Claims from this researcher:

Reinhart D, Damjanovic L, Sommeregger W, Gili A, Schafellner S, Castan A, Kaisermayer C, Kunert R.

1 papers · 2 claims

Acticho · Galactosylation · Titers · Fold · Difference

david.reinhart@boku.ac.at

Claims from this researcher:

Singh V, Jiménez del Val I, Glassey J, Kavousi F.

1 papers · 2 claims

Concentration · Lower · Glycolylneuraminic · Acid · Derivatives

jarka.glassey@newcastle.ac.uk

Claims from this researcher:

Huang, Zhuangrong

1 papers · 2 claims

Cell · Growth · Producing · Lines · Metabolic

zhuangrong_huang@student.uml.edu

Claims from this researcher:

Jerabek, Tobias

1 papers · 2 claims

Insulin · Detectable · Level · Cells · Ligand

jerabek@hochschule-bc.de

Claims from this researcher:

Klingler, Florian

1 papers · 2 claims

Insulin · Detectable · Level · Cells · Ligand

jerabek@hochschule-bc.de

Claims from this researcher:

Pfannstiel, Jens

1 papers · 2 claims

Insulin · Detectable · Level · Cells · Ligand

jerabek@hochschule-bc.de

Claims from this researcher:

Ben Yahia, Bassem

1 papers · 2 claims

Growth · Cell · Glucose · Lactate · Specific

e.heinzle@mx.uni-saarland.de

Claims from this researcher:

Heinzle, Elmar

1 papers · 2 claims

Growth · Cell · Glucose · Lactate · Specific

e.heinzle@mx.uni-saarland.de

Claims from this researcher:

Kronthaler, Jennifer

1 papers · 2 claims

Mock · Producer · Cells · Higher · Cell

jennifer.kronthaler@sandoz.com

Claims from this researcher:

Schmidberger, Timo

1 papers · 2 claims

Mock · Producer · Cells · Higher · Cell

jennifer.kronthaler@sandoz.com

Claims from this researcher:

Heel, Christine

1 papers · 2 claims

Mock · Producer · Cells · Higher · Cell

jennifer.kronthaler@sandoz.com

Claims from this researcher:

Ulonska, Sophia

1 papers · 2 claims

Batch · Glucose · Setpoint · Feed · Rate

christoph.herwig@tuwien.ac.at

Claims from this researcher:

Kager, Julian

1 papers · 2 claims

Batch · Glucose · Setpoint · Feed · Rate

christoph.herwig@tuwien.ac.at

Claims from this researcher:

Klein, Christian

🔗 ORCID

1 papers · 2 claims