Mayu Inaba
@mayuinaba0317
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Fly germ cell researcher@ UConn Health. Bluesky account: @mayuinaba0317.bsky.social
Connecticut, USA
Joined March 2017
We would love your support for the Fun Run 2025! https://t.co/f8Gb4VfWAJ via @99pledges
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We would love your support for the Fun Run 2025! https://t.co/9jLNrsbcQb via @99pledges
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New preprint from the lab! We explore how a single niche signal can have two distinct effects. Check it out! Brinker regulates reciprocal outcomes of BMP signal between stem cells and differentiating cells
biorxiv.org
Drosophila male germline stem cells (GSCs) reside at the testis tip, surrounding a cluster of niche cells known as the hub. Bone Morphogenetic Protein (BMP) ligands secreted from the hub exert both...
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FlyBase needs your help! Because of recent changes to government funding, the NIH grant that supported FlyBase has been terminated. Please click here for more information and to contribute: https://t.co/2teJJodq4X
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WELCOME THE CHAMPIONS HOME 🏆 Ticket claim goes live at 7pm. UConn students can claim at https://t.co/os3Nh1qa9R. Fans can claim at https://t.co/GKYlmfMQ9x 🎟️
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Saxophone RNAi testis was selected for this cover. Congratulations, Emma!
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In @eLife: Distinct functions of three Wnt proteins control mirror-symmetric organogenesis in the C. elegans gonad
elifesciences.org
The mirror-symmetric structure of the Caenorhabditis elegans gonad is established through the Wnt-independent function of a Frizzled protein and three Wnt proteins with distinct roles.
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An RNA binding regulatory cascade controls the switch from proliferation to differentiation in the Drosophila male germ line stem cell lineage
biorxiv.org
The switch from precursor cell proliferation to onset of differentiation in adult stem cell lineages must be carefully regulated to produce sufficient progeny to maintain and repair tissues, yet...
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Published: our study on a new Drosophila gene Moat shows strong polarity-based junctions allow weak myosin to promote productive apical constriction, leading to ectopic folding of ectodermal anterior midgut (ectoAMG). The ectopic folding requires Baz/Par3. https://t.co/yeg1e1Jzu2
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See: https://t.co/ObyHyz7FIk A close-up view of mRNA organization and regulation during active translation in germ granules! Congrats to Roy Chen, William Stainier, and our collaborators Jeremy Dufourt and Mounia Lagha! @NatureCellBio!
nature.com
Nature Cell Biology - Chen et al. perform single-molecule imaging of translation at ribonucleoprotein (RNP) granules. They show that RNP granule surfaces are sites of nanos mRNA translation,...
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😬🙂
Thank you @kalikapg and Dasarathi for lucidly summarizing the multiple sessions presented at CMMDR2024 meeting held at @ShivNadarUniv @dls_snioe. Beautiful artwork (bookmarks) featuring model systems at this meeting by @TheNunJay. For complete report see https://t.co/a10WRXHXqf
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Many faculty members across the country have signed statements in support of students' right to protest. We invite our members to do the same. The statement is in the link below. https://t.co/5EEe9s14WB
docs.google.com
Currently, students, faculty, and university staff across the United States are being targeted for their righteous activism, protest, and speech in defense of Palestinian life. This generation of...
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having my paper selected for the journal club is the best thing! Thank you!
@mayuinaba0317 @ShinyaMatsuda3 @NatureComms Great work! I was surprised by the complex control of GSC behavior with high and low pMad. From a technical point of view, I am impressed that even though the background noise of Dpp::GL is present (Fig. 1D), your clever use of the "trap" construct solves this problem. So nice.
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Capping a 10-year-long adventure, in today's @CellCellPress we unveil the molecular mechanism whereby the fertilized egg permanently blocks polyspermy, a lethal condition for the embryo: https://t.co/T0MNqBJ6FU
#structuralbiology #reproduction #fertilization #infertility
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