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- Q4676398 subject Q7217012.
- Q4676398 abstract "Spermatozoa develop in the seminiferous tubules of the testes. During their development the spermatogonia proceed through meiosis to become spermatozoa. Many changes occur during this process: the DNA in nuclei becomes condensed; the acrosome develops as a structure close to the nucleus. The acrosome is derived from the Golgi apparatus and contains hydrolytic enzymes important for fusion of the spermatozoon with an egg cell. During spermiogenesis the nucleus condenses and changes shape. Abnormal shape change is a feature of sperm in male infertility.The acroplaxome is a structure found between the acrosomal membrane and the nuclear membrane. The acroplaxome contains structural proteins including keratin 5, F-actin and profilin IV.".
- Q4676398 wikiPageWikiLink Q1321695.
- Q4676398 wikiPageWikiLink Q162925.
- Q4676398 wikiPageWikiLink Q179399.
- Q4676398 wikiPageWikiLink Q185269.
- Q4676398 wikiPageWikiLink Q465608.
- Q4676398 wikiPageWikiLink Q503431.
- Q4676398 wikiPageWikiLink Q5560024.
- Q4676398 wikiPageWikiLink Q7217012.
- Q4676398 wikiPageWikiLink Q74560.
- Q4676398 wikiPageWikiLink Q83181.
- Q4676398 comment "Spermatozoa develop in the seminiferous tubules of the testes. During their development the spermatogonia proceed through meiosis to become spermatozoa. Many changes occur during this process: the DNA in nuclei becomes condensed; the acrosome develops as a structure close to the nucleus. The acrosome is derived from the Golgi apparatus and contains hydrolytic enzymes important for fusion of the spermatozoon with an egg cell. During spermiogenesis the nucleus condenses and changes shape.".
- Q4676398 label "Acroplaxome".