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University of Basel spin-off Translation-X receives Venture Kick funding

The team of Translation-X: Peter Scheiffele, Özgür Genç, and Guido Koch
The team of Translation-X: Peter Scheiffele, Özgür Genç, and Guido Koch (from left to right). (Photo: Biozentrum, University of Basel)

In 2022, Dr. Özgür Genç together with Professor Peter Scheiffele from the Biozentrum, University of Basel, founded the startup Translation-X with the goal of developing novel therapeutics for autism spectrum disorders. They have now received 150’000 Swiss Francs investment from the Venture Kick initiative.

30 September 2024 | Katrin Bühler

The team of Translation-X: Peter Scheiffele, Özgür Genç, and Guido Koch
The team of Translation-X: Peter Scheiffele, Özgür Genç, and Guido Koch (from left to right). (Photo: Biozentrum, University of Basel)

The University of Basel startup Translation-X is pioneering a precision medicine approach to address the core symptoms of autism-spectrum disorders such as social interaction difficulties. The company recently reached an important milestone by completing the three stages of the Venture Kick program, a Swiss initiative designed to support and promote innovative startups in their early stages.

“With the support of Venture Kick, we're advancing in our drug development journey”, emphasizes project leader Dr. Özgür Genç from the Biozentrum, University of Basel. “This progress is vital to the growth of our project and brings us one step closer to tackling the challenges of autism therapy.”

Innovative approach to treat autism spectrum disorders

Autism Spectrum Disorders (ASD) is a neurodevelopmental condition characterized by a range of challenges in social interaction, communication and behavior. The symptoms typically appear in early childhood, however, the severity and combination of symptoms can vary widely among individuals.

With an estimated two percent of children worldwide affected by autism and no effective treatment available, Translation-X is committed to developing a novel therapeutic approach that is beneficial for individuals with a severe form of autism.

The startup’s team focuses on developing small molecules that selectively targets and corrects dysregulated protein synthesis, a critical factor in impaired neural signaling associated with certain forms of autism. Their innovative precision medicine approach has demonstrated potential in restoring neural function and mitigating the core symptoms of autism spectrum disorders.

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