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#kinesin — Public Fediverse posts

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

  1. 📰 "Targeting HASPIN-mediated H3T3 phosphorylation disrupts an epigenetic-kinesin axis to suppress colorectal cancer mitotic progression"
    doi.org/doi:10.1186/s12943-026
    pubmed.ncbi.nlm.nih.gov/424151
    #Kinesin #Mitosis #Cell

  2. 📰 "Targeting HASPIN-mediated H3T3 phosphorylation disrupts an epigenetic-kinesin axis to suppress colorectal cancer mitotic progression"
    doi.org/doi:10.1186/s12943-026
    pubmed.ncbi.nlm.nih.gov/424151
    #Kinesin #Mitosis #Cell

  3. 📰 "Insights into KIF11 pathogenesis in Microcephaly-Lymphedema-Chorioretinopathy syndrome from a lymphatic perspective"
    doi.org/doi:10.1172/jci.insigh
    pubmed.ncbi.nlm.nih.gov/414277
    #Dynamics #Kinesin

  4. 📰 "The kinesin-4 protein KIF27 forms a cytoskeletal scaffold at the transition zone to promote motile cilia structural integrity"
    doi.org/doi:10.1073/pnas.25153
    pubmed.ncbi.nlm.nih.gov/414009
    #Mechanosensing #Kinesin #Cell

  5. [フロンティア] 細胞内の運び役キネシン (Kinesin) の働きを超高精細CGで映像化 最新科学が解き明かした命のメカニズムを紹介
    youtube.com/watch?v=yrvf8V_yLG
    #youtube_NHK #キネシン #kinesin #KIF #ダイニン #dynein #vesicles #微小管 #microtubules #cell #science

  6. NHKスペシャル「人体」細胞内のエネルギー供給源ミトコンドリア(Mitochondria)とATP合成酵素の働きを超高精細CGで映像化 最新科学が解き明かした命のメカニズムを紹介
    youtube.com/watch?v=8tINrqxxkc
    #youtube_NHK #NHK #NHKスペシャル #Nスペ #ミトコンドリア #mitochondria #ATP #キネシン #kinesin #cell #science #biology

  7. NHKスペシャル「人体」細胞内のエネルギー供給源ミトコンドリア(Mitochondria)とATP合成酵素の働きを超高精細CGで映像化 最新科学が解き明かした命のメカニズムを紹介
    youtube.com/watch?v=8tINrqxxkc
    #youtube_NHK #NHK #NHKスペシャル #Nスペ #ミトコンドリア #mitochondria #ATP #キネシン #kinesin #cell #science #biology

  8. NHKスペシャル「人体」細胞内のエネルギー供給源ミトコンドリア(Mitochondria)とATP合成酵素の働きを超高精細CGで映像化 最新科学が解き明かした命のメカニズムを紹介
    youtube.com/watch?v=8tINrqxxkc
    #youtube_NHK #NHK #NHKスペシャル #Nスペ #ミトコンドリア #mitochondria #ATP #キネシン #kinesin #cell #science #biology

  9. NHKスペシャル「人体」細胞内のエネルギー供給源ミトコンドリア(Mitochondria)とATP合成酵素の働きを超高精細CGで映像化 最新科学が解き明かした命のメカニズムを紹介
    youtube.com/watch?v=8tINrqxxkc
    #youtube_NHK #NHK #NHKスペシャル #Nスペ #ミトコンドリア #mitochondria #ATP #キネシン #kinesin #cell #science #biology

  10. NHKスペシャル「人体」細胞内の運び役キネシン(Kinesin)の働きを超高精細CGで映像化 最新科学が解き明かした命のメカニズムを紹介
    youtube.com/watch?v=SpwaC_gvTV
    #youtube_NHK #NHK #NHKスペシャル #Nスペ #キネシン #kinesin #KIF #ダイニン #dynein #vesicles #微小管 #microtubules #cell #science #biology

  11. NHKスペシャル「人体」細胞内の運び役キネシン(Kinesin)の働きを超高精細CGで映像化 最新科学が解き明かした命のメカニズムを紹介
    youtube.com/watch?v=SpwaC_gvTV
    #youtube_NHK #NHK #NHKスペシャル #Nスペ #キネシン #kinesin #KIF #ダイニン #dynein #vesicles #微小管 #microtubules #cell #science #biology

  12. NHKスペシャル「人体」細胞内の運び役キネシン(Kinesin)の働きを超高精細CGで映像化 最新科学が解き明かした命のメカニズムを紹介
    youtube.com/watch?v=SpwaC_gvTV
    #youtube_NHK #NHK #NHKスペシャル #Nスペ #キネシン #kinesin #KIF #ダイニン #dynein #vesicles #微小管 #microtubules #cell #science #biology

  13. NHKスペシャル「人体」細胞内の運び役キネシン(Kinesin)の働きを超高精細CGで映像化 最新科学が解き明かした命のメカニズムを紹介
    youtube.com/watch?v=SpwaC_gvTV
    #youtube_NHK #NHK #NHKスペシャル #Nスペ #キネシン #kinesin #KIF #ダイニン #dynein #vesicles #微小管 #microtubules #cell #science #biology

  14. 📰 "The kinesin motor POS3 and the microtubule polymerase MOR1 coordinate chromosome congression during mitosis in Arabidopsis"
    doi.org/doi:10.1093/plcell/koa
    pubmed.ncbi.nlm.nih.gov/400964
    #Kinesin #Mitosis

  15. 📰 "Functional regulation of the mitotic kinesin HSET by Intraflagellar Transport proteins."
    biorxiv.org/cgi/content/short/ #Mechanical #Kinesin

  16. Our preprint is up! Take a look if you like kinesin, microtubule transport, single molecule FRET or biophysics. It’s a bit of shift to how we’ve been used to thinking about kinesin-1 regulation as we try to get a handle on its conformational dynamics. Super proud of to have this milestone out in the world and all the hard work it represents from everyone involved.
    #kinesin #microtubules #biophys #smFRET #SingleMolecule #AxonalTransport biologists.social/@Twelvetrees

  17. Our preprint is up! Take a look if you like kinesin, microtubule transport, single molecule FRET or biophysics. It’s a bit of shift to how we’ve been used to thinking about kinesin-1 regulation as we try to get a handle on its conformational dynamics. Super proud of to have this milestone out in the world and all the hard work it represents from everyone involved.
    #kinesin #microtubules #biophys #smFRET #SingleMolecule #AxonalTransport biologists.social/@Twelvetrees

  18. Our preprint is up! Take a look if you like kinesin, microtubule transport, single molecule FRET or biophysics. It’s a bit of shift to how we’ve been used to thinking about kinesin-1 regulation as we try to get a handle on its conformational dynamics. Super proud of to have this milestone out in the world and all the hard work it represents from everyone involved.
    #kinesin #microtubules #biophys #smFRET #SingleMolecule #AxonalTransport biologists.social/@Twelvetrees

  19. Our preprint is up! Take a look if you like kinesin, microtubule transport, single molecule FRET or biophysics. It’s a bit of shift to how we’ve been used to thinking about kinesin-1 regulation as we try to get a handle on its conformational dynamics. Super proud of to have this milestone out in the world and all the hard work it represents from everyone involved.
    #kinesin #microtubules #biophys #smFRET #SingleMolecule #AxonalTransport biologists.social/@Twelvetrees

  20. Sideways stepping of the human #kinesin-5, KIF11, drives right-handed helical motion of anti-parallel #microtubules and orbiting motion of parallel microtubules around each other

    Laura Meissner, Stefan Diez et al

    embopress.org/doi/full/10.1038

  21. Sideways stepping of the human #kinesin-5, KIF11, drives right-handed helical motion of anti-parallel #microtubules and orbiting motion of parallel microtubules around each other

    Laura Meissner, Stefan Diez et al

    embopress.org/doi/full/10.1038

  22. #RZZ-#Spindly complex and #CENPE (#kinesin-7) are intimately connected and reciprocally required for their own #kinetochore recruitment, #dynein/#dynactin localization, and expansion of the kinetochore fibrous corona

    Verena Cmentowski @andreamusacchio et al

    embopress.org/doi/full/10.1525

  23. #RZZ-#Spindly complex and #CENPE (#kinesin-7) are intimately connected and reciprocally required for their own #kinetochore recruitment, #dynein/#dynactin localization, and expansion of the kinetochore fibrous corona

    Verena Cmentowski @andreamusacchio et al

    embopress.org/doi/full/10.1525

  24. #RZZ-#Spindly complex and #CENPE (#kinesin-7) are intimately connected and reciprocally required for their own #kinetochore recruitment, #dynein/#dynactin localization, and expansion of the kinetochore fibrous corona

    Verena Cmentowski @andreamusacchio et al

    embopress.org/doi/full/10.1525

  25. #RZZ-#Spindly complex and #CENPE (#kinesin-7) are intimately connected and reciprocally required for their own #kinetochore recruitment, #dynein/#dynactin localization, and expansion of the kinetochore fibrous corona

    Verena Cmentowski @andreamusacchio et al

    embopress.org/doi/full/10.1525

  26. #RZZ-#Spindly complex and #CENPE (#kinesin-7) are intimately connected and reciprocally required for their own #kinetochore recruitment, #dynein/#dynactin localization, and expansion of the kinetochore fibrous corona

    Verena Cmentowski @andreamusacchio et al

    embopress.org/doi/full/10.1525

  27. The November issue is online!

    embopress.org/toc/14693178/202

    The cover features work by Nobutaka Hirokawa and co-workers showing that #Kinesin-2 recognizes and binds #cargo in a two-step manner.

    embopress.org/doi/full/10.1525

  28. The November issue is online!

    embopress.org/toc/14693178/202

    The cover features work by Nobutaka Hirokawa and co-workers showing that #Kinesin-2 recognizes and binds #cargo in a two-step manner.

    embopress.org/doi/full/10.1525

  29. Are you interested in the #cytoskeleton ...?

    #actin, #actomyosin, #myosin, #microtubule, #kinesin, #intermediatefilament, #vimentin, #keratin, #desmin, #GFAP, #peripherin, #syncoilin, #internexin, #neurofilament, #synemin, #syncoilin, #lamin

    are hashtags used by @Rxiv_cytoskeleton bot.

    Unfortunately, if you search / follow one of these hashtags, most of the posts from this bot will be invisible because a recent policy makes them "unlisted", see botsin.space/@muffinista/11037

    #ScienceMastodon

    1/2

  30. Are you interested in the #cytoskeleton ...?

    #actin, #actomyosin, #myosin, #microtubule, #kinesin, #intermediatefilament, #vimentin, #keratin, #desmin, #GFAP, #peripherin, #syncoilin, #internexin, #neurofilament, #synemin, #syncoilin, #lamin

    are hashtags used by @Rxiv_cytoskeleton bot.

    Unfortunately, if you search / follow one of these hashtags, most of the posts from this bot will be invisible because a recent policy makes them "unlisted", see botsin.space/@muffinista/11037

    #ScienceMastodon

    1/2

  31. Are you interested in the #cytoskeleton ...?

    #actin, #actomyosin, #myosin, #microtubule, #kinesin, #intermediatefilament, #vimentin, #keratin, #desmin, #GFAP, #peripherin, #syncoilin, #internexin, #neurofilament, #synemin, #syncoilin, #lamin

    are hashtags used by @Rxiv_cytoskeleton bot.

    Unfortunately, if you search / follow one of these hashtags, most of the posts from this bot will be invisible because a recent policy makes them "unlisted", see botsin.space/@muffinista/11037

    #ScienceMastodon

    1/2

  32. Are you interested in the #cytoskeleton ...?

    #actin, #actomyosin, #myosin, #microtubule, #kinesin, #intermediatefilament, #vimentin, #keratin, #desmin, #GFAP, #peripherin, #syncoilin, #internexin, #neurofilament, #synemin, #syncoilin, #lamin

    are hashtags used by @Rxiv_cytoskeleton bot.

    Unfortunately, if you search / follow one of these hashtags, most of the posts from this bot will be invisible because a recent policy makes them "unlisted", see botsin.space/@muffinista/11037

    #ScienceMastodon

    1/2

  33. Are you interested in the #cytoskeleton ...?

    #actin, #actomyosin, #myosin, #microtubule, #kinesin, #intermediatefilament, #vimentin, #keratin, #desmin, #GFAP, #peripherin, #syncoilin, #internexin, #neurofilament, #synemin, #syncoilin, #lamin

    are hashtags used by @Rxiv_cytoskeleton bot.

    Unfortunately, if you search / follow one of these hashtags, most of the posts from this bot will be invisible because a recent policy makes them "unlisted", see botsin.space/@muffinista/11037

    #ScienceMastodon

    1/2