INTRODUCTION
In males with fertile ejaculates, the processes of steroidogenesis and gametogenesis continue even during the nonbreeding seasons. After semen is deposited in the female reproductive tract during mating, the male’s role simply ends, and the female’s reproductive participation begins.
During their reproductive lifespan, females will only release fewer gametes during ovulation, coinciding with the behavioral changes that attract males for insemination. In order to successfully complete a gametic encounter, the fertilization, embryonic development, implantation, gestation, and delivery, she must also create a synchronous and sufficient oviducal and uterine environment. The mother’s primary responsibility is to supply the energy needed for the baby’s birth, upbringing, and protection until it is able to sustain itself. Therefore, compared to males, females devote a greater portion of their physical energies to reproduction.The duct system, external genitalia, and two ovaries make up the female reproductive system (Figure 21.1). The entire tubular portion is composed of the following: submucosa of variable thickness, muscularis (comprising outer longitudinal and inner circular layers of muscle), mucosa (whose lumen is lined by mucosal epithelium), and outer serosa (continuation of the peritoneum). The mucosal epithelium is altered in accordance with the origin and necessity. The broad ligament supports the uterus, oviduct, and ovaries inside the abdominal cavity. The mesovarium is the portion of the broad ligament that supports the ovaries, while the mesosalpinx and mesometrium, respectively, support the oviduct and uterus.
21.2