Gallery

Lab Life (click photo to zoom-in)

1of31

—

Lab Fun (click photo to zoom-in)

1of25

Shcheglovitov LabFollow

Shcheglovitov Lab @shcheglovitov·

12 Feb

paper celebration during COVID time ✌️@SimoneChiola @KLNapan Guang Yang and @NicoEdgarDB1

Reply on Twitter 1360274186237669386 Retweet on Twitter 1360274186237669386 Like on Twitter 13602741862376693864 Twitter 1360274186237669386

Shcheglovitov Lab @shcheglovitov·

12 Feb

Celebrating International #WomenInScienceDay, we would like to highlight our fearless, tireless, and incredibly organized Dr. Kandy Napan! She manages 2 kids, the lab, and technically challenging experiments with human neurons and organoids to help other kids with rare disorders!

Reply on Twitter 1360039483324866565 Retweet on Twitter 13600394833248665651 Like on Twitter 136003948332486656511 Twitter 1360039483324866565

Retweet on Twitter Shcheglovitov Lab Retweeted

Alex Shcheglovitov @AlexShcheglovit·

11 Feb

Our new paper is out! Besides synaptic and dendritic deficits caused by SHANK3 hemizygosity, it describes a high-throughput in-vitro synaptic assay and new platform for studying autism associated connectivity deficits using human neurons transplanted in the mouse cortex. https://twitter.com/shcheglovitov/status/1358983415974875139

Reply on Twitter 1359891570632269824 Retweet on Twitter 13598915706322698241 Like on Twitter 135989157063226982415 Twitter 1359891570632269824

Shcheglovitov Lab @shcheglovitov·

9 Feb

Check out our new paper in Mol Psychiatry (https://rdcu.be/ceXyO)! SHANK3 hemizygosity disrupts AMPA synapses and neuronal morphology in human neurons transplanted in the mouse brain. Huge kudos to @SimoneChiola, @KandyNapan, @yueqiw! #SHANK3, #22q13, #autism, #synapses, #iPSC

Reply on Twitter 1358983415974875139 Retweet on Twitter 13589834159748751391 Like on Twitter 135898341597487513924 Twitter 1358983415974875139

Shcheglovitov Lab @shcheglovitov·

4 Feb

New preprint out! Modeling autism-associated SHANK3 deficiency using human cortico-striatal organoids generated from single neural rosettes | bioRxiv https://www.biorxiv.org/content/10.1101/2021.01.25.428022v2

Reply on Twitter 1357175170142638085 Retweet on Twitter 1357175170142638085 Like on Twitter 13571751701426380855 Twitter 1357175170142638085

Custom Twitter Feeds Plugin