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#biotechnology — Public Fediverse posts

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

  1. Stirling team develops new method to study salmon lice secretions

    Research led by PhD researcher Alexander Dindial alongside professor James Bron and Dr Sean Monaghan at the University’s…
    #NewsBeep #News #Health #AtlanticSalmon #Biotechnology #CA #Canada #Europe #Genetics #Salmonids #Scotland #Sealice #UnitedKingdom
    newsbeep.com/ca/883197/

  2. Photosystem II complex : Nature’s Most Brutal 'Battery' (Superoxidizing Force)

    This is the internal stress network of the Photosystem II complex, one of the largest and most complex megamolecular systems in nature, responsible for splitting water and driving photosynthesis.

    Blue & Red Tension Network: Direct 3D mapping of compressive and tensile strain profiles across transmembrane helices.

    43,128 quantum records

    linkedin.com/posts/exxogenx_de

    #quantumcomputing #quantumphysics #biotechnology

  3. Photosystem II complex : Nature’s Most Brutal 'Battery' (Superoxidizing Force)

    This is the internal stress network of the Photosystem II complex, one of the largest and most complex megamolecular systems in nature, responsible for splitting water and driving photosynthesis.

    Blue & Red Tension Network: Direct 3D mapping of compressive and tensile strain profiles across transmembrane helices.

    43,128 quantum records

    linkedin.com/posts/exxogenx_de

    #quantumcomputing #quantumphysics #biotechnology

  4. Photosystem II complex : Nature’s Most Brutal 'Battery' (Superoxidizing Force)

    This is the internal stress network of the Photosystem II complex, one of the largest and most complex megamolecular systems in nature, responsible for splitting water and driving photosynthesis.

    Blue & Red Tension Network: Direct 3D mapping of compressive and tensile strain profiles across transmembrane helices.

    43,128 quantum records

    linkedin.com/posts/exxogenx_de

    #quantumcomputing #quantumphysics #biotechnology

  5. Photosystem II complex : Nature’s Most Brutal 'Battery' (Superoxidizing Force)

    This is the internal stress network of the Photosystem II complex, one of the largest and most complex megamolecular systems in nature, responsible for splitting water and driving photosynthesis.

    Blue & Red Tension Network: Direct 3D mapping of compressive and tensile strain profiles across transmembrane helices.

    43,128 quantum records

    linkedin.com/posts/exxogenx_de

    #quantumcomputing #quantumphysics #biotechnology

  6. Photosystem II complex : Nature’s Most Brutal 'Battery' (Superoxidizing Force)

    This is the internal stress network of the Photosystem II complex, one of the largest and most complex megamolecular systems in nature, responsible for splitting water and driving photosynthesis.

    Blue & Red Tension Network: Direct 3D mapping of compressive and tensile strain profiles across transmembrane helices.

    43,128 quantum records

    linkedin.com/posts/exxogenx_de

    #quantumcomputing #quantumphysics #biotechnology

  7. Photosystem II complex : Nature’s Most Brutal 'Battery' (Superoxidizing Force)

    This is the internal stress network of the Photosystem II complex, one of the largest and most complex megamolecular systems in nature, responsible for splitting water and driving photosynthesis.

    Blue & Red Tension Network: Direct 3D mapping of compressive and tensile strain profiles across transmembrane helices.

    43,128 quantum records

    linkedin.com/posts/exxogenx_de

    #quantumphysics #biotechnology

  8. Photosystem II complex : Nature’s Most Brutal 'Battery' (Superoxidizing Force)

    This is the internal stress network of the Photosystem II complex, one of the largest and most complex megamolecular systems in nature, responsible for splitting water and driving photosynthesis.

    Blue & Red Tension Network: Direct 3D mapping of compressive and tensile strain profiles across transmembrane helices.

    43,128 quantum records

    linkedin.com/posts/exxogenx_de

    #quantumphysics #biotechnology

  9. Photosystem II complex : Nature’s Most Brutal 'Battery' (Superoxidizing Force)

    This is the internal stress network of the Photosystem II complex, one of the largest and most complex megamolecular systems in nature, responsible for splitting water and driving photosynthesis.

    Blue & Red Tension Network: Direct 3D mapping of compressive and tensile strain profiles across transmembrane helices.

    43,128 quantum records

    linkedin.com/posts/exxogenx_de

    #quantumphysics #biotechnology

  10. Photosystem II complex : Nature’s Most Brutal 'Battery' (Superoxidizing Force)

    This is the internal stress network of the Photosystem II complex, one of the largest and most complex megamolecular systems in nature, responsible for splitting water and driving photosynthesis.

    Blue & Red Tension Network: Direct 3D mapping of compressive and tensile strain profiles across transmembrane helices.

    43,128 quantum records

    linkedin.com/posts/exxogenx_de

    #quantumphysics #biotechnology

  11. Photosystem II complex : Nature’s Most Brutal 'Battery' (Superoxidizing Force)

    This is the internal stress network of the Photosystem II complex, one of the largest and most complex megamolecular systems in nature, responsible for splitting water and driving photosynthesis.

    Blue & Red Tension Network: Direct 3D mapping of compressive and tensile strain profiles across transmembrane helices.

    43,128 quantum records

    linkedin.com/posts/exxogenx_de

    #quantumphysics #biotechnology

  12. Toward An Inclusive Bioeconomy Framework For Global Mountains
    --
    doi.org/10.48130/cas-0026-0003 <-- shared paper
    --
    adaptationataltitude.org/knowl <-- shared technical article
    --
    blog.icimod.org/hi-reap/from-b <-- shared technical article, “From biodiversity to livelihoods: Bhutan’s bioeconomy pathways”
    --
    “Global mountain regions have great biological, cultural, and spiritual value for people around the world, but progress in efforts to conserve montane resources has been slow. International researchers are now acting to construct a bioeconomy framework for global mountains that includes biodiversity, cultural protection, and restoration, circular economy principles, biotechnology innovation, digital integration, sustainable fair trade, and social equity and justice. Plans in five mountain regions are reviewed for initial actions to implement this framework…”
    #MountainBioeconomy #mountain #bioeconomy #economy #CircularEconomy #Biodiversity #conservation #biocultural #protection #diversity #biology #culture #circulareconomy #biotechnology #digitalintegration #sustainable #fairtrade #socialequity #socialjustice #montane #bioeconomy #global #success #metrics #montanebioeconomy #community #connection #mountain #framework #planning #policy #framing #agriculture #sustainable #foodsecurity #farmers #circularagriculture

  13. 🧬 As biodiversity faces unprecedented challenges, high-quality reference #genomes preserve invaluable biological knowledge for future generations. Together, EBP affiliates are building the genomic foundation for #discoveries in #evolution, #conservation, agriculture, #biotechnology, and beyond.

  14. BioResire proudly announces 27 MoUs with leading government and private colleges, empowering life science students through collaboration, innovation, and career growth.
    #BioResire #LifeSciences #Biotechnology #Bioinformatics #ResearchOpportunities #StudentCareers #CollegeCollaboration #ScienceEducation #BiotechIndia #CareerInScience 🚀🧬