Had a blast working in the Yale Pathways to Science Summer Program for the 3rd year in a row! Find out more about it and peep me teaching students about worms in the video 👀
Neighborhood scientists https://t.co/ikUBetXTDl
Our work on PPP2R3C-MAP3K1 at centrosomes is now out in @CurrentBiology! https://t.co/D1qmbSo7JY. Now with more functional analyses (lethality of PPP2R3C KO or FOP KO is suppressed by MAP3K1 KO) and more beautiful U-ExM expansion microscopy by @Armanduuum and @CentrioleLab!
From MBoC
Differential reliance of CTD-nuclear envelope phosphatase 1 on its regulatory subunit in ER lipid synthesis and storage @bahmanyarlab
https://t.co/8Pl9XJwbyc
✨it's PhD application season again!✨ i am re-sharing my popular guide on applying for PhD programs in STEM, that has now been viewed 60k+ times over the past 6 years😍 please RT and share with anyone that might find it useful! https://t.co/GZjrcU5kjg
It's out!
C. elegans' SOC-3 permits an alternative mode of signal transduction by the EGL-15 FGF receptor
https://t.co/9ZRzOOTGqa
I worked on this project during my undergrad years at the Stern Lab @NEIU. Thank you to everyone who helped bring this to life. @Dev_Bio_Journal🥹♥️
CYB-1/2 supports slow #mitosis, whereas CYB-3 dominantly drives rapid mitosis. From a study by @xtpablo, @leebardwell, @oegemadesai_lab et al. showing that cyclin B3 is a dominant fast-acting cyclin that drives rapid early embryonic mitoses https://t.co/0y7h8zdGdH
#CellCycle
This is my first time organizing a session and I couldn’t be happier to share this honor with the amazing @schmittwitt_ !!! Come join us and share your work on Metabolism! Submit your abstract to our session on “The future of Metabolism!”📝🧫🥼🧪💛
Check out the first structure of a sweet taste receptor bound to a sugar molecule! The @butterwicklab found out how an insect chemoreceptor achieves very narrow tuning by coupling binding pocket stereochemistry and allosteric activation. https://t.co/gvwvwHw02N🧶Our findings:
Thinking about reaching out to prospective research advisors, but not sure how to write the email? 🤔
Check out this guide by @_abhishek42 for the DOs and DON'Ts on writing to professors in STEM!
https://t.co/O0Mbu9uqii
Don't miss the tenth installment of the Special Series: #ScientificFigureDevelopment in our October issue!
Xinyu Li and Ye Tian, Xiaochun Li, and @Sarah_R_Barger share their approaches to integrating lipids and membranes into their figures!
https://t.co/7dCZTMCVMK
Thank you to @NatureCellBio@melina_casadio for featuring @Bahmanyarlab's work as well as Shirin's research journey and thoughts about studying the lipids and dynamics of the nuclear envelope and ER!
https://t.co/esiGYC00jN
Congratulations to the new Dr. @JakeCarrasquil1! It was an amazing thesis defense and it was a privilege to attend. Congrats to @Bahmanyarlab for another outstanding scientist!
O Proxima Symposium está com as INSCRIÇÕES ABERTAS até 02/10/23 p/ graduandos e pós-graduandos de todo o 🇧🇷!
Venha discutir a sua pesquisa e muito mais com vários cientistas nacionais e internacionais! Vai ser imperdível!
Junte-se a nós e inscreva-se em https://t.co/iMdpB36XYa
My first Cell Bio Conference @ASCBiology! So excited to be a part of this new community 🎉 some things never change though, no matter which conference I’m at. The system can never spell Victória 😂 #CellBio2022
.@LeeShoken @JakeCarrasquil1 @HollyMerta & @Bahmanyarlab report that the nuclear envelope adapts to changes in #lipid#metabolism - direct sensing of the local membrane environment by an amphipathic helix in Sun2 contributes to its retention and stability. https://t.co/Od7GwOjm9J