Excited to share our latest work in @CellReports highlighting a PPARγ-dependent remodeling of translation machinery in adipose progenitors.
Amazing collab between our lab @ClaudioVillanu@YangLabUCLA and @LauraHulea
@CellPressNews@uclaibp https://t.co/y7D3uUjD6t
🎉🎉🧠🧠🔬🔬🥼🥼🧬🧬
Big day! New @AmarSahay_ lab #preprint! Please share! Feedback welcome!
🍫🍫🍩🍩🍦🍦🔥🔥
Here we identify a unique cell-type and circuit in the brain 🧠 that regulates context-dependent feeding! 🍫🍫🍫
🧵… 1/9
Delighted to have my first first author paper of my PhD published in @GeroScienceAGE! We show that the protective effects of 17α-estradiol against metabolic dysfunction in male mice are not exclusively mediated by ERα in glutamatergic or GABAergic neurons 🧠 (1)
Excited to present part of my favorite sex differences project in the @TarlingVallim lab later today at #VascularDiscovery24 - catch me at poster #2004!
When your student surprises you with a mid-afternoon coffee on a Saturday 🥹❤️ I don��t know what I did to deserve working with such amazingly talented and kind students 😭 #TeamCorrea
Please re-post and share with students and teachers in LA area, #UCLAPOP hands-on research opportunity for high school students interested in careers in science @baljit_khakh@dgsomucla@UCLA@UCLAAnes
https://t.co/mVOaESpQv7
So excited to share my postdoc work thus far in @DulacLab in this preprint!
How do neuronal cell types controlling instinctive behaviors emerge and mature during development, as animals' needs and interactions change dramatically? How do external inputs affect this process?
First day at big school (UCLA)! So excited for cool science with @Profa_Correa and her awesome team as part of an exchange for my PhD. And we have a doggo! ! Forever grateful to the Elman Poole Trust, the @hopefoundNZ and CARE at Otago. @RECampbell_inNZ@GarrattMike@CneOtago
In our new lab preprint, led by @DrocksNeuro , we introduce the first sex-specific immediate early gene, Egr1! Egr1 opens neuronal chromatin sex-specifically, with consequences for targeted gene expression changes, synaptic plasticity and behavior🧵 👇
https://t.co/eRUEhHIpEY
Finally out!
We found that mRNAs are not uniformly distributed across the cytoplasm.
mRNA architecture is the strongest determinant for localization.
Subcytoplasmic location of translation controls protein output.
https://t.co/CJW80etwG7
Hi all!
Please help spread the word about this upcoming lecture on January 19th at 3 PM EST. There is an in-person and Zoom option available.
Dr. @MegMassa is Assistant Teaching Professor in Neuroscience and Behavioral Biology at Emory University. #psychology#hormones