
Seaver Autism Center
@seaverautism
Leaders in progressive #research studies and care for individuals on the #autism spectrum and related disorders: #ADNP #CHAMP1 #DDX3X #FOXP1 #PhelanMcDermid
ID: 103083217
http://www.SeaverAutismCenter.org 08-01-2010 20:44:22
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1,1K Followers
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If you have a child with #PhelanMcDermid syndrome, please complete the survey: redcap.link/014yntw7 - Phelan-McDermid Syndrome Inventory for Psychiatric Symptoms (PIPS) For Progress. Phelan-McDermid Syndrome Foundation CureSHANK Phelan Lucky Asociación Síndrome de Phelan McDermid España


🎉We are so proud of our Clinical Director, Alex Kolevzon, for being awarded for his educational impact at Mount Sinai Health System at the 23rd Annual IME Excellence in Teaching Awards. 📸 with Zachary Gallin, 1 of 11 students who nominated Dr. K. 🏆 Icahn School of Medicine at Mount Sinai


Spotlight⭐️: former #SeaverTeam Silvia De Rubeis. Now, he's pursuing a PhD at the University of California - focusing on how inter-individual variations in neural activity during learning lead to individual differences in learning trajectories. 👏 journals.biologists.com/bio/article/14…





Don't miss ADAPT Community Network's FREE "Benefits and Entitlements" webinar! 🗓️ Thursday, July 10 ⏰ 10 am - 12 pm Register: scan the QR code or click the link us06web.zoom.us/webinar/regist…


NEW STUDY! Researchers @avithemicrobe Natalie Sauerwald, LeeAnne Green Snyder, Jennifer Foss-Feig, Olga Troyanskaya, et al. Princeton University & Simons Foundation have ID'd 4 clinically & biologically distinct subtypes of #Autism. Seaver Autism Center Icahn School of Medicine at Mount Sinai➡️Nature Genetics nature.com/articles/s4158…


Health & Human Services renewed focus on #autism, if conducted with transparency & scientific rigor, could advance the field. But, if driven by ideology, rushed deadlines, or discredited theories, it risks setting back decades of work & trust. The New York Sun nysun.com/article/inside…


Henita will study how the brain develops in #DDX3X syndrome, using our DDX3X 🐁 mouse model. Specifically, she will study how the connections between the 2 sides of the brain 🧠 are disrupted in #DDX3Xsyndrome with the aim to find molecular targets for therapeutics. Silvia De Rubeis


