Development Animation - Spermatozoa: Difference between revisions

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<wikiflv width="300" height="220" autoplay="true" position="left">spermatozoa animation.flv|File:spermatozoa animation icon.jpg</wikiflv>
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| <wikiflv width="300" height="220" autoplay="true" position="left">spermatozoa animation.flv|File:spermatozoa animation icon.jpg</wikiflv>
This brief animation shows an overview of the structural components of the [[S#spermatozoa|spermatozoa]].
| This brief animation shows an overview of the structural components of the [[S#spermatozoa|spermatozoa]].
 


# Blue - Nucleus containing male haploid genome required to combine with oocyte haploid genome to form diploid zygote.
# Red - Acrosome containing enzymes required to digest the zona pellucida. The acrosome develops as a highly modified golgi structure.
# Green - Centriole and axonema required for spermatozoa movement.
# Orange - Mitochondria and annulus required for energy for spermatozoa movement.
# Grey - Cytoplasm and plasmolemma, cell membrane containing membrane proteins for chemotaxis and binding to the oocyte zone pellucida.




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'''Links:''' [[Media:spermatozoa animation.mov|Quicktime version]] | [[Testis Development]]
'''Links:''' [[Media:spermatozoa animation.mov|Quicktime version]] | [[Testis Development]]


 
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Revision as of 14:04, 4 November 2012

File:spermatozoa animation icon.jpg</wikiflv> This brief animation shows an overview of the structural components of the spermatozoa.
  1. Blue - Nucleus containing male haploid genome required to combine with oocyte haploid genome to form diploid zygote.
  2. Red - Acrosome containing enzymes required to digest the zona pellucida. The acrosome develops as a highly modified golgi structure.
  3. Green - Centriole and axonema required for spermatozoa movement.
  4. Orange - Mitochondria and annulus required for energy for spermatozoa movement.
  5. Grey - Cytoplasm and plasmolemma, cell membrane containing membrane proteins for chemotaxis and binding to the oocyte zone pellucida.


Links: Quicktime version | Testis Development



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Cite this page: Hill, M.A. (2024, April 26) Embryology Development Animation - Spermatozoa. Retrieved from https://embryology.med.unsw.edu.au/embryology/index.php/Development_Animation_-_Spermatozoa

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© Dr Mark Hill 2024, UNSW Embryology ISBN: 978 0 7334 2609 4 - UNSW CRICOS Provider Code No. 00098G