Researchers at Stanford Medicine have reported a significant preclinical breakthrough in regenerative medicine, identifying a therapeutic pathway that successfully restores…
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As cell therapies scale and CDMOs cut staff, process know-how is often getting lost in tech transfer
The biopharmaceutical industry is grappling with a profound challenge: the silent erosion of critical process knowledge, particularly "tacit knowledge," during…
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Lost in Curiosity chronicles the challenges of doing science and the remarkable practitioners who embrace them.
The pursuit of scientific discovery, often mythologized as a series of eureka moments and effortless leaps of genius, is in…
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As cell therapies scale and CDMOs cut staff, process know-how is often getting lost in tech transfer
The pharmaceutical industry, particularly the rapidly evolving biopharmaceutical sector, faces a silent but significant challenge: the erosion of critical "tacit…
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Lost in Curiosity
Tales of discovery are almost never as tidy as they seem. Science journalist Roberta Kwok’s debut book, Lost in Curiosity:…
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As Cell Therapies Scale and CDMOs Cut Staff, Process Know-How Is Often Getting Lost in Tech Transfer
The biopharmaceutical industry is grappling with a critical challenge: the silent erosion of invaluable "tacit knowledge" during technology transfer processes.…
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Stanford Medicine Researchers Identify Protein Inhibitor That Regenerates Lost Knee Cartilage and Reverses Osteoarthritis Damage
In a landmark study that could redefine the treatment of degenerative joint diseases, a research team led by Stanford Medicine…
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As cell therapies scale and CDMOs cut staff, process know-how is often getting lost in tech transfer
The biopharmaceutical industry, in its relentless pursuit of innovation and efficiency, faces a silent but profound challenge: the erosion of…
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Koala Recovery: Rapid Population Growth Offers Hope for Restoring Lost Genetic Diversity
A groundbreaking genomic study of Australia’s iconic koala populations has unveiled a potentially crucial mechanism for wildlife conservation: rapid population…
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Koala Genetic Renaissance: Rapid Growth Offers Hope for Restoring Lost Diversity
A groundbreaking genomic study of Australia’s iconic koala populations has unveiled a surprising and potentially vital mechanism for wildlife recovery:…
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