HONG KONG – A professor at the Chinese University of Hong Kong (CUHK) claims that retinal eye scanning can help to improve early detection of autism and treatment outcomes for children. Benny Zee, a professor at CUHK, has developed a method to identify children at risk of autism and get them into treatment programs sooner.

Jaguar Gene Therapy LLC, a startup reuniting former Avexis Inc. executives to develop a portfolio of potential treatments for severe genetic diseases, announced its public debut Feb. 25 with more than $40 million in series A financing from co-creator Deerfield Management.

A genome-wide look at variants in RNA-binding proteins has revealed that such variants were disproportionately linked to the risk of multiple psychiatric disorders.

Australian geneticists have developed a new tool, the Single Nucleotide Association Test for CNVs, with which to analyze copy number variations and their associations in genetic neurodevelopmental disorders.

Children with autism spectrum disorder (ASD) can face a lifetime of frustration because of challenges with communication, social behaviors and flexibility of thought. Early intervention can improve outcomes, but nailing a diagnosis of ASD often takes years. Cognoa Inc. wants to change that with its digital ASD Diagnostic and is on track to apply for U.S. FDA clearance before the end of the year.

DUBLIN – Finch Therapeutics Inc. closed a $90 million series D round to take its oral microbiome therapy, CP-101, into late-stage clinical development and registration in chronic Clostridioides difficile infection and to move two additional programs, for chronic hepatitis B virus infection and autistic spectrum disorder, into the clinic.

Sangamo Therapeutics Inc. continued its collaboration spree, signing up its sixth big pharma/biotech partner: Novartis AG. The three-target deal will use Sangamo's zinc finger protein transcription factors to up-regulate undisclosed genes to treat autism spectrum disorder and other neurodevelopmental disorders.

Cancer treatment has been transformed, at its root, by a transformational change in how it is classified. Those successes have not escaped the notice of researchers in other areas of biomedicine, and diseases including heart failure, asthma and polycystic ovarian syndrome are being looked at with an eye to subdividing them in ways that brings diagnostics into the molecular era.

Cancer treatment has been transformed, at its root, by a transformational change in how it is classified. These days, which organ a tumor arises in is often less important than its molecular drivers, which can be sensitive either to specific targeted treatments, or increase the chance that a tumor will respond to immunotherapy. Those successes have not escaped the notice of researchers in other areas of biomedicine, and diseases including heart failure, asthma and polycystic ovarian syndrome are being looked at with an eye to subdividing them in ways that brings diagnostics into the molecular era. Nowhere do those changes have greater potential than in disorders of the brain – in part because there is nowhere much to go but up as far as classifying neurological diseases goes.