Role of Sertoli Cells in Injury-Associated Testicular Germ Cell Apoptosis
Kim Boekelheide, Shawna L. Fleming, Kamin J. Johnson, Sutchin R. Patel, Heidi A. Schoenfeld
Abstract
Kim Boekelheide, Shawna L. Fleming, Kamin J. Johnson, Sutchin R. Patel, Heidi A. Schoenfeld
Abstract
This review examines experimental models of Sertoli cell injury resulting in germ cell apoptosis. Since germ cells exist in an environment created by Sertoli cells, paracrine signaling between these intimately associated cells must regulate the process of germ cell death. Germ cell apoptosis may be signaled by a decrease in Sertoli cell pro-survival factors, an increase in Sertoli cell pro-apoptotic factors, or both. The different models of Sertoli cell injury indicate that spermatogenesis is susceptible to disruption, and that targeting critical Sertoli cell functions can lead to rapid and massive germ cell death.
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This review examines experimental models of Sertoli cell injury resulting in germ cell apoptosis. Since germ cells exist in an environment created by Sertoli cells, paracrine signaling between these intimately associated cells must regulate the process of germ cell death. Germ cell apoptosis may be signaled by a decrease in Sertoli cell pro-survival factors, an increase in Sertoli cell pro-apoptotic factors, or both. The different models of Sertoli cell injury indicate that spermatogenesis is susceptible to disruption, and that targeting critical Sertoli cell functions can lead to rapid and massive germ cell death.
Key concepts: Sertoli cell, Paracrine signalling, Germ cell, Apoptosis, Cell biology, Spermatogenesis, Programmed cell death, Biology