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The chaotic surface of a living
#cell.#BabyMicrovilli#VandyCytoskeleton#Microscopy@VUCellImagingpic.twitter.com/KFEFG99EmC -
Don't miss the Vanderbilt CDB Seminar tomorrow:
@SamReckPeterson is here!#VandyCytoskeleton pic.twitter.com/Jw5EK756Vo
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Happy Halloween! Is it a masterly carved pumpkin? No! Pattern-photobleaching of the nuclear lamina (orange) is a way to probe mechanical forces at the nucleus. Golgi in green. By grad student Keyada Frye.
#Microscopy#VandyCytoskeleton@BiomedVandy@VUCellImaging@VUGradSchoolpic.twitter.com/sdMRr90aoN -
#Vesicle trafficking in a live cell
#CellBiology#Microscopy#VandyCytoskeleton@VUCellImagingpic.twitter.com/yzzyrrpfJO -
It’s always awesome to catch up with former trainees! Especially the myosin-1 master
@BiomedVandy alum@JMazerik#PhD now crushing
it at the @NIH#WomenInSTEM#VandyCytoskeleton pic.twitter.com/4Sooj0crhw
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I'm seeing [
#DiffractionLimited] spots! And that spacing looks pretty uniform to me - how do cells do that?#Epithelial#Cells@NikonInst#NSIM#VandyCytoskeleton@VUCellImaging. Microscopist ->@CChinowskypic.twitter.com/i8nBL9dIy6
Prikaži ovu nit -
A regulatable secretory cargo gradually progresses from the ER through the
#Golgi stack to post-Golgi carriers. RPE1 cell.#Microscopy by@AnnekeSanders. Thank you Jason Casler & Ben Glick for a wonderful reagent!#VandyCytoskeleton@BiomedVandy@VUCellImaging@VUBasicSciencespic.twitter.com/2RzIlDr0l1Prikaži ovu nit -
#Microtubules in RPE1 cell - conveniently in far-red by TUBB5-Halo (@AddGene plasmid 64691, Yasushi Okada lab) & HaloTag-Fluor from@HHMIJanelia. Spinning disk confocal, maxi projection over 0.8 um-thick stack.#VandyCytoskeleton@VUCellImaging#Microscopy@VUBasicSciencespic.twitter.com/ExmWLr5aGvPrikaži ovu nit -
@VUBasicSciences Don't miss CDB seminar today featuring@AmyShaubMaddox#VandyCytoskeleton pic.twitter.com/GZj0cwdnj3
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5-min pulse of EdU incorporation dramatically illustrates how DNA replication pattern varies within the S-phase. RPE1 cells. Single confocal image planes across nuclei. By grad student Keyada Frye.
#VandyCytoskeleton#microscopy#IMSD@BiomedVandy@VUCellImaging@VUBasicSciencespic.twitter.com/Nopum5zVEQ
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Excited to collaborate with the Goodson lab on the microtubule stutter!
@bethjlawrence#VandyCytoskeleton Stutter: a Transient Dynamic Instability Phase that is Strongly Associated with Catastrophe https://www.biorxiv.org/content/10.1101/2019.12.16.878603v1 … -
Come to 147A to see the session Marija is cochairing AND to see her talk on our most recent work about microtubule treadmilling!
#ASCBEMBO19#VandyCytoskeleton pic.twitter.com/ggqKL8SP4A
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Super stoked because tomorrow we get to hear the latest on microtubule-based motors from:

@SamReckPeterson
- it’s going to be awesome!! Sure to be a packed house. @VUBasicSciences@BiomedVandy#VandyCytoskeleton#KinesinAndDyneinAndMicrotubulesAreGoodToohttps://twitter.com/ZanicLab/status/1191145141144293377 …
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Actin comets pushing vesicles through the cytoplasm.
#Actin -> the OG motor protein
@VUCellImaging#Microscopy#VandyCytoskeleton#CellBiologypic.twitter.com/Gu3GVyrLoKPrikaži ovu nit -
Huge thanks to
@sciam for highlighting one of our gifs
. Fortunate to be featured alongside some amazing data in this column! @VUCellImaging@VUBasicSciences#VandyCytoskeleton#HeLa#Microscopyhttps://www.scientificamerican.com/article/undying-cells-speedy-ants-and-a-deep-sea-ghost-science-gifs-to-start-your-halloween-week/ …Prikaži ovu nit
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