Congrats @ShengWangD on your recently published work, which establishes a clear contribution of rare variants on Chromosome X to male-biased psychiatric disorders and identifies a new X-linked high confidence autism gene, MAGEC3.
https://t.co/8SQmWNL2f4
New UCSF-led research reveals the complex interplay of #genetic factors contributing to male-biased prevalence in #autism spectrum disorder, #Tourette syndrome, and #ADHD, paving the way for future advancements in #neurodevelopmental disorder research.
https://t.co/W5FSIZ44YT
Congrats @ShengWangD on your recently published work, which establishes a clear contribution of rare variants on Chromosome X to male-biased psychiatric disorders and identifies a new X-linked high confidence autism gene, MAGEC3.
https://t.co/8SQmWNL2f4
Thanks to everyone in the @WillseyLab, especially @belinda_p_wang and @snw555, as well as our fantastic collaborators, including Vanessa H. Bal, Gary Heiman, Jay Tischfield, Thomas Fernandez, and Matthew State.
Excited about our new pre-print - investigating the impact of autism-linked genes on neuronal differentiation.
https://t.co/6qkjFGERpW
Co-led by @WillseyLab@snw555 and @KampmannLab@noamteyssier & @RuilinSUSTech.
Read Noam's tweetorial here:
Very excited to present our recent preprint! This was a massive effort over the past three years that investigates the complex biology of high-confidence ASD (hcASD) genes during early timestamps of neurogenesis using single-cell CRISPRi.
https://t.co/juHC9hE4rx
Jeremy Willsey, PhD, highlights the potential of targeting interacting proteins, opening doors to treatments benefiting larger groups of autism spectrum disorders patients. A step towards more effective clinical trials.
https://t.co/aZIJUG1X7w
Check out our new preprint quantifying the contribution of rare X-linked genetic variation to three male biased neurodevelopmental conditions: autism, Tourette syndrome, and ADHD https://t.co/b3ST1q9fFz @UCSFPsychiatry@QBI_UCSF@PsychCellMap@ucsfrrtp @SFARIorg @spectrumnewsorg
Recent studies, by @goodfrognosis, A. Jeremy Willsey, @belinda_p_wang & Matthew W. State, have gained insights on compounding genetic risks for autism spectrum disorder and are closer to developing therapeutical interventions. @WillseyLab
🧬https://t.co/gZzfYPwso2🧬
Studies have identified a growing list of associated risk factors for autism, and—with the use of gene editing tools, multidimensional omics datasets, and higher-throughput model systems—possible therapies. @goodfrognosis@belinda_p_wang@WillseyLab
🧬https://t.co/ISCSGkn8Xn🧬
Genomics, convergent neuroscience and progress in understanding autism spectrum disorder – a new Review by Helen Rankin Willsey, A. Jeremy Willsey, Belinda Wang & Matthew W. State
@goodfrognosis@belinda_p_wang@WillseyLab@UCSFPsychiatry@UCSF
https://t.co/0i87vMKEPi