Excited to be part of groundbreaking research published in Advanced Science! Our study reveals the crucial role of NO in #autism, unravelling intricate molecular, cellular, and behavioral aspects. Grateful for the opportunity to contribute to #ASDresearch#Neuroscience
I'm super excited and proud to share our paper in Advanced Science. We proved that #nitricoxide (NO) is a major pathological factor in #autism by looking into the molecular, cellular & behavioral levels. Huge thanks to my amazing team led by @themanish77 https://t.co/V82cmBz81D
Thrilled to share our new paper that has been published in @Molecular Psychiatry, where we discovered a novel mechanistic axis in autism and Phelan-McDermid syndrome (#PMS). Congrats to Dr. Shashank Ojha for leading this unique work!
https://t.co/sitlq2lFAq
Here is a sneak peak to what we have been up to in the @JoshuaBurda lab. Featuring your favorite #glial cell and mine (spoiler it's all* of them)
https://t.co/m17jhvi8GC 1/n
*Most
Mutations associated with autism lead to similar synaptic and behavioral alterations in both sexes of male and female mouse brain @haitham_amal
https://t.co/d8ZScFWL9M
Breaking barriers in ASD research! Recent study led by Prof. @haitham_amal from @HUJIMed delves into sex-specific synaptic and behavioral distinctions in ASD mouse models, offering profound insights. This discovery signifies a substantial milestone in understanding the condition beyond the typical male-focused approach. It urges the psychiatry scientific community to use both sexes in their investigations. @SciReports@autismspeaks
For the full article👇🏻
https://t.co/jnWxrOGhcg
Excited to share our new article, where we uncovered molecular, neuronal and behavioral similarities in autism between females and males.
@AmFriendsHU@HebrewU@Spectrum@autismspeaks
https://t.co/Isocd8iGWW
Delighted to highlight another significant breakthrough from the Amal Team at the Hebrew University! Our research unveils shared molecular, neuronal, and behavioral aspects of autism in both females and males.
https://t.co/5Y9ayqJ5B0