SwinburneLab
@IanSwinburne
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Multiscale live imaging to uncover mechanisms of organ formation and function in zebrafish Postdoc Megason lab Swinburne lab opening @berkeleyMCB Jan 2021!
Joined May 2020
Come join our team! The Swinburne lab is looking for someone interested in research on development, organ form and function. We use advanced live imaging and genetic experiments in developing zebrafish. Please spread the word--
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RT @D_Melaniegaster: Super excited to announce that I'll be starting my own research group at the University of Virginia in the Department….
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RT @thisischristina: Spent time today with old friends remembering the one and only Devin Burrill, the fourth unicorn of the hydrocalypse,….
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RT @toettch: New paper thread! Let me introduce our newest preprint, "Optogenetic control of the Bicoid morphogen reveals fast and slow mod….
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RT @cziscience: We’re excited to shape the next chapter of our science work! @ChanZuckerberg co-founders Priscilla and Mark are launching a….
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RT @ViventisMicro: The clock is ticking for 2021. Viventis wishes you happy winter holidays and an exciting 2022 !!.-- segmentation clock i….
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RT @IndigeNerd: Thanks @cogcelia for capturing my lab's perspective and values on #psychedelics. (also, sweet illustration by @gradscHoolbo….
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RT @khourmark: Happy to share the final version of our new @bilderlab paper, out now in @MBoCjournal! Here, former postdoc Katie Sharp disc….
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RT @bilderlab: Had fun with @IanSwinburne throwing together these GIFs of tissue rotation. Refs: (L) Mammary organoids @BauschLab: Fernand….
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RT @virtual_embryo: Published ! If you want to know more on how multiple lumen may interact hydraulically and osmotically to form a biologi….
journals.plos.org
Author summary The formation of a single biological cavity, or lumen, in tissues and embryos has been widely studied experimentally but the collective dynamics of multiple lumens has received much...
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RT @berkeleyMCB: 👏 A big congratulations to MCB Prof @rebeccaheald on receiving the 2021 @ASCBiology Keith R. Porter Lecture Award! https:/….
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RT @berkeleyMCB: We have some exciting news to share—please RT: We're #hiring for a tenure-track Assist. Prof. position w/ MCB & the Center….
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RT @JTRobinsonLab: Out in @elife: @KNBadhiwala with collaborators @Juliano_Lab and @ProtozoaPrimack show how mechanoreception is mediated b….
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RT @OlzmannLab: Please RT. Application deadline for the Stanford.Berkeley.UCSF Next Generation Faculty Symposium is coming up soon (Aug 9 2….
berkeleystanfordnextgensymposium.com
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RT @EllenDeObaldia: Great interview w Pam Silver: “The engineering mindset was so different from my colleagues in biology. They were asking….
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RT @rebeccaheald: We're looking to hire a new lab manager who will spend 50% of their time on research projects related to cell division an….
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RT @Charln_RGuillot: Our paper characterizing #NMP in the🐥is out. We also analyse and compare by #scrnaseq and #WOT the #NMP in 🐭 and 🐣. Do….
elifesciences.org
Inverse gradients of cell ingression and division in the epiblast allow the bipotent progenitors in the anterior streak to become the main progenitors for posterior axis formation from the tail bud.
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