This book reviews the role of exosomes in both male and female reproduction organs, focusing on the impact of extracellular vesicles on gamete maturation and embryo development.

Fertilization is a complex process involving the fusion of two functionally matured gametes. Maturation of spermatozoa and/ or oocyte dependents on sophisticated, but highly regulated events during gamete transit in the reproductive tracts. Sperm maturation occurs within the epididymis, of which segmented regions provide a distinct microenvironment to facilitate stage-wise maturation processes. Although oocyte maturation occurs within the ovary, communication between oocyte and its surrounding granulosa/cumulus cells is vital for the development and the resumption of meiotically arrested oocytes. Once the oocyte is released from the ovary, the oviductal epithelium continues to facilitate sperm-oocyte interaction to achieve fertilization. Increasing evidence suggests that the uterus, the site for embryo development, also carries out epithelia- embryo communication via uterosomes throughout the pregnancy. All above-mentioned processes rely on orchestrated communications between reproductive tract epithelia and gametes.

In this book, we aim to summarize the origin of secretory vesicles from the reproductive tract and their functions for gamete and embryo development. It is written for researchers, physicians and medical students working in the field of reproductive science or with an interest in extracellular vesicles research.

Autorentext

Pei-Shiue (Jason) Tsai, a full Professor at the School of Veterinary Medicine, National Taiwan University, Taiwan. Jason was trained (PhD) as a reproductive biologist under the supervision of Dr. Bart Gadella at Utrecht University, the Netherlands. After his PhD, he completed his post-doctoral training at the laboratory of Dr. Harvey Florman at UMASS Medical School and the System Biology Department at Harvard Medical School (Massachusetts General Hospital), USA, before establishing his own group in Taiwan in 2014. His research interests focus on sperm-epithelium interactions for sperm membrane surface modifications and fertilization, as well as the role of free radicals upon fertilization success.