#kinetochore — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #kinetochore, aggregated by home.social.
-
Bayesian data driven modelling of kinetochore dynamics: Space-time organisation of the human metaphase plate
https://atlas.whatip.xyz/post.php?slug=bayesian-data-driven-modelling-of-kinetochore-dynamics-space-time-organisation-of-the-human-metaphase-plate
Author summary Cell division segregates newly duplicated chromosomes into two daughter cells
#chromosomes #kinetochore #modelling #bayesian -
Bayesian data driven modelling of kinetochore dynamics: Space-time organisation of the human metaphase plate
https://atlas.whatip.xyz/post.php?slug=bayesian-data-driven-modelling-of-kinetochore-dynamics-space-time-organisation-of-the-human-metaphase-plate
Author summary Cell division segregates newly duplicated chromosomes into two daughter cells
#chromosomes #kinetochore #modelling #bayesian -
Spindle checkpoint can secure additional cheating time for selfish expanded centromeres.
#Transposons #ShelfishGeneticElements #MeioticDrive #Centromers #Kinetochore #SpindleCheckpoint #Mice
https://www.sciencedirect.com/science/article/pii/S0960982225008139?dgcid=author
-
Spindle checkpoint can secure additional cheating time for selfish expanded centromeres.
#Transposons #ShelfishGeneticElements #MeioticDrive #Centromers #Kinetochore #SpindleCheckpoint #Mice
https://www.sciencedirect.com/science/article/pii/S0960982225008139?dgcid=author
-
How #cells accurately assemble complex machinery.
#proteomics #regulation #CENP_A #kinetochore
https://phys.org/news/2024-01-cells-accurately-complex-machinery.html
-
How #cells accurately assemble complex machinery.
#proteomics #regulation #CENP_A #kinetochore
https://phys.org/news/2024-01-cells-accurately-complex-machinery.html
-
#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
-
#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
-
#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
-
#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
-
#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
-
#PLK1 and #PP2A-B56 form a bifunctional #kinase-#phosphatase module that balances mitotic #checkpoint strength and #kinetochore-#microtubule attachment dynamics
#RefereedPreprint c/o @ReviewCommons by Andrea Corno, Adrian Saurin et al
-
#PLK1 and #PP2A-B56 form a bifunctional #kinase-#phosphatase module that balances mitotic #checkpoint strength and #kinetochore-#microtubule attachment dynamics
#RefereedPreprint c/o @ReviewCommons by Andrea Corno, Adrian Saurin et al
-
#PLK1 and #PP2A-B56 form a bifunctional #kinase-#phosphatase module that balances mitotic #checkpoint strength and #kinetochore-#microtubule attachment dynamics
#RefereedPreprint c/o @ReviewCommons by Andrea Corno, Adrian Saurin et al
-
#PLK1 and #PP2A-B56 form a bifunctional #kinase-#phosphatase module that balances mitotic #checkpoint strength and #kinetochore-#microtubule attachment dynamics
#RefereedPreprint c/o @ReviewCommons by Andrea Corno, Adrian Saurin et al
-
#PLK1 and #PP2A-B56 form a bifunctional #kinase-#phosphatase module that balances mitotic #checkpoint strength and #kinetochore-#microtubule attachment dynamics
#RefereedPreprint c/o @ReviewCommons by Andrea Corno, Adrian Saurin et al
-
Sophie Dumont at UCSF
http://www.dumontlab.ucsf.edu/#Chromosome size alters #kinetochore attachment stability and alignment order in mammalian #mitosis
Lab interested in #SelfOrganization and emergent mechanics across scales.... "biological structures build themselves" using only local cues they get global information. mitotic spindle a great example
kinetochores attach, sense tension, can make mistakes which are corrected. how does this work when chromosomes vary in size?
1/2
-
Sophie Dumont at UCSF
http://www.dumontlab.ucsf.edu/#Chromosome size alters #kinetochore attachment stability and alignment order in mammalian #mitosis
Lab interested in #SelfOrganization and emergent mechanics across scales.... "biological structures build themselves" using only local cues they get global information. mitotic spindle a great example
kinetochores attach, sense tension, can make mistakes which are corrected. how does this work when chromosomes vary in size?
1/2
-
Sophie Dumont at UCSF
http://www.dumontlab.ucsf.edu/#Chromosome size alters #kinetochore attachment stability and alignment order in mammalian #mitosis
Lab interested in #SelfOrganization and emergent mechanics across scales.... "biological structures build themselves" using only local cues they get global information. mitotic spindle a great example
kinetochores attach, sense tension, can make mistakes which are corrected. how does this work when chromosomes vary in size?
1/2
-
Sophie Dumont at UCSF
http://www.dumontlab.ucsf.edu/#Chromosome size alters #kinetochore attachment stability and alignment order in mammalian #mitosis
Lab interested in #SelfOrganization and emergent mechanics across scales.... "biological structures build themselves" using only local cues they get global information. mitotic spindle a great example
kinetochores attach, sense tension, can make mistakes which are corrected. how does this work when chromosomes vary in size?
1/2
-
Sophie Dumont at UCSF
http://www.dumontlab.ucsf.edu/#Chromosome size alters #kinetochore attachment stability and alignment order in mammalian #mitosis
Lab interested in #SelfOrganization and emergent mechanics across scales.... "biological structures build themselves" using only local cues they get global information. mitotic spindle a great example
kinetochores attach, sense tension, can make mistakes which are corrected. how does this work when chromosomes vary in size?
1/2
-
Pulling its weight: Team identifies #protein key to #chromosome movement during cell division.
#mitosis #anaphase #CENP_C #kinetochore
https://phys.org/news/2023-06-weight-team-protein-key-chromosome.html
-
Why is a short loop in the extended #Ndc80 #kinetochore complex essential for #mitosis?
In vitro studies by Soumitra Polley @andreamusacchio @microtubule_guy @pim et al reveal its contribution to end-on #microtubule attachment via homotypic interactions between adjacent Ndc80 molecules
https://www.embopress.org/doi/10.15252/embj.2022112504 -
Why is a short loop in the extended #Ndc80 #kinetochore complex essential for #mitosis?
In vitro studies by Soumitra Polley @andreamusacchio @microtubule_guy @pim et al reveal its contribution to end-on #microtubule attachment via homotypic interactions between adjacent Ndc80 molecules
https://www.embopress.org/doi/10.15252/embj.2022112504 -
Why is a short loop in the extended #Ndc80 #kinetochore complex essential for #mitosis?
In vitro studies by Soumitra Polley @andreamusacchio @microtubule_guy @pim et al reveal its contribution to end-on #microtubule attachment via homotypic interactions between adjacent Ndc80 molecules
https://www.embopress.org/doi/10.15252/embj.2022112504 -
Why is a short loop in the extended #Ndc80 #kinetochore complex essential for #mitosis?
In vitro studies by Soumitra Polley @andreamusacchio @microtubule_guy @pim et al reveal its contribution to end-on #microtubule attachment via homotypic interactions between adjacent Ndc80 molecules
https://www.embopress.org/doi/10.15252/embj.2022112504 -
How do #yeast adapt to #chromatinization with human #histones and subsequent #aneuploidy?
Jeff Boeke, @maxhaase et al from NYU Langone find #ploidy stabilization by DASH/Dam1 complex mutants that weaken #kinetochore-#microtubule attachment strength
-
How do #yeast adapt to #chromatinization with human #histones and subsequent #aneuploidy?
Jeff Boeke, @maxhaase et al from NYU Langone find #ploidy stabilization by DASH/Dam1 complex mutants that weaken #kinetochore-#microtubule attachment strength
-
How do #yeast adapt to #chromatinization with human #histones and subsequent #aneuploidy?
Jeff Boeke, @maxhaase et al from NYU Langone find #ploidy stabilization by DASH/Dam1 complex mutants that weaken #kinetochore-#microtubule attachment strength
-
How do #yeast adapt to #chromatinization with human #histones and subsequent #aneuploidy?
Jeff Boeke, @maxhaase et al from NYU Langone find #ploidy stabilization by DASH/Dam1 complex mutants that weaken #kinetochore-#microtubule attachment strength
-
#introduction #sciencemastodon #cell #kinetochore #kinetoplastid
I am a biologist studying how cells proliferate. Our group uses Trypanosoma brucei (the kinetoplastid parasite that causes sleeping sickness and nagana) as a model to understand the mechanism of chromosome segregation. Kinetoplastids are evolutionarily highly divergent from more popular model eukaryotes and have various extreme biological processes. We post preprints.
-
#introduction #sciencemastodon #cell #kinetochore #kinetoplastid
I am a biologist studying how cells proliferate. Our group uses Trypanosoma brucei (the kinetoplastid parasite that causes sleeping sickness and nagana) as a model to understand the mechanism of chromosome segregation. Kinetoplastids are evolutionarily highly divergent from more popular model eukaryotes and have various extreme biological processes. We post preprints.
-
#introduction #sciencemastodon #cell #kinetochore #kinetoplastid
I am a biologist studying how cells proliferate. Our group uses Trypanosoma brucei (the kinetoplastid parasite that causes sleeping sickness and nagana) as a model to understand the mechanism of chromosome segregation. Kinetoplastids are evolutionarily highly divergent from more popular model eukaryotes and have various extreme biological processes. We post preprints.
-
#introduction #sciencemastodon #cell #kinetochore #kinetoplastid
I am a biologist studying how cells proliferate. Our group uses Trypanosoma brucei (the kinetoplastid parasite that causes sleeping sickness and nagana) as a model to understand the mechanism of chromosome segregation. Kinetoplastids are evolutionarily highly divergent from more popular model eukaryotes and have various extreme biological processes. We post preprints.
-
#introduction #sciencemastodon #cell #kinetochore #kinetoplastid
I am a biologist studying how cells proliferate. Our group uses Trypanosoma brucei (the kinetoplastid parasite that causes sleeping sickness and nagana) as a model to understand the mechanism of chromosome segregation. Kinetoplastids are evolutionarily highly divergent from more popular model eukaryotes and have various extreme biological processes. We post preprints.