Miosis: Difference between revisions
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Prophase 1 in Miosis is divided into 5 stages: | Prophase 1 in Miosis is divided into 5 stages: | ||
#[[Leptotene|Leptotene]], which is the stage where duplicated chromosomes start to condense. | #[[Leptotene|Leptotene]], which is the stage where duplicated chromosomes start to condense. | ||
#[[Zygotene|Zygotene]], this stage involves the bivalent forming and crossing over starts to occur. | #[[Zygotene|Zygotene]], this stage involves the bivalent forming and crossing over starts to occur. | ||
#[[Pachytene|Pachytene]], the synapsis is complete and therefore corssing over ocurs. | #[[Pachytene|Pachytene]], the synapsis is complete and therefore corssing over ocurs. | ||
#[[Diplotene|Diplotene]], Chiasma is now visible and the synaptonemal complex disappears. | #[[Diplotene|Diplotene]], Chiasma is now visible and the synaptonemal complex disappears. | ||
#[[Diakinesis|Diakinesis]], Bivalent is now ready for the next stage of miosis... Metaphase. | #[[Diakinesis|Diakinesis]], Bivalent is now ready for the next stage of miosis... [https://teaching.ncl.ac.uk/bms/wiki/index.php/Metaphase Metaphase]. | ||
Revision as of 13:38, 18 October 2016
Prophase 1 Miosis.
Prophase 1 in Miosis is divided into 5 stages:
- Leptotene, which is the stage where duplicated chromosomes start to condense.
- Zygotene, this stage involves the bivalent forming and crossing over starts to occur.
- Pachytene, the synapsis is complete and therefore corssing over ocurs.
- Diplotene, Chiasma is now visible and the synaptonemal complex disappears.
- Diakinesis, Bivalent is now ready for the next stage of miosis... Metaphase.