Genetic analysis of individuals with autism finds gene deletions.

A recent analysis of the genetic makeup of individuals with autism has yielded significant findings that hold promise for advancing our understanding and potential treatments for the condition. Identifying specific gene deletions associated with autism represents a critical step forward in unraveling the complex genetic factors underlying this condition. This breakthrough not only sheds light on the potential genetic mechanisms at play in autism but also offers valuable insights for further research and the development of targeted interventions. Understanding the genetic basis of autism is a pivotal milestone that could pave the way for personalized treatments and tailored support for individuals living with this condition, potentially enhancing their quality of life and well-being.

A 2017 study published in Nature Genetics identified 18 new genes associated with autism, bringing the number of known risk genes to over 100. The study also found that deletions of these genes were more common in people with autism than in the general population.

http://www.cab.zju.edu.cn/ivsenglish/2018/0717/c17692a840144/page.htm

A 2019 study published in the American Journal of Human Genetics identified a rare genetic variant that disrupts a gene called NRXN1 and is associated with both autism and intellectual disability. The study found that the variant disrupts the way neurons communicate with each other, which may contribute to the symptoms of autism.

18 new genes associated with autism,

A 2020 study published in Cell identified a new gene called CNTNAP2 that is associated with autism. The study found that the gene is important for developing synapses, the junctions between neurons. Mutations in CNTNAP2 can disrupt the way neurons communicate with each other, which may contribute to the symptoms of autism.

https://isoplexis.com/blog/publication-in-clinical-cancer-research-isoplexis-single-cell-proteomics-reveals-unique-cell-subsets-associated-with-improved-outcomes-in-triple-negative-breast-cancer/

A rare genetic variant that disrupts a gene called NRXN1

These are just a few examples of the many studies conducted on the genetics of autism. As our understanding of the genetics of autism continues to grow, we may be able to develop new diagnostic tools and treatments for this complex disorder.

DrorAr101

My name is Adi, and I am the proud parent of Saar, a lively 17-year-old who happens to have autism. I have created a blog, 101Autism.com, with the aim to share our family's journey and offer guidance to those who may be going through similar experiences. Saar, much like any other teenager, has a passion for football, cycling, and music. He is also a budding pianist and enjoys painting. However, his world is somewhat distinct. Loud sounds can be overwhelming, sudden changes can be unsettling, and understanding emotions can be challenging. Nevertheless, Saar is constantly learning and growing, and his unwavering resilience is truly remarkable.