I’m excited to share my latest postdoc project with you all! This was a dream team collaboration co-led by Rita Cervera and @SvitlanaBach.
We also developed web apps that allow anyone to easily explore the data, found in the GitHub repo below 👇🏻
https://t.co/i0C3a2wnMH
26 years after Larry Swanson emphasized “the amygdala is neither a structural or functional unit” we used sn-RNAseq to answer the question:
“What is the [primate] amygdala?”
Check out the preprint 👇
https://t.co/qARasyT6J7
Division of Translational Neuroscience @LieberInstitute will be at #SfN24! Presentations span mice, monkeys and humans from molecular to cellular through circuits and behavior. If you are interested in what we do, please stop by! @rehg_j@MicTott @R_Phillips_3rd @YufengDuYufeng
Bringing my account back to life just in time for #FluorescenceFriday with a peek at our preliminary dive into the human LC🔵in AD. Glials & microvessels surrounding tangles - let the adventure begin into their -omics! Major credit to @HeenaDivecha for the perfect slice!
Is your tissue larger than a @10xGenomics Visium capture area? If you need to stitch together the images but also the gene expression data, check our new preprint describing #visiumStitched
We also shared example postmortem human brain data (3 samples)
https://t.co/sYMH2V10JE
🚨Preprint alert🚨
Excited to share a commentary on opportunists and challenges in integrating spatially resolved #Transcriptomics (#SRT) data across tissues 🧠 and individuals 🧑🤝🧑!
Co-led with @WodanLing from @WCMPopHealthSci
🔗: https://t.co/JDMzk7A0Up
🧵👇
So happy to share our latest preprint from the circuits team in @martinowk lab in collaboration with @GregCarrNeuro. Thanks so much to @SuhaasSAdiraju, @rehg_j and everybody that participated in this fun project. Now what's on the preprint.....
Very excited to share this new preprint led by the super talented @klbrida. We started by asking what marks drug-activated ensembles and stumbled onto a surprising answer that identified a key regulator of neuronal excitability and reward. A brief 🧵...
https://t.co/VaCv2l7DhH
I'm very excited to share my first postdoc preprint with
@BoyiGuo and @stephaniehicks!
Here we preset SpotSweeper - the first spatially-aware quality control methods developed for spatial transcriptomics. 🧵
https://t.co/3ak7ZxCRHF
Staff Scientist position available in our Division to manage operations in @LieberInstitute Imaging Core Facility. Responsibilities include providing training on and managing equipment as well as providing consultations on experimental design and image analysis.
Very excited that my meta-analysis of telomere length GWAS and experimental validation showing that POP5 and KBTBD6 are human telomere length regulation genes is out in @NatureComms!
Shout out to my mentors @alexisjbattle and @RasikaMathias
https://t.co/R9UvSVtmxs
So happy I just presented one of my @LieberInstitute projects about transcriptomic changes in 🐀 rat #habenula and #amygdala 🧠 after chronic fentanyl self-administration 💉together with Ege Yalcinbas at the 2024 NIDA meeting. @NIDAnews
Thank you for inviting me @kr_maynard!
New paper on single-cell genomics & regulatory networks for 388 human brains just out in @ScienceMagazine. Neat stuff on single-cell QTLs, cell-to-cell communication, & DL models simulating drug effects (https://t.co/4paOy63nOu) #PsychENCODE24
🔥 Hot off the press our paper on systems biology profiling of #PTSD and #MDD across brain 🧠, cell-types 🫧, and blood🩸 is out in @ScienceMagazine as part of #PsychENCODE24. Tap below for the full tweetorial by @NikosDaskalakis 💡https://t.co/q1LTItoEEk
Delighted to share that our data-driven molecular map of the DLPFC is now out in @ScienceMagazine as part of a collection of #PsychENCODE studies. Grateful for the opportunity to contribute to this collective effort to better understand the molecular basis of brain disorders.