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Applying massive sequencing to identify mutated genes in hereditary eye diseases
According to the University of Barcelona, the agreement between DBGen Ocular Genomics and Novartis will allow the accurate diagnostics of the genetic bases of these two pathologies to be conducted by mass sequencing of gene panels designed by the UB spin-off.
(Image Credit: AdobeStock/Design Cells)
An agreement between the University of Barcelona spin-off DBGen Ocular Genomic and Novartis España will enable the genetic identification of retinitis pigmentosa (RP) and Leber congenital amaurosis (LCA) in affected patients.
According to a news release from the University of Barcelona, hereditary retinal dystrophies are pathologies affecting more than 20,000 people in Spain and can be caused by more than 200 genes, 70 of which are associated with RP and LCA.
Moreover, the university noted in the release the access to the first gene therapy requires a diagnosis that identifies the mutated genes in each patient. The agreement between DBGen Ocular Genomics and Novartis will provide the accurate diagnostics of the genetic bases of these two pathologies to be conducted by mass sequencing of gene panels designed by the UB spin-off.
"This is an excellent opportunity to help patients affected by these hereditary eye diseases", note the researchers Roser González Duarte and Gemma Marfany, creators of DBGen Ocular Genomics in 2018 and members of the Department of Genetics, Microbiology and Statistics of the Faculty of Biology and the Institute of Biomedicine of the UB (IBUB), and Rebeca Valero, research and innovation director of the spin-off.
University and business
According to the university, DBGen Ocular Genomics, a leading company in the genetic diagnosis of ocular hereditary diseases, has several agreements with pharmaceutical companies and collaborations with institutions and patient associations at national and international level. In 2021 it was selected in the third call of EASI-Genomics —an initiative of the European Union to support innovative genomics projects — to promote the application of long-read sequencing to solve complex genetic diagnoses in patients with retinal dystrophies.
The university added in its news release the company’s agreement with Novartis, which will be active until 2024, will enable a total of 150 genetic diagnoses to be conducted in patients affected by these pathologies.
