Mayu Inaba (@mayuinaba0317) 's Twitter Profile
Mayu Inaba

@mayuinaba0317

Assistant professor @ UConn Health. Works on fly stem cells. Opinions are mine.

ID: 838987519383465984

linkhttps://health.uconn.edu/germline-stem-cells/ calendar_today07-03-2017 05:39:47

426 Tweet

578 Followers

624 Following

Mayu Inaba (@mayuinaba0317) 's Twitter Profile Photo

Our latest preprint out! We show BMP from somatic support cells helps sperm development in the fly testis. This has been unknown for quite some time, turned out to be a classic BMP pathway. Congratulations, Emma! biorxiv.org/content/10.110…

Jun Wei PEK (@jwpeklab) 's Twitter Profile Photo

Happy Chinese New Year! 🍊🍊 it’s a pleasure to report that our paper on stable introns in regulating germline mitochondrial quality is out today! nature.com/articles/s4146… Congratulations to Annabel (former RA) & Chris (current postdoc). Thanks for your contributions! πŸ‰

UConn (@uconn) 's Twitter Profile Photo

Researchers at UConn Health have made strides to better understand stem cells – in this case, gaining knowledge on how a signaling molecule can prevent a stem cell from transforming into a specialized cell. today.uconn.edu/2024/03/when-l…

Mayu Inaba (@mayuinaba0317) 's Twitter Profile Photo

Insulin signaling regulates R2 retrotransposon expression to orchestrate transgenerational rDNA copy number maintenance biorxiv.org/content/10.110…

Joel Atallah (@joelatallah) 's Twitter Profile Photo

There was a strong movement by geneticists to put Barbara McClintock on the $10 bill. She's certainly the female scientist I'm most indebted to personally. #InternationalWomensDay #transposons

There was a strong movement by geneticists to put Barbara McClintock on the $10 bill. She's certainly the female scientist I'm most indebted to personally. #InternationalWomensDay #transposons
Luca Jovine (@lucajovine) 's Twitter Profile Photo

Capping a 10-year-long adventure, in today's Cell we unveil the molecular mechanism whereby the fertilized egg permanently blocks polyspermy, a lethal condition for the embryo: doi.org/10.1016/j.cell… #structuralbiology #reproduction #fertilization #infertility

Capping a 10-year-long adventure, in today's <a href="/CellCellPress/">Cell</a> we unveil the molecular mechanism whereby the fertilized egg permanently blocks polyspermy, a lethal condition for the embryo:

doi.org/10.1016/j.cell…

#structuralbiology #reproduction #fertilization #infertility
Zarah Sultana MP (@zarahsultana) 's Twitter Profile Photo

It's almost exactly a year since war broke out in Sudan. Millions have been displaced and 15,000+ have been killed. As we mark the anniversary, we must redouble efforts to end the violence, to provide humanitarian aid, and to find a peaceful, democratic future for the country.

UConn AAUP (@uconnaaup) 's Twitter Profile Photo

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. forms.gle/txioqSa4raRuoS…

Ruth Lehmann (@remlehmann) 's Twitter Profile Photo

See: doi.org/10.1038/s41556… 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! Nature Cell Biology!

WengFlyLab (@wengflylab) 's Twitter Profile Photo

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. molbiolcell.org/doi/full/10.10…

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.
molbiolcell.org/doi/full/10.10…
Mayu Inaba (@mayuinaba0317) 's Twitter Profile Photo

An RNA binding regulatory cascade controls the switch from proliferation to differentiation in the Drosophila male germ line stem cell lineage biorxiv.org/content/10.110…