Eppendorf Bioprocess - Let’s Bioprocess Together

Microbial Fermentation

Let us help you harnessing the power of microbes to produce proteins, plasmids, and small molecules. Find out more!

Bioprocessing for Modern Food

You lead the way to revolutionize how we produce food. Get insights how we can pave your path.

Bioprocess Knowledge Hub

Empowering you! Learn about bioprocessing basics and find inspiration for process optimization.

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Application note: CAR T plasmid production

This application note from our application experts walks you throuhgh a step-by-step process development workflow for E. coli fermentation for anti-CD19 CAR plasmid production.

Customer webinar: precise bioprocessing through modelling

In this webinar, we hear from our customers at the National Institute for Bioprocessing Research and Training (NIBRT), who explain how bioprocess modelling is driving precision in biomanufacturing. Find out how model-supported process optimization can reduce trial and error and increase efficiency.

Article: powering up small scale bioreactors

In a recent article with GEN – Genetic Engineering & Biotechnology News, our Head of Portfolio & Applications, Simon Wieninger, PhD, shared how we engineered the DASbox Mini Bioreactor System to bring true bioreactor functionality into the 60–250 mL range.

Customer case study: iPSC aggregate culture in bioreactors

The development of regenerative medicine applications requires the large-scale production of stem cells. Read on to find out how researchers at A*STAR in Singapore successfully used bioreactors equipped with eight-blade impellers to set up and scale up iPSC aggregate culture.

Application note: Efficient feed strategy monitoring through automated sampling

Read on to find out how the Bioprocess Autosampler took 200 samples during an E. coli fermentation process, enabling efficient monitoring and evaluation of feeding strategies.

Top 10 bioprocess tips

At the Eppendorf applications lab we have compiled ten tips to empower you in mastering daily bioreactor tasks. With their guidance, you'll navigate the complexities of bioprocessing with confidence and precision.

Interview: Data-driven bioprocess development from molecule to GMP manufacturing

In this interview, the Director of Cell Line Development and Bioprocess Development of FyoniBio, highlights the importance of flexible bioreactor systems to suit various project demands, and the role of data-driven strategies in optimizing bioprocesses and transferring them from R&D to commercial production.

Beginner's guide to MSC culture

In this document, our application specialists provide a straightforward workflow to help users to culture mesenchymal stem cells in stirred-tank bioreactors.

Application note: A pH optimization approach for CHO cell cultivation

Find out, how BioNsight cloud software was used for CHO bioprocess analysis and pH optimization.

White Paper: Optimized for Commercial Manufacturing: BioBLU^® HNQ

Discover our new White Paper to find out more about BioBLU HNQ Single-Use Bioreactors and how they are optimized for clinical and commercial manufacturing.

Interview: Enabling Bioproduct Success with Fermentation Scale-Up

In this interview, the CEO of Earnest Agriculture discusses the challenges of scaling up fermentation processes and explains how the right support can be the key to success.

Automated bioreactor sampling with the Eppendorf Autosampler

This application note introduces the Eppendorf bioreactor sampling system and explains how it was used to take samples at various timepoints from four cell culture bioreactors. Read on to find out how autosampling can increase bioprocess efficiency!

Protocol: Measuring bioreactor k_La

Discover our new protocol describing how to measure the oxygen volumetric mass transfer coefficient for a stirred-tank bioreactor using the gassing-out method.

Recorded webinar: Automating upstream bioprocessing

Watch this new webinar to find out how autosampling with the Bioprocess Autosampler can improve the quality of your bioprocess data in microbial and cell culture bioprocesses.

Monitoring a cell culture bioprocess with Raman spectroscopy

Download this application note to learn how bioprocess data for Raman model development was efficiently acquired by running four bioprocesses in parallel using SciVario^® twin bioreactor control systems equipped with a ProCellics^® Raman Analyzer.

Interview with the COO of Southern RNA, Australia

Find out how BioBLU Single-Use Bioreactors can help advancing the RNA industry by increasing turn-around, reducing production downtime, and enhancing scalability.

hiPSC aggregate expansion in stirred-tank bioreactors

This application note demonstrates the feasibility of hiPSC culture using the SciVario twin bioprocess controller.

Single-use bioreactor biocompatibility study

The study showcases that during normal use there is no negative influence of the material of X-ray irradiated BioBLU Single-Use Bioreactors on CHO cell culture according to DECHEMA guidelines.

A beginner's guide to cell therapy bioprocessing

This ebook is a must-read for everyone interested in bioprocessing in cell and gene therapy research. Download your copy now!

Increasing iPSC numbers through systematic culture process optimization

The data described in this application note demonstrate the power of the controllable and adjustable growth environment in stirred-tank bioreactors to advance the expansion of iPSCs.

Metabolic phenotype preservation of MSCs cultivated in bioreactors

This application note highlights the importance of monitoring the cells’ metabolic status throughout the bioprocess and shows a high reproducibility of runs when using a DASbox^® Mini Bioreactor System.

Beginner’s guide to Sf9 culture in bioreactors

Here we present a protocol for the culture of Sf9 insect cells and the production of recombinant proteins via the baculovirus expression vector system in stirred-tank bioreactors.

Infographic: Advantages of single-use bioreactors

Bioreactors made of glass or stainless steel are traditionally used in the biopharmaceutical industry. However, maintenance tasks like cleaning are laborious and time-consuming and run the risk ofcontamination. Discover, how BioBLU^® Single-Use Bioreactors can help you saving time and reducing risks.