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- Miss, how are they both different?
- Hello, class! Yesterday, we talked about oogenesis so now we are going to talk about spermatogenesis. Get your notebooks.
- Meiotic divisions, which reduce chromosome number and produce a cluster of haploid spermatids.
- Spermatogenesis goes on continuously from puberty to senescence along the entire length of the seminiferous tubules. Though a continuous process, spermatogenesis can be divided into three discrete phases.
- Good question! Spermatogenesis leads the formation of sperms, while oogenesis helps the formation in the ova.
- Mitotic divisions, which maintain a stem cell population of spermatogonia and provide cells destine to become mature sperm.
- Meiotic divisions, which reduce chromosome number and produce a cluster of haploid spermatids
- I hope you all are listening because I know Ms. Ellen is going to give us a quiz.
- Transformation of spermatids into mature spermatoza, a process involving the loss of most of the cytoplasm and the development of flagella.
- Can I borrow your notes? I need to study about spermatogenesis.
- Transformation of spermatids into mature spermatoza, a process involving the loss of most of the cytoplasm and the development of flagella.
- Meiotic divisions, which reduce the chromosome number and produce a cluster of haploid spermatids.
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