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A slow-release liposome system delivered local anesthesia for weeks in rats, potentially enabling longer-lasting nerve blocks and new approaches to pain management. The post New Liposome Design Could Provide Effective Slow-Release Drug Delivery System appeared first on GEN - Genetic Engineering and Biotechnology News .
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 for perfusion bioreactors and continuous manufacturing processes. The post Media Cleaning Could Help Biopharma Cut Costs and Fully Embrace Pe
Predictive cell intelligence can be used to reveal cellular states and emerging cellular trajectories earlier in the manufacturing process and to support more informed bioprocessing decisions. The post Current Challenges in CAR T Manufacturing appeared first on GEN - Genetic Engineering and Biotechnology News .
JNC is using BioProcess International 2026 to spotlight Cellufine and its emerging MLP chromatography media, developed to address purification challenges posed by viral vectors, vaccines, and other increasingly large and complex biological products. The post JNC Targets Bigger Molecules with Cellufine appeared first on
Act for Hope founder Alexander Seyf says cell and gene therapy’s next challenge is not proving the science, but building a connected ecosystem that can turn breakthrough treatments into reliable, scalable, and equitable patient access. The post CGT Collaboration Moves from Aspirations to Infrastructure appeared first o
The consortium aims to address antibody development bottlenecks by creating standardized datasets and AI models that support earlier risk detection and more informed candidate selection. The post Ginkgo Datapoints, Apheris Announce Founding Members of Antibody Developability Consortium appeared first on GEN - Genetic E
Chemotherapies frequently cause cancer cells to enter senescence, but do not fully eliminate these cells. Therefore, it is useful to target these therapy-induced senescent cells with senolytics that eliminate them. The post How Cells Respond Differently to a Cancer-Causing Gene appeared first on GEN - Genetic Engineeri
The research may be useful for the development of DNA-based therapeutics and gene-delivery systems. Packaging genetic material into structures that restrict nuclease access could potentially increase its resistance to degradation. The post Scientists Observe Enzymes Breaking Down DNA in Real Time appeared first on GEN
Adding a viral protein, NoV B2, helped self-amplifying RNA overcome cellular defenses and produce more target protein without diminishing immune stimulation, potentially enabling future vaccines to use lower doses. The post Viral Protein Helps Self-Amplifying RNA Overcome Cellular Defenses appeared first on GEN - Genet
SFC is a platform technology that utilizes upcycled CO 2 for the purification of natural and synthetic molecules that is both highly efficient and sustainable at the same time. The post Thar Process Partners with ExtrateX to Bring Prep to Process-Scale SFC to Europe appeared first on GEN - Genetic Engineering and Biote
A new study finds the drug OM-89 may help bladder cells eliminate hidden E. coli by activating lysosomal pathways and increasing antibiotic uptake, potentially reducing bacterial regrowth in recurrent UTIs. The post How Bladder Cells Fight Hidden <i>E. coli</i>: New Insights Into Recurrent UTIs appeared first on GEN -
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 space efficient manner has become a major challenge for drug manufacturers, says Just – Evotec Biologics. The post Intense Media Pressure an
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