I am absolutely humbled and honored to have been selected as a new HHMI Investigator. A huge shout-out to all of my brilliant lab members (past and present), outstanding collaborators and incredible mentors along the way who made this a possibility!!

Reimagining biogenic amine signaling in the brain and beyond: Trends in Neurosciences

🎉CONGRATULATIONS to the #MazeLab's @BenjaminWeekley who has received an @NIH F32 this year from @NIMHgov to study "Mechanisms of Histone Serotonylation and MLL5 in Coordinating the #Epigenome during #Neurodevelopment". Learn More about Dr. Weekley's work👉 https://t.co/i8mQIw4jqx

The One Mind Rising Star Awards were created to fuel bold ideas that improve lives, and 2017 Awardee Ian Maze, PhD, is a powerful example of that vision in action. Congratulations to Dr. @ian_maze2 on receiving the ACNP Daniel H. Efron Research Award for his groundbreaking work

So incredibly honored to be one of this year’s recipients of the @ACNPorg Daniel H. Efron Research Award, along with my friend and colleague @TheErinCalipari . Shout out to all my amazing current and former lab members (and our outstanding collaborators) who made this a reality!

Calling all rising juniors & seniors: Interested in biological or biomedical research? Apply now for our ’26 Summer Undergraduate Research Experience Program! Nine weeks, hands-on research, & mentorship from some of the nation’s top scientists — learn more:

New preprint alert!! In our last work we have found that Tissue stiffening primes migratory cell states by allowing histone serotonylation! #biomechanics #xenopus #chromatin #neuralcrest #devbio #cellmigration #frogpower https://t.co/r5miQldHxh

Thrilled to announce the upcoming Center for Epigenetic Research Symposium @MSKCancerCenter on Nov 17! 🎉 A full day of cutting-edge science featuring stellar external speakers & our outstanding trainees. Registration is now open! Join us in NYC or virtually from anywhere! link⬇️

So excited my doctorate work (and this excellent Preview by Yuhui Cui) is finally out @Neuron! We used human MDD profiling + mouse manipulation studies to identify an epigenetic regulator linking OFC astrocyte reactivity -> neuronal hyperexcitability -> stress susceptibility.

many amazing collaborators, without whom, none of this would have been possible. Hope you all enjoy!

But I couldn’t be more excited to finally have this work published. Also, a huge thanks to our incredibly helpful Editor, Dr. Ted Dobie, and our insightful Reviewers at Neuron, who truly demonstrated what scientific review should look like. Finally, a huge thanks to our

This project, which robustly identifies a novel astrocytic regulator of Major-depressive-disorder associated stress susceptibility represents a monumental effort by one of the most talented young scientists that I have ever known. Sasha will follow up with summaries of the work

So incredibly excited to be able to officially highlight the outstanding work of @SashaLFulton, a previous superstar PhD student in my lab and now a superstar postdoc in the @IshmailSaboor lab at Columbia (also an @HHMINEWS Hanna H. Gray Fellow), now out at @NeuroCellPress !!

.@SinaiBrain & @IcahnMountSinai congratulate @EricJNestler for his election to @theNASciences of the USA. This great honor recognizes Dr Nestler’s cutting-edge work on the molecular basis of drug addiction & depression & on advancing the field of psychiatry into the molecular era

How do the brain & body communicate w/ each other? Our thoughts & emotions often feel in sync w/ physical sensations in our bodies. Why? Find out, CHECK OUT @RasikaIyer22's blog, dropped by MiNDS @SinaiNeuro this morning! #BrainAwarenessWeek #BrainWeek💓 https://t.co/uzkME0Ifwt

Today we're thrilled to announce our 2024 #HannaGrayFellows! Please join us in welcoming and celebrating these outstanding early career scientists! This cohort includes scientists working in research areas ranging from treatment-resistant cancers to sleep dysregulation to how

It was such a pleasure collaborating with you on this project, Qingfei! As they say, team work makes the dream work, and what an outstanding team this was 😎 here’s to many more!

And here is the beautifully written News & Views on our new paper from @debo_Astrocyte and Tatiana Kutateladze. Thank you both! https://t.co/dys66or82d

Massive thanks to all authors, including @QZ_ChemSynBiol @BenjaminWeekley @DavidVinson93 @RyanBastle Shuai Zhao and many many more on getting this across the finish line!

Using a viral approach to disrupt H3 monoaminylations in TMN, we significantly ablated circadian gene expression in this region. This matched behavioral phenotypes indicating significantly disrupted circadian entrainment in mice.

Through analysis, we show WDR5 binding is primarily at CLOCK/BMAL1 target genes, and binding was severely diminished at ZT20 when H3Q5his enrichment is high & H3Q5ser is low. This matches work showing MLL1 & CLOCK physically interact [Paulo Sassone-Corsi’s group (PMID 21113167)].