Microbial Cell Culture

Expression of Recombinant Antibody Fragments: High-Density Fermentation in Multiuse and Single-Use Systems
Microbial Cell Culture
Expression of Recombinant Antibody Fragments: High-Density Fermentation in Multiuse and Single-Use SystemsExpression of Recombinant Antibody Fragments: High-Density Fermentation in Multiuse and Single-Use Systems

+3
byYongxue Ding, You Panand 3 more
Feb 9, 2022
Oxygen Control Strategy and Yield of Recombinant Antibody Fragments Produced in Fermentation
Microbial Cell Culture
Oxygen Control Strategy and Yield of Recombinant Antibody Fragments Produced in FermentationOxygen Control Strategy and Yield of Recombinant Antibody Fragments Produced in Fermentation
byYongxue Ding, You Panand 3 more
Feb 4, 2021
eBook: Of Microbrews and Medicines — Understanding Their Similarities and Differences in Bioprocessing Can Help Improve Yields and Quality
Microbial Cell Culture
eBook: Of Microbrews and Medicines — Understanding Their Similarities and Differences in Bioprocessing Can Help Improve Yields and Quality While Reducing CosteBook: Of Microbrews and Medicines — Understanding Their Similarities and Differences in Bioprocessing Can Help Improve Yields and Quality While Reducing Cost
byLisa J. Graham
Feb 8, 2018
Single-Use Processing for Microbial Fermentations
Microbial Cell Culture
Single-Use Processing for Microbial FermentationsSingle-Use Processing for Microbial Fermentations
byNephi Jones
Apr 14, 2015
Microbial Strain Development Using BioLayer Interferometry logo in a gray background |
Microbial Cell Culture
Microbial Strain Development Using BioLayer InterferometryMicrobial Strain Development Using BioLayer Interferometry
byGreg Cantin, PhD
Apr 1, 2014
Automation of Microbioreactors logo in a gray background |
Microbial Cell Culture
Automation of MicrobioreactorsAutomation of Microbioreactors
byJohannes Hemmerich, Frank Kensy
Sep 1, 2013
High-Yield Production of PASylated Human Growth Hormone Using Secretory <i>E. coli</i> Technology logo in a gray background | High-Yield Production of PASylated Human Growth Hormone Using Secretory <i>E. coli</i> Technology
Microbial Cell Culture
High-Yield Production of PASylated Human Growth Hormone Using Secretory E. coli Technology
High-Yield Production of PASylated Human Growth Hormone Using Secretory E. coli Technology
Apr 1, 2013
+2
bySilvana Di Cesare, Uli Binderand 2 more
Advances in Sensor Technology Improve Biopharmaceutical Development logo in a gray background | Advances in Sensor Technology Improve Biopharmaceutical Development
Microbial Cell Culture
Advances in Sensor Technology Improve Biopharmaceutical Development
Advances in Sensor Technology Improve Biopharmaceutical Development
Apr 1, 2013
byAmber Ratcliff, Carol Preisig
Analysis of Bacterial Biomass Growth and Metabolite Accumulation logo in a gray background | Analysis of Bacterial Biomass Growth and Metabolite Accumulation
Microbial Cell Culture
Analysis of Bacterial Biomass Growth and Metabolite Accumulation
Analysis of Bacterial Biomass Growth and Metabolite Accumulation
Jan 1, 2013
bySP Klykov, VV Kurakov
<p> Process Optimization of Biosimilars Production Using NMR Profiling </p> logo in a gray background | <p> Process Optimization of Biosimilars Production Using NMR Profiling </p>
Microbial Cell Culture
Process Optimization of Biosimilars Production Using NMR Profiling
Process Optimization of Biosimilars Production Using NMR Profiling
Jan 1, 2013
byFC Girard
A New Kinetic Structured Model for Cell Cultivation in a Chemostat logo in a gray background | A New Kinetic Structured Model for Cell Cultivation in a Chemostat
Microbial Cell Culture
A New Kinetic Structured Model for Cell Cultivation in a Chemostat
A New Kinetic Structured Model for Cell Cultivation in a Chemostat
Oct 1, 2012
bySergey P. Klykov, Vladimir V. Kurakov
Automated, Nondestructive, Rapid Microbial Testing logo in a gray background | Automated, Nondestructive, Rapid Microbial Testing
Microbial Cell Culture
Automated, Nondestructive, Rapid Microbial Testing
Automated, Nondestructive, Rapid Microbial Testing
Aug 1, 2012
byJulie Sperry
<p> A Decade of Microbial Fermentation </p> logo in a gray background | <p> A Decade of Microbial Fermentation </p>
Microbial Cell Culture
A Decade of Microbial Fermentation
A Decade of Microbial Fermentation
Jun 1, 2012
byMaribel Rios
Ten Years of Microbial Fermentation logo in a gray background | Ten Years of Microbial Fermentation
Microbial Cell Culture
Ten Years of Microbial Fermentation
Ten Years of Microbial Fermentation
Apr 1, 2012
byMaribel Rios
Think Strategically for Design of Experiments Success logo in a gray background | Think Strategically for Design of Experiments Success
Microbial Cell Culture
Think Strategically for Design of Experiments Success
Think Strategically for Design of Experiments Success
Mar 1, 2011
byRonald D. Snee
Detection of Microbial Contaminants in Water Samples Using the Milliflex® Quantum System logo in a gray background | Detection of Microbial Contaminants in Water Samples Using the Milliflex® Quantum System
Microbial Cell Culture
Detection of Microbial Contaminants in Water Samples Using the Milliflex® Quantum System
Detection of Microbial Contaminants in Water Samples Using the Milliflex® Quantum System
Jul 1, 2010
+3
byHerve Meder, Anne Baumstummlerand 3 more
Are “Land Mines” Hiding in Your Supplier Records? logo in a gray background | Are “Land Mines” Hiding in Your Supplier Records?
Microbial Cell Culture
Are “Land Mines” Hiding in Your Supplier Records?
Are “Land Mines” Hiding in Your Supplier Records?
Apr 1, 2010
byJohn Avellanet
Achieving High-Efficiency Production with Microbial Technology in a Single-Use Bioreactor Platform logo in a gray background | Achieving High-Efficiency Production with Microbial Technology in a Single-Use Bioreactor Platform
Microbial Cell Culture
Achieving High-Efficiency Production with Microbial Technology in a Single-Use Bioreactor Platform
Achieving High-Efficiency Production with Microbial Technology in a Single-Use Bioreactor Platform
Dec 1, 2008
byParrish Galliher
<i>Vendor Voice:</i> A New Paradigm for Bacterial Strain Engineering logo in a gray background | <i>Vendor Voice:</i> A New Paradigm for Bacterial Strain Engineering
Microbial Cell Culture
Vendor Voice: A New Paradigm for Bacterial Strain Engineering
Vendor Voice: A New Paradigm for Bacterial Strain Engineering
Jun 1, 2008
byBPI Contributor
Automated Closed-Loop Solution for Bioreactors and Fermentors logo in a gray background | Automated Closed-Loop Solution for Bioreactors and Fermentors
Microbial Cell Culture
Automated Closed-Loop Solution for Bioreactors and Fermentors
Automated Closed-Loop Solution for Bioreactors and Fermentors
May 1, 2008
byLarry West
Automated Closed-Loop Solution for Bioreactors and Fermentors logo in a gray background | Automated Closed-Loop Solution for Bioreactors and Fermentors
Microbial Cell Culture
Automated Closed-Loop Solution for Bioreactors and Fermentors March 2008
Automated Closed-Loop Solution for Bioreactors and Fermentors March 2008
Mar 1, 2008
byLarry West
Comparing Shaker Flasks with a Single-Use Bioreactor for Growing Yeast Seed Cultures logo in a gray background | Comparing Shaker Flasks with a Single-Use Bioreactor for Growing Yeast Seed Cultures
Microbial Cell Culture
Comparing Shaker Flasks with a Single-Use Bioreactor for Growing Yeast Seed Cultures
Comparing Shaker Flasks with a Single-Use Bioreactor for Growing Yeast Seed Cultures
Jan 1, 2008
byLynn Peacock, Kevin A. Auton
A Sensitive, Compact, In Situ Biomass Measurement System logo in a gray background | A Sensitive, Compact, In Situ Biomass Measurement System
Microbial Cell Culture
A Sensitive, Compact, In Situ Biomass Measurement System
A Sensitive, Compact, In Situ Biomass Measurement System
Jan 1, 2007
byBPI Contributor
Fermentation Design for the Manufacture of Therapeutic Plasmid DNA logo in a gray background | Fermentation Design for the Manufacture of Therapeutic Plasmid DNA
Microbial Cell Culture
Fermentation Design for the Manufacture of Therapeutic Plasmid DNA
Fermentation Design for the Manufacture of Therapeutic Plasmid DNA
Oct 1, 2005
byBPI Contributor
Using Design of Experiments To Assess Escherichia coli Fermentation Robustness logo in a gray background | Using Design of Experiments To Assess Escherichia coli Fermentation Robustness
Microbial Cell Culture
Using Design of Experiments To Assess Escherichia coli Fermentation Robustness
Using Design of Experiments To Assess Escherichia coli Fermentation Robustness
Oct 1, 2005
byBPI Contributor
Introducing the Division Biopharmaceuticals/Operations at Boehringer Ingelheim Austria: The Microbial Site for Biopharmaceuticals Contract logo in a gray background | Introducing the Division Biopharmaceuticals/Operations at Boehringer Ingelheim Austria: The Microbial Site for Biopharmaceuticals Contract
Microbial Cell Culture
Introducing the Division Biopharmaceuticals/Operations at Boehringer Ingelheim Austria: The Microbial Site for Biopharmaceuticals Contract Manufacturing
Introducing the Division Biopharmaceuticals/Operations at Boehringer Ingelheim Austria: The Microbial Site for Biopharmaceuticals Contract Manufacturing
Jul 1, 2005
byBPI Contributor
From Farming to Fermentation logo in a gray background | From Farming to Fermentation
Microbial Cell Culture
From Farming to Fermentation
From Farming to Fermentation
May 1, 2005
byBPI Contributor
Chapter 1: Microbial Fermentation logo in a gray background | Chapter 1: Microbial Fermentation
Microbial Cell Culture
Chapter 1: Microbial Fermentation
Chapter 1: Microbial Fermentation
Jun 1, 2004
byBPI Contributor
Metabolic Cooling Capacity of Fermentors logo in a gray background | Metabolic Cooling Capacity of Fermentors
Microbial Cell Culture
Metabolic Cooling Capacity of Fermentors
Metabolic Cooling Capacity of Fermentors
Apr 1, 2004
byBPI Contributor
Building a GMP Bacterial and Fungal Fermentation Facility logo in a gray background | Building a GMP Bacterial and Fungal Fermentation Facility
Microbial Cell Culture
Building a GMP Bacterial and Fungal Fermentation Facility
Building a GMP Bacterial and Fungal Fermentation Facility
Jun 1, 2003
byBPI Contributor
Monitoring "Live" Cell Concentrations in Real Time logo in a gray background | Monitoring "Live" Cell Concentrations in Real Time
Microbial Cell Culture
Monitoring "Live" Cell Concentrations in Real Time
Monitoring "Live" Cell Concentrations in Real Time
Jan 1, 2003
byBPI Contributor

Webinars

Ask the Expert webcasts
ATE Webcasts
Register Now: Big Impact from Small Samples: Harnessing High-Precision Tunable Laser Spectroscopy for Complex Bioprocessing Analysis
Register Now: Big Impact from Small Samples: Harnessing High-Precision Tunable Laser Spectroscopy for Complex Bioprocessing Analysis
Ask the Expert webcasts
ATE Webcasts
Register Now: Advancing mRNA and CircRNA-based Vaccines and Therapeutics in CMC: From Process Development to Analytics
Register Now: Advancing mRNA and CircRNA-based Vaccines and Therapeutics in CMC: From Process Development to Analytics
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Jun 5 - Jun 6, 2024
Exploit Advances in Exosomes to Improve Efficiencies in Drug Delivery: Connect with senior-level executives and scientists who will share new data and novel case studies on advancing EV products through clinical stage towards commercialization
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Innovative Technology

Bruker Tornado Spectroscopy
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Monitoring and Controlling Upstream Bioprocesses with Raman Spectroscopy
Monitoring and Controlling Upstream Bioprocesses with Raman Spectroscopy

Dec 1, 2024

Thermo Fisher White Paper
Sponsored Content
Peptones: A Powerful Tool for Manufacturing Complex Protein Therapies
Peptones: A Powerful Tool for Manufacturing Complex Protein Therapies

Nov 21, 2024

Thermo Fisher WP
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Efficient-Pro Medium and Feed 1 Enable Rapid and Seamless Upstream Process Development and Scale-Up for CHO-K1 Cells
Efficient-Pro Medium and Feed 1 Enable Rapid and Seamless Upstream Process Development and Scale-Up for CHO-K1 Cells

Nov 21, 2024

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