Bioprocessing

Can the Insilico-Bora Alliance Redefine Drug Innovation?
Tech & Innovation Can the Insilico-Bora Alliance Redefine Drug Innovation?

The pharmaceutical industry is entering a period of radical restructuring as the wall between computational design and physical manufacturing finally begins to crumble under the weight of a multi-billion dollar strategic alliance. This partnership between Insilico Medicine and Bora Pharmaceuticals,

CellOrigin Advances Next-Gen Cell Therapy for Solid Tumors
Biotech & Bioprocessing CellOrigin Advances Next-Gen Cell Therapy for Solid Tumors

The current oncology landscape faces a persistent bottleneck as traditional chimeric antigen receptor T-cell therapies continue to struggle with the immunosuppressive defenses of solid tumors. While liquid cancers have seen remarkable recovery rates, the dense extracellular matrix and hostile

Nova Scotia Invests $1 Million to Scale Biomanufacturing
Management & Regulatory Nova Scotia Invests $1 Million to Scale Biomanufacturing

The global manufacturing landscape is currently undergoing a seismic shift as traditional chemical processes are being replaced by biological systems that utilize living organisms to create essential materials. Nova Scotia is positioning itself at the forefront of this industrial revolution by

How Will UMSOM Advance Pediatric Gene and Cardiac Care?
Research & Development How Will UMSOM Advance Pediatric Gene and Cardiac Care?

The urgency of modern medical innovation is never more apparent than in the specialized field of pediatric care, where rare genetic disorders and complex congenital heart defects require immediate and highly sophisticated intervention. To address these critical needs, the University of Maryland

How Can We Master High-Density CHO Cell Scale-Up?
Management & Regulatory How Can We Master High-Density CHO Cell Scale-Up?

The biopharmaceutical landscape in 2026 operates as a high-stakes arena where the efficiency of protein production directly determines the accessibility of life-saving treatments for millions of patients. Central to this enterprise are Chinese hamster ovary (CHO) cells, which currently serve as the

Kyverna and ElevateBio Partner to Produce Miv-cel for gMG
Research & Development Kyverna and ElevateBio Partner to Produce Miv-cel for gMG

The persistent challenge of managing generalized myasthenia gravis has long forced patients to rely on treatments that merely suppress symptoms rather than addressing the underlying immune dysfunction that causes debilitating muscle weakness. Kyverna Therapeutics and ElevateBio have recently

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