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BRAINSTEM - 5
Microtubule-actin crosslinking factor 1 (MACF1) Mutation
(Bow tie pattern)
https://t.co/N1JkbCYsic
#radiologicalillustration ✍️
👉 https://t.co/7779mqPEZ6
We are still searching for a PhD student to work on the reconstitution of the mechanism regulating microtubule aster shape and position.
In few days our 3-year fellowship will be lost...
DM me or @Lblanchoin if you are interested.
Reconstitution of an active human CENP-E motor https://t.co/eEC8b2mjLb #EESMicrotubules #OpenBiology
This incredible 3.6 Å structure of the C1 microtubule, along with other associated structures, which compose the central apparatus (CA) of motile cilia have been resolved using #SingleParticle #CryoEM. CA is involved in the regulation of ciliary beating in time and space.
My PhD thesis as it is seen by the AI powered artwork tool Wombo Art: The physiological role of microtubule dynamic instability in interphase cells
#ImageRemix n°5 Mouse ganglion in culture, Actin and microtubules 🤩
Image from @EricDenarier and Sylvie Gory-Fauré :
https://t.co/UPOW9UmThL
How does the environment affect cell function? By applying osmotic shifts to fission yeast, @MolinesArthur et al. show that an increase in cytoplasmic concentration reduces microtubule polymerisation/depolymerisation rates!
⬇️
https://t.co/kqySwyVUu4
#animation #scicomm #sciart
Come join us in Utrecht to study the fascinating organization of #microtubule and intracellular transport. We are looking for motivated students to work on the following Ph.D. projects....
Here is how @DInoueMT, co-first author of the study with @TriclinSarah , sees #kinesin motion on microtubules.
The lazy dude pictured in classic animations is not as cool as we thought.
https://t.co/XAsmIjEpWk
#FluorescenceFriday🔬Colony of 🐭stem cells. Microtubules (cell scaffold &🐦nest):yellow. Nuclei (🐣eggs):pink IG:Bioutiful1 #cellfie #confocal #microscopy #devbio #sciart #cytoskeleton #science #biology #stemcells #scicomm #WomenInSTEM #girlsinscience #Geek #art @sriamitray
A molecular rainbow pattern! This print is created from #imaging of #microtubules in human cells overlaid with a colorful rainbow gradient.
https://t.co/AQC3hBehk3
My next #preLight highlights findings of the cool #preprint from the Adam Martin's Lab @MIT showing how force transmits in folding tissue: the actomyosin network needs to party with microtubules.
https://t.co/gk8ZoU3zVg
Kinesin-5 reversing out of microtubule traffic jams in @PNASNews - one of the 20 new maps in #EMDB this week
https://t.co/Eh1gFXgddG