Nu-Tek Brings Topic of Raw-Material Risk to BPI
Nu-Tek BioSciences will use BPI East to highlight animal-origin-free peptones and hydrolysates designed to strengthen media consistency, reduce raw-material risk, and support more...
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Nu-Tek BioSciences will use BPI East to highlight animal-origin-free peptones and hydrolysates designed to strengthen media consistency, reduce raw-material risk, and support more...
A bioreactor designed to test biosensors that measure multiple parameters in real time is being developed as a simple, budget-friendly bioreactor for high schools and colleges to h...
A new study showed that a programmed lysis approach cut mechanical separation energy by over 50 percent at pilot scale, widening the range of bioalternatives that can compete price...
Process intensification and the adoption of continuous-mode manufacturing has increased the consumption of culture media. Managing these ever-growing culture volumes in a cost and...
Deep eutectic solvents can modulate multiple biocatalysis process parameters, thus minimizing or eliminating the need for bioengineering in certain enzymes while enhancing producti...
Industry-wide standardization and collaboration leverage big data in ways that help companies unleash optimizations enterprise-wide while simultaneously advancing industry knowledg...
Officials at Sartorius and the NIBRT said their partnership will strengthen global workforce readiness and accelerate the industry transition toward more efficient and sustainable...
A novel multi-strategy nonlinear predictive control system maximizes CHO cell perfusion productivity in a continuous bioprocessing environment by optimizing feed, bleed, and harves...
Electrical signatures could give bioprocess engineers an earlier view of cell health, detecting apoptosis, refining harvest timing, and moving monitoring from destructive offline a...
A novel media cleaning process could help drug companies significantly reduce production costs, according to MIT researchers, who say the approach could improve the economic case f...
A new extracellular secretion system could help biopharmaceutical manufacturers bypass the problems that make traditional Escherichia coli-based recombinant endonuclease production...
Advances in media optimization, cell engineering, and AI are reshaping intensified bioprocessing for higher productivity, better quality, and greater manufacturing efficiency. The...
Combining Raman and NIR spectroscopy into a single framework creates a multi-modal soft-sensing option that is effective for fed-batch, online, and in-line glucose sensing, prepari...
Discover why flow paths, tubing and connectors may limit your bioprocess performance
Steam sterilization has underpinned biomanufacturing for decades, but its infrastructure burden is increasingly difficult to ignore. Alternative technologies could reduce capital c...
For iPSC developers, scalable manufacturing begins long before the bioreactor. Pluristyx leaders explain why starting material, process discipline, automation, and shared data will...
Discover how early optimization in stable cell line development accelerates timelines and reduces downstream bottlenecks. The post Streamlining stable cell line development from th...
This article explores the ten most important questions facing optogenetic biomanufacturing as it moves from proof‑of‑concept demonstrations toward mainstream adoption in modern bio...
Splitting lipid nanoparticle manufacturing into multiple mixing steps can help better control the size, shape, and stability of particles, with the aim of improving product quality...
AI-augmented digital twins that merely report, rather than control processes, could help biotechnology companies untangle the complexities of analyzing big multidimensional nonline...
Cell and gene therapy developers often struggle to scale manufacturing, according to the authors of a new review, who suggest that part of the problem is the practice of developing...
Advances in technology are making it easier for biopharma companies to embrace continuous manufacturing. However, they are also changing what regulators expect from drug firms in t...
Predictive cell intelligence can be used to reveal cellular states and emerging cellular trajectories earlier in the manufacturing process and to support more informed bioprocessin...
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