The risk for infertility and testicular cancer is significantly increased in males with faulty testicular decent (termed cryptorchidism), which is controlled by testosterone released by testicular Leydig cells. To unravel the mechanisms underlying this common male congenital malformation, this project combines clinical and genetic data. Functional genomics will be applied to assess the impact of candidate genes and testosterone level-associated variants identified in affected patients. In vitro screening approaches will be used to test the function of candidate genes in Leydig cells. This will improve diagnostics and targeted interventions for affected individuals.
| Busch, Alexander | University Children's Hospital - Department for General Paediatrics |
| Ziller, Michael Johannes | Clinic for Mental Health |
| Busch, Alexander | University Children's Hospital - Department for General Paediatrics |
| Ziller, Michael Johannes | Clinic for Mental Health |