Abstract
Sertoli cells are unique cells that contribute to the formation of the blood-testis barrier, which is important in sustaining the environment to promote spermatogenesis and to protect immunogenic germ cells from autoimmune destruction. This is achieved through tight junctions and production of regulatory immune factors. These Sertoli cell attributes make them a relevant model for various studies involving male reproduction, autoimmune protection, and even transplantation. RNA sequencing analyses were performed on baseline neonatal porcine Sertoli cells (NPSC) and NPSC after incubation in normal human serum for 90 minutes. We previously analyzed this data for immune-related factors, such as complement components, and for differentially expressed genes related to immune function. Still, these data sets provide insight into understanding how Sertoli cells create an immunoregulatory environment, which has applications in reproduction, transplantation, and autoimmunity.