Difference between revisions of "Intracytoplasmic Sperm Injection - Anatomy & Physiology"
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| − | + | |backcolour =EED2EE | |
| − | + | |linkpage =Reproductive System - Anatomy & Physiology | |
| − | + | |linktext =Reproductive System | |
| − | + | |maplink = Reproductive System (Content Map) - Anatomy & Physiology | |
| + | |pagetype =Anatomy | ||
| + | |sublink1=Reproductive System - Anatomy & Physiology#Reproductive Technologies | ||
| + | |subtext1=REPRODUCTIVE TECHNOLOGIES | ||
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* Common in human, effective for laboratory mice. | * Common in human, effective for laboratory mice. | ||
* Sperm need not be [[Copulation_-Sperm_in_the_Female_Tract_-_Anatomy_%26_Physiology#Capacitation|capacitated]], they can be epididymal,testicular or even a spermatid. | * Sperm need not be [[Copulation_-Sperm_in_the_Female_Tract_-_Anatomy_%26_Physiology#Capacitation|capacitated]], they can be epididymal,testicular or even a spermatid. | ||
Revision as of 12:00, 3 September 2008
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- Common in human, effective for laboratory mice.
- Sperm need not be capacitated, they can be epididymal,testicular or even a spermatid.
- Only requirement is genes and cytoplasm
- Even dead freeze-dried sperm have been effective in mice.
- Abnormalities are frequent.
- Power is in the hands of the operator, as it bypasses the process of selection in the female tract.
- Operator must select a single sperm to inject directly into the Oocyte under a microscope.
- Oocyte then placed in cell culture for development.