Gametogenesis

This overview addresses gamotogenesis, with particular emphasis on the processes of gamotogenesis, focusing on how sperm and O are formed in males and females respectively. We will discuss the timing, stages, and outcomes of spermatogenesis and ougenesis highlighting their differences and hormonal regulation. The fundamental role of miosis in creating genetic diversity and reducing chromosome numbers will be explained. Finally, we will review the hormonal control systems that orchestrate these processes and their significance for reproduction and evolution. Game to genesis is the specialized process by which male and female gametes spermatozoa and O are formed in humans and many other animals. This remarkable process produces haploid cells, each with just 23 chromosomes, like the diploid somatic cells with 46 chromosomes. Each gametes journey ensures genetic variation and species survival. This lecture will explore game to genesis in both sexes, its timing, stages, and the hormonal cues guiding this foundational process. Let's begin with spermatogenesis, the process by which sperm are produced in the seminiferous tubules of the testes. The journey starts with diploid spermatogonia, which multiply bimetosis as a reservoir of precursor cells. A pubity under hormones like FSH and LH, some spermatogonia differentiate into primary spermatocytes. These undergo myosis to form haploid spermatids, which, after spermiogenesis