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#proteinfolding — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #proteinfolding, aggregated by home.social.

  1. New blog: AI-Designed Drugs — Accelerating Discovery with Protein Folding & Simulation. Discover how AI-driven protein folding and advanced chemical simulation are cutting discovery timelines, improving candidate quality, and enabling more efficient R&D. Read the article: wix.to/rJUJMx8

    #AI
    #Biotech
    #Innovation
    #DrugDiscovery
    #ProteinFolding
    #Pharmaceuticals
    #ComputationalChemistry

  2. New blog: AI-Designed Drugs — Accelerating Discovery with Protein Folding & Simulation. Discover how AI-driven protein folding and advanced chemical simulation are cutting discovery timelines, improving candidate quality, and enabling more efficient R&D. Read the article: wix.to/rJUJMx8

    #AI
    #Biotech
    #Innovation
    #DrugDiscovery
    #ProteinFolding
    #Pharmaceuticals
    #ComputationalChemistry

  3. New blog: AI-Designed Drugs — Accelerating Discovery with Protein Folding & Simulation. Discover how AI-driven protein folding and advanced chemical simulation are cutting discovery timelines, improving candidate quality, and enabling more efficient R&D. Read the article: wix.to/rJUJMx8

    #AI
    #Biotech
    #Innovation
    #DrugDiscovery
    #ProteinFolding
    #Pharmaceuticals
    #ComputationalChemistry

  4. New blog: AI-Designed Drugs — Accelerating Discovery with Protein Folding & Simulation. Discover how AI-driven protein folding and advanced chemical simulation are cutting discovery timelines, improving candidate quality, and enabling more efficient R&D. Read the article: wix.to/rJUJMx8







  5. New blog: AI-Designed Drugs — Accelerating Discovery with Protein Folding & Simulation. Discover how AI-driven protein folding and advanced chemical simulation are cutting discovery timelines, improving candidate quality, and enabling more efficient R&D. Read the article: wix.to/rJUJMx8

    #AI
    #Biotech
    #Innovation
    #DrugDiscovery
    #ProteinFolding
    #Pharmaceuticals
    #ComputationalChemistry

  6. Glutathione's Hidden Hand in Protein Assembly Revealed

    Researchers found glutathione helps cells make proteins. This could help fight diseases like cancer. Learn what changes for cell health.

    #CellBiology, #ProteinFolding, #Glutathione, #DiseaseResearch, #RockefellerUniversity

    newsletter.tf/glutathione-help

  7. Scientists discovered a new job for glutathione in cells. It's like a supervisor making sure proteins are built right, which is more specific than just being an antioxidant.

    #CellBiology, #ProteinFolding, #Glutathione, #DiseaseResearch, #RockefellerUniversity
    newsletter.tf/glutathione-help

  8. `Surprisingly..extracted diffusion coefficient at the free energy barrier on the number of native contacts coordinate increases with protein length. This facilitation..in larger proteins is explained by increased cooperative native contact formation during folding, which reduces the roughness of the energy landscape... evolutionary optimization of the energy landscape..more efficient for protein folding than for other biomolecular processes`
    doi.org/10.1103/2q9m-4scc
    #proteinFolding #biophysics

  9. `Surprisingly..extracted diffusion coefficient at the free energy barrier on the number of native contacts coordinate increases with protein length. This facilitation..in larger proteins is explained by increased cooperative native contact formation during folding, which reduces the roughness of the energy landscape... evolutionary optimization of the energy landscape..more efficient for protein folding than for other biomolecular processes`
    doi.org/10.1103/2q9m-4scc
    #proteinFolding #biophysics

  10. `Surprisingly..extracted diffusion coefficient at the free energy barrier on the number of native contacts coordinate increases with protein length. This facilitation..in larger proteins is explained by increased cooperative native contact formation during folding, which reduces the roughness of the energy landscape... evolutionary optimization of the energy landscape..more efficient for protein folding than for other biomolecular processes`
    doi.org/10.1103/2q9m-4scc
    #proteinFolding #biophysics

  11. `Surprisingly..extracted diffusion coefficient at the free energy barrier on the number of native contacts coordinate increases with protein length. This facilitation..in larger proteins is explained by increased cooperative native contact formation during folding, which reduces the roughness of the energy landscape... evolutionary optimization of the energy landscape..more efficient for protein folding than for other biomolecular processes`
    doi.org/10.1103/2q9m-4scc
    #proteinFolding #biophysics

  12. `Surprisingly..extracted diffusion coefficient at the free energy barrier on the number of native contacts coordinate increases with protein length. This facilitation..in larger proteins is explained by increased cooperative native contact formation during folding, which reduces the roughness of the energy landscape... evolutionary optimization of the energy landscape..more efficient for protein folding than for other biomolecular processes`
    doi.org/10.1103/2q9m-4scc
    #proteinFolding #biophysics

  13. When Google restricted AlphaFold 3's commercial use, three MIT PhD students rebuilt the protein folding model in four months. Their open-source version, Boltz-1, now has $28M in funding and a Pfizer partnership. The move highlights tensions between proprietary AI research and scientific openness in drug discovery infrastructure. #OpenScience #ProteinFolding #AIResearch implicator.ai/when-google-lock

  14. When Google restricted AlphaFold 3's commercial use, three MIT PhD students rebuilt the protein folding model in four months. Their open-source version, Boltz-1, now has $28M in funding and a Pfizer partnership. The move highlights tensions between proprietary AI research and scientific openness in drug discovery infrastructure. #OpenScience #ProteinFolding #AIResearch implicator.ai/when-google-lock

  15. When Google restricted AlphaFold 3's commercial use, three MIT PhD students rebuilt the protein folding model in four months. Their open-source version, Boltz-1, now has $28M in funding and a Pfizer partnership. The move highlights tensions between proprietary AI research and scientific openness in drug discovery infrastructure. #OpenScience #ProteinFolding #AIResearch implicator.ai/when-google-lock

  16. When Google restricted AlphaFold 3's commercial use, three MIT PhD students rebuilt the protein folding model in four months. Their open-source version, Boltz-1, now has $28M in funding and a Pfizer partnership. The move highlights tensions between proprietary AI research and scientific openness in drug discovery infrastructure. #OpenScience #ProteinFolding #AIResearch implicator.ai/when-google-lock

  17. When Google restricted AlphaFold 3's commercial use, three MIT PhD students rebuilt the protein folding model in four months. Their open-source version, Boltz-1, now has $28M in funding and a Pfizer partnership. The move highlights tensions between proprietary AI research and scientific openness in drug discovery infrastructure. #OpenScience #ProteinFolding #AIResearch implicator.ai/when-google-lock

  18. Calcium signaling helps maintain protein quality in the endoplasmic reticulum

    Calcium (Ca2+) drives many cellular functions, though the way it controls quality of proteins in the endoplasmic reticulum…
    #NewsBeep #News #Health #CA #Calcium #Canada #diabetes #Insulin #Microscope #Organelle #Protein #proteinfolding #Proteostasis #QualityControl #research #Type2Diabetes
    newsbeep.com/ca/371335/

  19. Five years after AlphaFold reshaped protein folding, its open‑source spirit lives on in Gemini 2.0 – an AI co‑scientist that can argue hypotheses with a principal investigator. Could an agentic system become a true research partner? Dive into the debate and see how open science fuels the next leap. #AlphaFold #Gemini2 #AgenticSystem #ProteinFolding

    🔗 aidailypost.com/news/alphafold