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@FAScientists
fas. org > publication > cell-free-biomanufacturing-strategic-capability

Securing Cell-Free Biomanufacturing as a Strategic National Capability

1+ hour, 55+ min ago  (386+ words) The United States (U. S.) faces a dual imperative: invest in CFE to secure strategic leadership in next-generation biomanufacturing, and close the governance gap to prevent misuse and to ultimately enable American innovation to advance even more rapidly. We recommend two coordinated…...

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Pro Market
promarket. org > 07/02/2026 > pharmas-ai-boom-has-bet-on-the-wrong-bottleneck

Pharma's AI Boom Has Bet on the Wrong Bottleneck

17+ hour, 17+ min ago  (205+ words) What the money bought Where the value actually is The trouble is that designing the molecule was never the expensive part. The roughly $2. 6 billion it takes to bring a single drug to market is dominated not by discovery but by…...

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Times Now
timesnownews. com > opinion > india > the-future-of-science-depends-on-sharing-discoveries-like-spudcell-article-154854810

The Future of Science Depends on Sharing Discoveries Like Spud Cell

5+ hour, 40+ min ago  (118+ words) Times Now The discovery can be likened to the initial flights by the Wright Brothers 122 years ago, a feat which was deemed impossible until then, but that reality changed the moment the gadget they built took flight. Fast forward to…...

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New Scientist
newscientist. com > article > 2532689-what-is-spudcell-arguably-the-greatest-bioengineering-feat-yet

What is 'Spud Cell'? Arguably the greatest bioengineering feat yet

5+ hour, 26+ min ago  (337+ words) A prototype cell partly capable of replicating itself has been created using 36 existing bacterial genes, but it's not really a living organism " yet Spud Cell is the first synthetic cell system built from non-living components to complete a full cell…...

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Edex Live
edexlive. com > news > scientists-develop-flexible-system-for-designing-anti-cancer-drugs

Scientists develop flexible system for designing anti-cancer drugs

8+ hour, 14+ min ago  (263+ words) Edex Live Harnessing bacterial enzymes to develop drug variants, a strategy known as combinatorial biosynthesis, has long been a goal for scientists But without understanding how these enzymes interact, progress has stalled. Published in Nature Communications, a team of researchers…...

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Free Press Journal
freepressjournal. in > science > spudcell-scientists-create-synthetic-cells-that-can-feed-grow-replicate-like-natural-cells-in-major-breakthrough

'Spud Cell': Scientists Create Synthetic Cells That Can Feed, Grow & Replicate Like Natural Cells In Major Breakthrough

7+ hour, 47+ min ago  (380+ words) Researchers at the University of Minnesota announced a major breakthrough in biological engineering, claiming to have created the world's first synthetic cells capable of feeding, growing and replicating in a manner similar to natural living cells. Developed under a project…...

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BIOENGINEER. ORG
bioengineer. org > n4-acetylcytidine-boosts-synthetic-mrna-translation

N4-Acetylcytidine Boosts Synthetic m RNA Translation

4+ hour, 5+ min ago  (566+ words) Bioengineer. org...

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Bio Space
biospace. com > press-releases > nona-biosciences-and-lonza-enter-strategic-collaboration-to-develop-best-in-class-single-domain-antibody-based-bbb-crossing-technology-for-cns-diseases

Nona Biosciences and Lonza Enter Strategic Collaboration to Develop Best-in-Class Single-Domain Antibody-Based BBB-Crossing Technology for CNS Diseases

4+ hour, 55+ min ago  (497+ words) Bio Space Nona Biosciences and Lonza Enter Strategic Collaboration to Develop Best-in-Class Single-Domain Antibody-Based BBB-Crossing Technology for CNS Diseases CAMBRIDGE, Mass. , July 1, 2026 /PRNewswire/ -- Nona Biosciences ("Nona"), a global biotechnology company advancing biologics discovery and development through innovative technology platforms, today…...

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Times Now
timesnownews. com > health > medical-breakthrough-scientists-build-cells-that-can-grow-and-replicate-article-154845344

Medical Breakthrough! Scientists Build Cells That Can Grow and Replicate

9+ hour, 53+ min ago  (228+ words) Synthetic Cell Breakthrough Could Transform Future Healthcare (Pic: AI image) The research, led by Kate Adamala, a synthetic biologist at the University of Minnesota, introduces a prototype synthetic cell called Spud Cell. Built entirely from non-living chemical components, the cell…...

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@ASBMB
asbmb. org > asbmb-today > society-news > 070226 > building-connections-across-molecular-life-science

Building connections across molecular life science

12+ hour, 40+ min ago  (335+ words) As I begin my term as the American Society for Biochemistry and Molecular Biology's president, I am delighted to address you through my first President's Message. I have been involved with ASBMB since I was a postdoctoral researcher in Howard…...

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