Autosampling from bioreactors reduces error, increases reproducibility and offers improved
aseptic handling when compared to manual sampling. Additionally, autosampling greatly …

Monitoring of cell culture bioreactors is critical to process control and optimization. Currently,
offline sampling is used in various cell culture operations. This process is time consuming …

Few sampling systems supplied with laboratory fermenters are easily modified for
unattended aseptic sampling. Most commercial sampling systems are manually operated …

Here we describe an automated, pressure-driven, sampling device for harvesting 10 to 30
ml samples, in replicate, with intervals as short as 10 s. Correlation between biological …

Sample automation and management is increasingly important as the number and size of
population-scale and high-throughput projects grow. This is particularly the case in large …

Mammalian cell‐based bioprocesses are used extensively for production of therapeutic
proteins. Off‐line monitoring of such cultivations via manual sampling is often labor …

Laboratory automation is a key enabling technology for genetic engineering that can lead to
higher throughput, more efficient and accurate experiments, better data management and …

Automation has been shown to improve the replicability and scalability of biomedical and
bioindustrial research. Although the work performed in many labs is repetitive and can be …

When fermentation research requires the comparison of many strains or conditions, the
major bottleneck is a technical one. Microplate approaches are not able to produce …

Bioprocess development is very labor intensive, requiring many experiments to characterize
each unit operation in the process sequence to achieve product safety and process …