Diplotene: Difference between revisions

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&nbsp;Diplotene is a substage of [[Meiosis_prophase_1|prophase I]] in [[Meiosis|meiosis]]. The meaning of diplotenen is <ref>Hartl, D. (2012). Genetics: analysis of genes and genomes. 8th ed. Jones and Bartlett Learning, p.125.</ref>, in which synapsed chromosomes separate, beacause of the breakage of [[Synaptonemal_Complex|synaptonemal complex]].&nbsp;
[[Image:Prophase I substage.png|right|Diplotene in prophase I]]  


In this case, the result of [[Crossing_over|crossing over ]]can be seen as linkages between non-sister chromatids. Each linkage is called [[Chiasma|chiasma]], which often forms 3 or more in normal meiosis.
Diplotene is a substage of [[Meiosis prophase 1|prophase I]] in [[Meiosis|meiosis]]. The meaning of diplotenen is &nbsp;"double thread"<ref>Hartl, D. (2012). Genetics: analysis of genes and genomes. 8th ed. Jones and Bartlett Learning, p.125.</ref>, in which synapsed chromosomes separate, beacause of the breakage of [[Synaptonemal Complex|synaptonemal complex]].  


In this case, the result of [[Crossing over|crossing over can]] be seen as linkages between non-sister chromatids. Each linkage is called [[Chiasma|chiasma]], which often forms 3 or more in normal meiosis.


 
=== References ===
=== References ===


<references />
<references />

Latest revision as of 06:18, 26 November 2014

Diplotene in prophase I
Diplotene in prophase I

Diplotene is a substage of prophase I in meiosis. The meaning of diplotenen is  "double thread"[1], in which synapsed chromosomes separate, beacause of the breakage of synaptonemal complex.

In this case, the result of crossing over can be seen as linkages between non-sister chromatids. Each linkage is called chiasma, which often forms 3 or more in normal meiosis.

References

  1. Hartl, D. (2012). Genetics: analysis of genes and genomes. 8th ed. Jones and Bartlett Learning, p.125.