Ophthalmic Genetics Group
The Ophthalmic Genetics group pursues an ambitious interdisciplinary research program. They focus on discovering the genetic cause of monogenic and genetically complex ophthalmic disease. The research team is particularly interested in defining the mutational landscape of retinal ciliopathies, which they believe to be the most prevalent cause for hereditary blindness in Switzerland and, in general, in Europe.
Their research includes exploration of modifier genes and their effects on therapies, the development of mathematical theories of visual function, and the creation of computational tools for elucidating the genetic bases of vision loss. This is an important cornerstone for IOB to generate an atlas of gene expression patterns in every cell type of the human eye.
The Ophthalmic Genetics group comprises considerable expertise in genetic investigation, particularly in high-throughput techniques such as parallel genotyping and Next-Generation Sequencing (NGS), as well as in disease gene identification, computational and in-silico methods.
They interact closely with the Visual Neurophysiology Research Group in the IOB Clinical Research Center, and they contribute to the genetic profiling of patients in the Basel University Eye Clinic and Department of Ophthalmology in the University Hospital.
Group members
Group Leader: Carlo Rivolta
PostDoc | Abigail Moye | |
PostDoc | Ana Iglesias-Romero | |
Ph.D. Student | Dhryata Kamdar | |
Ph.D. Student | Elifnaz Celik | |
Ph.D. Student | Francesca Cancellieri | |
Ph.D. Student | Ji Hoon Han | |
Ph.D. Student | Karolina Kaminska | |
Research Assistant / Lab Manager | Marc Folcher | |
PostDoc | Maria Cuadrado-Vilanova | |
Senior Researcher | Mathieu Quinodoz | |
Ph.D. Student | Mukhtar Ullah | |
Administrative Assistant | Sitta Föhr | |
External collaborator | Virginie Peter | |
Lab technician | Sandrine Wallerich |
Selected Journal Articles
Konstantinos Nikopoulos, Katarina Cisarova, […]Carlo Rivolta
Nature Communications volume 10, Article number: 2884 (2019)