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#misfolded — Public Fediverse posts

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

  1. John Vaccaro (johniac) @[email protected] ·

    SciTech Chronicles. . . . .May 5th, 2025

    bit.ly/stc050525

    #neurodegenerative #tau #misfolded #fibrils #nova #TCrB #Red #White #modular #Unitree #"B2 quadruped" #"extreme environment" #"water Cannon" #imaging #D-PSCAN #NTS #VNS #mtDNA #mutant #Disease #heteroplasmy

    #neurodegenerative #tau #misfolded #fibrils #nova #tcrb
  2. John Vaccaro (johniac) @[email protected] ·

    SciTech Chronicles. . . . .May 5th, 2025

    bit.ly/stc050525

    #neurodegenerative #tau #misfolded #fibrils #nova #TCrB #Red #White #modular #Unitree #"B2 quadruped" #"extreme environment" #"water Cannon" #imaging #D-PSCAN #NTS #VNS #mtDNA #mutant #Disease #heteroplasmy

    #neurodegenerative #tau #misfolded #fibrils #nova #tcrb
  3. PLOS Biology @[email protected] ·

    TMED9 mediates export of misfolded #prion proteins from the ER. This study shows that TMED9 also helps capture #misfolded GPI-anchored proteins that are released by calnexin in the ER and moved into the Golgi for degradation via the RESET pathway @PLOSBiology plos.io/44kURu5

    #prion #misfolded
  4. PLOS Biology @[email protected] ·

    TMED9 mediates export of misfolded #prion proteins from the ER. This study shows that TMED9 also helps capture #misfolded GPI-anchored proteins that are released by calnexin in the ER and moved into the Golgi for degradation via the RESET pathway @PLOSBiology plos.io/44kURu5

    #prion #misfolded
  5. PLOS Biology @[email protected] ·

    TMED9 mediates export of misfolded #prion proteins from the ER. This study shows that TMED9 also helps capture #misfolded GPI-anchored proteins that are released by calnexin in the ER and moved into the Golgi for degradation via the RESET pathway @PLOSBiology plos.io/44kURu5

    #prion #misfolded
  6. PLOS Biology @[email protected] ·

    TMED9 mediates export of misfolded #prion proteins from the ER. This study shows that TMED9 also helps capture #misfolded GPI-anchored proteins that are released by calnexin in the ER and moved into the Golgi for degradation via the RESET pathway @PLOSBiology plos.io/44kURu5

    #misfolded #prion
  7. PLOS Biology @[email protected] ·

    TMED9 mediates export of misfolded #prion proteins from the ER. This study shows that TMED9 also helps capture #misfolded GPI-anchored proteins that are released by calnexin in the ER and moved into the Golgi for degradation via the RESET pathway @PLOSBiology plos.io/44kURu5

    #prion #misfolded
  8. Scientific Frontline @[email protected] ·

    Many #neurological disorders arise from damage to #brain #cells due to a build-up of #misfolded or aggregated #proteins in the brain, like the tau protein and the #amyloid-beta protein.
    #Alzheimer #Neuroscience #Biology #sflorg
    sflorg.com/2023/02/ns02022301.

    #neurological #brain #cells #misfolded #proteins #amyloid
  9. Scientific Frontline @[email protected] ·

    Many #neurological disorders arise from damage to #brain #cells due to a build-up of #misfolded or aggregated #proteins in the brain, like the tau protein and the #amyloid-beta protein.
    #Alzheimer #Neuroscience #Biology #sflorg
    sflorg.com/2023/02/ns02022301.

    #neurological #brain #cells #misfolded #proteins #amyloid
  10. Scientific Frontline @[email protected] ·

    Many #neurological disorders arise from damage to #brain #cells due to a build-up of #misfolded or aggregated #proteins in the brain, like the tau protein and the #amyloid-beta protein.
    #Alzheimer #Neuroscience #Biology #sflorg
    sflorg.com/2023/02/ns02022301.

    #neurological #brain #cells #misfolded #proteins #amyloid
  11. Scientific Frontline @[email protected] ·

    Many #neurological disorders arise from damage to #brain #cells due to a build-up of #misfolded or aggregated #proteins in the brain, like the tau protein and the #amyloid-beta protein.
    #Alzheimer #Neuroscience #Biology #sflorg
    sflorg.com/2023/02/ns02022301.

    #sflorg #biology #neuroscience #alzheimer #amyloid #proteins
  12. Scientific Frontline @[email protected] ·

    Many #neurological disorders arise from damage to #brain #cells due to a build-up of #misfolded or aggregated #proteins in the brain, like the tau protein and the #amyloid-beta protein.
    #Alzheimer #Neuroscience #Biology #sflorg
    sflorg.com/2023/02/ns02022301.

    #neurological #brain #cells #misfolded #proteins #amyloid