The inhibitory cells’ development, diversity and abundance in the cortex is directed in part by pyramidal cells, a new preprint suggests. By @OliviaGieger https://t.co/kezWjarq2k

Ever feeling like that when you're doing your conference presentations?

One of the most fun collaborations I ever had. Thanks @GPouchelon and @GordFishell for giving me the opportunity to contribute to this study. Congratulations to all the authors who made this paper possible.

Huge effort from our team @AllenInstitute. A suite of enhancer AAVs and transgenic lines for targeting cortical cell types.

Neurogliaform cells are probably the least studied type of interneurons. My dear lab mate @Su_hang_ has spearheaded the study performing in vivo two-photon imaging of these interneurons, capturing them in action during visual stimuli and locomotion.

A big shout out to @Su_hang_ for her amazing work with me and @LeenaAIbrahim , in identifying and studying the role of neurogliaform interneurons in V1 cortex. Come read about how these regulators of cortical function act in different cortical layers!

Happy to share our new J Neurosci paper, showing how mediodorsal (MD) thalamus engages CCK+ interneurons to evoke CB1R-sensitive feed-forward inhibition in L3 of prelimbic prefrontal cortex (PFC), led by @aichurokkamal, @kmanoocheri, and @theXL92: https://t.co/aksHMgmuCb

Our paper just came out in @Nature. Congrats to everyone involved, and thanks to our amazing collaborators/former mentors @TonyZador @JesseAGillis Stephan Fischer, and Patrick Kanold.

The Fishell lab https://t.co/67Mk53XbAa @GordFishell at the Broad Institute @broadinstitute is hiring a computational associate. You will work with scRNAseq, scATACseq, spatial transcriptomics and more to learn about interneuron and developmental neurobiology! Please DM me/RT!

We're still not over this beautiful double cover for the October 13 issues of @ScienceMagazine and Science Advances! 😍🧠 Credit: Ivana Kapustová and Sten Linnarsson, The Karolinska Institute with the Allen Institute for Brain Science

Extremely excited about the beta release of our brand-new Allen Brain Cell (ABC) Atlas web portal! Currently it includes an scRNA-seq dataset & a MERFISH dataset, each with ~4M cells, representing ~5200 clusters in the whole mouse brain. It is based on https://t.co/Dp1PXfOC9m.

For those of you who may have missed it, here is a new paper on the surprisingly selective connectivity of cortical somatostatin cells that we just published in @NeuroCellPress ! @JJSherryWU @elaine_sevier

Brain imaging without compromise. ✨🔬 Using technology originally designed for defect detection in electronics manufacturing, the ExA-SPIM microscope is showing scientists the brain as it’s never been seen before. Look into the future of #microscopy at https://t.co/MrYDZQmrO6

Our own @HongkuiZeng has been elected to @theNASciences! She was chosen for her contributions to society's understanding of mammalian brain cells and connections, and leading the development of #OpenScience data and tools.

So after a 3 year revision, @LeenaAIbrahim 's take on how activity and Nova2 interact to direct synaptogenesis in SST interneurons. This is definitely a case where the reviewers comments helped. Hopefully published shortly in a peer-reviewed journal!

Our paper is now online! Thank you @3RakeshMishra for everything and @shubhanshupande for lovely help. Also, a big thanks to @intron2exon, @binitaghosh12, Mandar Naik for providing the outstanding support during the project. Work explained in thread: @ccmb_csir @CRISPR_News 1/n

What kind of scientist are you? 🤔

https://t.co/LRFAoKK7Rk We @GaitiHasan @TheCoffeeNeuron report transgene- & feeder- free iPSC lines from a 21y old PLA2G6- Parkinson's patient & control @NCBS_Bangalore. Thanks to @BijuViswanath13, Dr Sanjeev Jain @NIMHANS_BLR for the patient samples,@India_Alliance for funding

Very happy to share my first preprint showing a role for an insula-amygdala pathway in aversive signaling during fear learning. Cheers also to all my talented colleagues and co-authors!