Difference between revisions of "In Vitro Maturation - Anatomy & Physiology"
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| + | * Of interest for breeding guide dogs, which are monoetrous animals that do not produce many mature oocytes. This is desirable to avoid bitches having to take leave due to pregnancy. | ||
* Experimental with low success rates. | * Experimental with low success rates. | ||
* Routine in mice. | * Routine in mice. | ||
| − | * Recovery of secondary or primary (ultimately primordial) follicles. | + | * Recovery of [[Follicles - Anatomy & Physiology#Follicular_Development|secondary or primary (ultimately primordial) follicles]]. |
| − | * Follicles matured in vitro for subsequent IVF. | + | * Oocytes are arrested in the germinal vesicle stage (prophase of the first meiotic division). |
| − | * Donor should be pre-pubertal, thus a full pool of primordial follicles is available. | + | * [[Follicles - Anatomy & Physiology|Follicles]] matured in vitro for subsequent IVF. |
| + | * Donor should be pre-pubertal, thus a full pool of [[Follicles - Anatomy & Physiology#Follicular_Development|primordial follicles]] is available. | ||
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| + | [[Category:Reproductive Technologies]] | ||
| + | [[Category:Bullet Points]] | ||
Latest revision as of 13:48, 5 July 2012
- Of interest for breeding guide dogs, which are monoetrous animals that do not produce many mature oocytes. This is desirable to avoid bitches having to take leave due to pregnancy.
- Experimental with low success rates.
- Routine in mice.
- Recovery of secondary or primary (ultimately primordial) follicles.
- Oocytes are arrested in the germinal vesicle stage (prophase of the first meiotic division).
- Follicles matured in vitro for subsequent IVF.
- Donor should be pre-pubertal, thus a full pool of primordial follicles is available.