Sneha Rao

Sr. Scientist at @Herophilus_SF | Previously @GogosLabZMBBI @Columbia.

[Herophilus @Herophilus_sf]

We are beyond thrilled to announce the results from our research collaboration with @CerevelTx!

Today we are sharing the preprint of "Neuroimmune Cortical Organoids Overexpressing C4A Exhibit Multiple Schizophrenia Endophenotypes"

https://t.co/nvHgF59vzC

[Sneha Rao @SneRao]

@PrkrEm Congratulations!!!

[Amanda McQuade @AmandaKMcQuade]

Happy Fluorescence Friday to these lipid-loaded microglia! SciShots: The brain’s mysterious, multipurpose immune system https://t.co/oTER03m2yi

[Sneha Rao @SneRao]

Opportunity to work in a great lab with a super supportive PI!

[Lorna Role @LROLE]

Hey Sci-Twitter-sphere! We are looking 4U. Interested in new genetic & physiol. tricks to get at cholinergics & cognitive decline? genetic regulation of psychosis? great lab in NIH intramural. Check it out & RT https://t.co/efZHFLlMnL Great toys, challenging questions. join us!

[Sneha Rao @SneRao]

Exciting work from the @rajutomer lab demonstrating a new in vitro model system to study neuron networks in the context of Schizophrenia @NatureComms. Grateful for the opportunity to contribute to this project!

[Shan Wang @ShanWan77834876]

Extremely happy to see more than 3 years’ work has paid off. Special thanks to my supervisors @SchubiNeuro and @naelnadif who have been there supporting me throughout the ups and downs of the Ph.D. journey and also trusting me to try my own ideas. https://t.co/QRuprm1EOX

[Sneha Rao @SneRao]

Fascinating work!

[Miki Ebisuya @EbisuyaMiki]

New paper from the lab!
We developed a novel human organoid that periodically forms somite-like structures. The spheroid of human iPS cells elongates and starts forming pairs of somites according to the segmentation clock.
https://t.co/fR2gLrG8XR
1/

[Amanda Kedaigle @AKedaigle]

Our single-cell atlas of brain organoid development is on bioRxiv today! This was a huge labor of love with my co-lead author @uzquiano_a and many others. We sequenced over 600K cells from brain organoids across time, and asked what they could teach us. https://t.co/JJ7kZ6KSaD

[Treutlein lab @TreutleinLab]

Happy to share our spatial analysis of human organoids! Fun to "see" organoid structure and cell types develop with multiplexed imaging + single-cell genomics! Great collab with @GrayCampLab @lucaspelkmans! Step towards virtual #Organoids, and exciting tools for phenotyping! 1/2

[bioRxiv Neuroscience @biorxiv_neursci]

EMC10 reduction in human neurons and adult mouse brain rescues cellular and behavioral deficits linked to 22q11.2 deletion https://t.co/yWcoP7zPbA #biorxiv_neursci

[Bruna Paulsen @bruna_paulsen]

Our new paper is out in @Nature today! In this massive work, we described cell-type-specific neurodevelopmental abnormalities that are shared across 3 top ASD-risk genes. #brainorganoids
@AKedaigle @SilviaM_Velasco @Pigoni_Martina @ArlottaLab @jzlevin Aviv Regev & others 🧵👇

[Omer Ali Bayraktar @bayraktar_lab]

finally out @NatureBiotech: cell2location tool for integration of single cell & spatial transcriptomics! Tons of new work showing that we can resolve fine cell types in spatial RNAseq & comprehensively map tissues. With @OliverStegle, proud of @vitaliikl👇https://t.co/vBTdZykbH6

[Jayaram Kancherla @jayaram]

Today Aaron and I are excited to announce Kana https://t.co/b9k1HYgCnk, an app to perform #SingleCell RNA-seq analysis in the browser. Yes you read that right, the calculations are performed client-side, by your browser, on your laptop! #webassembly

Want to analyze your data?🧵

[Sneha Rao @SneRao]

@fikribirey @CellStemCell Cool stuff Fikri! Congratulations.

[Ronen Segev @ronen_segev]

I am excited to share a new study led by Shachar Givon & @MatanSamina w/ Ohad Ben Shahar: Goldfish can learn to navigate a small robotic vehicle on land. We trained goldfish to drive a wheeled platform that reacts to the fish’s movement (https://t.co/ZR59Hu9sib).

[Treutlein lab @TreutleinLab]

Very exciting that our manuscript on lineage recording in human brain organoids is out in @naturemethods https://t.co/U1ClYdGXtK. Amazing team work by @zhisong_he, @AshleyMaynard10, @Jain_Akanksha_, Tobi Gerber and @GrayCampLab! Great way to end 2021!

[Organoid News @organoidscience]

Scientists created a 3D model of vascularized spheroid 🔵 cells using an injection-molded microfluidic chip, and cocultured spheroids derived from induced #NeuralStemCells with perfusable blood 🩸 vessels.
https://t.co/cJpoeYKPYs

[Chun-Li Zhang @ZhangLab_UTSW]

Revisiting astrocyte to neuron conversion with lineage tracing in vivo.
https://t.co/BkCwMVhufE

[Treutlein lab @TreutleinLab]

How do diverse neuronal identities emerge in self-pattenring cerebral organoids and what regulatory mechanisms are driving it? Find out in our new preprint lead by @SophieMJ_Jansen and @josch_f with @GrayCampLab and @zhisong_he https://t.co/NYgMbkFZYY

[Arlotta Lab @ArlottaLab]

We are proud to share our paper with a comprehensive single cell RNA-seq, ATAC-seq and spatial atlas of the developing mouse neocortex, led by @DanielaJDiBella from the @ArlottaLab and @ehshabibi from Aviv Regev’s lab. https://t.co/LfqcEBqbYR