Bioreactors have become irreplaceable tools in bioprocessing, revolutionizing the production of many biotechnological products. 1,2 They offer optimized and controlled environments to enhance cell ...

Enabling quicker research, development, and production for upstream bioprocessing through scale out Like the cells they culture, bioreactors come in various shapes, sizes, and specialties. While they ...

As GEN readers are well aware, single-use bioreactors (SUBs)—already accepted at research scale for screening and optimization, as well as at pilot scale and seeding—are now ready for GMP-compliant ...

There is increasing demand to make the process of protein production more economical and efficient. New technologies are constantly being developed in bioreactor design for both lab-scale (clinical) ...

Bioprocessing is evolving rapidly, and traditional glass bioreactors struggle to keep pace with demands for speed, scalability and sustainability. Cleaning and sterilization add delays, while risks of ...

Bioreactors and shakers are used to cultivate microorganisms, plant, insect, and mammalian cells in different volumes. Upscaling of production often involves shake flasks and bioreactors. Shake flasks ...

Process development teams have started using real-time monitoring of intricate parameters during manufacturing processes to better comprehend and manage mammalian cell cultivations in the ...

Stratyx™ 250 is an innovative new bioreactor system from Culture Biosciences that accelerates bioprocess development, reduces costs and provides real-time remote control and monitoring for teams ...