Codons - Revision history

140182369 at 13:38, 23 October 2015

2015-10-23T13:38:24Z

← Older revision		Revision as of 13:38, 23 October 2015
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	In the past [[Y chromosome\|Y chromosome]] was thought to be an empty gene which is now proven not true. It contains fewer genes compared to [[X chromosomes\|X chromosomes]]. Y chromosome are split into ~~two~~ parts [[pseudoautosomal\|pseudoautosomal]] (PAR) regions sharing the same [[Ancestry\|ancestry]] regions on the X chromosome when is recombined in the process of meiosis and the male-specific regions of the Y (MSY) which also has some genes not all share the same [[Ancestry\|ancestry]] with the X chromosome. Then the male specific region of the Y are then further divided into three parts which one contains functional genes (euchromatic region), the other contains lacking genes ([[Heterochromatic\|heterochromatic]] region) and sex-determining region Y (SRY) are the testis-determining factor<ref>William S.Klug Michael R. Cummings Charlotte Spencer Michael Palladino (2010). concepts of genetics. 10th ed. United Kingdom: Pearson. p224-225.</ref>. <br>		In the past [[Y chromosome\|Y chromosome]] was thought to be an empty gene which is now proven not true. It contains fewer genes compared to [[X chromosomes\|X chromosomes]]. Y chromosome are split into three parts [[pseudoautosomal\|pseudoautosomal]] (PAR) regions sharing the same [[Ancestry\|ancestry]] regions on the X chromosome when is recombined in the process of meiosis and the male-specific regions of the Y (MSY) which also has some genes not all share the same [[Ancestry\|ancestry]] with the X chromosome. Then the male specific region of the Y are then further divided into three parts which one contains functional genes (euchromatic region), the other contains lacking genes ([[Heterochromatic\|heterochromatic]] region) and sex-determining region Y (SRY) are the testis-determining factor<ref>William S.Klug Michael R. Cummings Charlotte Spencer Michael Palladino (2010). concepts of genetics. 10th ed. United Kingdom: Pearson. p224-225.</ref>. <br>

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Nnjm2 at 01:46, 28 November 2014

2014-11-28T01:46:38Z

← Older revision		Revision as of 01:46, 28 November 2014
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	In the past Y chromosome was thought to be an empty gene which is now proven not true. It contains fewer genes compared to X chromosomes. Y chromosome are split into two parts pseudoautosomal (PAR) regions sharing the same [[Ancestry\|ancestry]] regions on the X chromosome when is recombined in the process of meiosis and the male-specific regions of the Y (MSY) which also has some genes not all share the same [[Ancestry\|ancestry]] with the X chromosome. Then the male specific region of the Y are then further divided into three parts which one contains functional genes (euchromatic region), the other contains lacking genes ([[Heterochromatic\|heterochromatic]] region) and sex-determining region Y (SRY) are the testis-determining factor<ref>William S.Klug Michael R. Cummings Charlotte Spencer Michael Palladino (2010). concepts of genetics. 10th ed. United Kingdom: Pearson. p224-225.</ref>. ~~<br>~~		In the past [[Y chromosome\|Y chromosome]] was thought to be an empty gene which is now proven not true. It contains fewer genes compared to [[X chromosomes\|X chromosomes]]. Y chromosome are split into two parts [[pseudoautosomal\|pseudoautosomal]] (PAR) regions sharing the same [[Ancestry\|ancestry]] regions on the X chromosome when is recombined in the process of meiosis and the male-specific regions of the Y (MSY) which also has some genes not all share the same [[Ancestry\|ancestry]] with the X chromosome. Then the male specific region of the Y are then further divided into three parts which one contains functional genes (euchromatic region), the other contains lacking genes ([[Heterochromatic\|heterochromatic]] region) and sex-determining region Y (SRY) are the testis-determining factor<ref>William S.Klug Michael R. Cummings Charlotte Spencer Michael Palladino (2010). concepts of genetics. 10th ed. United Kingdom: Pearson. p224-225.</ref>. <br>

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140182369: Created page with "In the past Y chromosome was thought to be an empty gene which is now proven not true. It contains fewer genes compared to X chromosomes. Y chromosome are split into two par..."

2014-11-28T01:05:10Z

Created page with "In the past Y chromosome was thought to be an empty gene which is now proven not true. It contains fewer genes compared to X chromosomes. Y chromosome are split into two par..."

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In the past Y chromosome was thought to be an empty gene which is now proven not true. It contains fewer genes compared to X chromosomes. Y chromosome are split into two parts pseudoautosomal (PAR) regions sharing the same [[Ancestry|ancestry]] regions on the X chromosome when is recombined in the process of meiosis and the male-specific regions of the Y (MSY) which also has some genes not all share the same [[Ancestry|ancestry]] with the X chromosome. Then the male specific region of the Y are then further divided into three parts which one contains functional genes (euchromatic region), the other contains lacking genes ([[Heterochromatic|heterochromatic]] region) and sex-determining region Y (SRY) are the testis-determining factor<ref>William S.Klug Michael R. Cummings Charlotte Spencer Michael Palladino (2010). concepts of genetics. 10th ed. United Kingdom: Pearson. p224-225.</ref>. <br>

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