Mendel's Second Law - Revision history

Nnjm2 at 16:31, 25 October 2018

2018-10-25T16:31:56Z

← Older revision		Revision as of 16:31, 25 October 2018
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	Mendel's 2nd law states that during [[Gamete\|gamete]] formation the segregation of each [[Gene\|gene]] pair is independent of other pairs. Mendel's 2nd law is often referred to as the~~ ~~[[Principle of Independent Assortment\|principle of independent assortment]]. Both of Mendel's laws are about segregation, which is the seperation of [[Allele\|allele]] pairs. The law states that the seperation of one pair of alleles isn't related to the sepearation of other pairs of alleles, and so is very important in [[Mendelian genetics\|Mendelian genetics]]. The only time there is an exception to this rule is when [[Gene linkage\|linkage]] is involved~~ ~~<ref>Hartl D.L. and Ruvolo M. (2011) Genetics: Analysis of genes and genomes, page 91, 8th Edition, Published by Jones ~~&amp;amp;amp;amp;amp;~~ Bartlett Learning</ref>~~,<br>~~		Mendel's 2nd law states that during [[Gamete\|gamete]] formation the segregation of each [[Gene\|gene]] pair is independent of other pairs. Mendel's 2nd law is often referred to as the [[Principle of Independent Assortment\|principle of independent assortment]]. Both of Mendel's laws are about segregation, which is the seperation of [[Allele\|allele]] pairs. The law states that the seperation of one pair of alleles isn't related to the sepearation of other pairs of alleles, and so is very important in [[Mendelian genetics\|Mendelian genetics]]. The only time there is an exception to this rule is when [[Gene linkage\|linkage]] is involved<ref>Hartl D.L. and Ruvolo M. (2011) Genetics: Analysis of genes and genomes, page 91, 8th Edition, Published by Jones and Bartlett Learning</ref>.

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170038159 at 12:40, 25 October 2018

2018-10-25T12:40:21Z

← Older revision		Revision as of 12:40, 25 October 2018
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	Mendel's 2nd law is that during [[Gamete\|gamete]] formation the segregation of each [[Gene\|gene]] pair is independent of other pairs. Mendel's 2nd law is often referred to as the[[~~Principle_of_Independent_Assortment~~\|principle of independent assortment]]. Both of Mendel's laws are about segregation, which is the seperation of [[Allele\|allele]] pairs. The law states that the seperation of one pair of alleles isn't related to the sepearation of other pairs of alleles~~. This law~~ is very important in [[Mendelian genetics\|Mendelian genetics]]. The only time there is an exception to this rule is when [[Gene linkage\|linkage]] is involved <ref>Hartl D.L. and Ruvolo M. (2011) Genetics: Analysis of genes and genomes, page 91, 8th Edition, Published by Jones &amp;amp;amp;amp; Bartlett Learning</ref>,<br>		Mendel's 2nd law states that during [[Gamete\|gamete]] formation the segregation of each [[Gene\|gene]] pair is independent of other pairs. Mendel's 2nd law is often referred to as the [[Principle of Independent Assortment\|principle of independent assortment]]. Both of Mendel's laws are about segregation, which is the seperation of [[Allele\|allele]] pairs. The law states that the seperation of one pair of alleles isn't related to the sepearation of other pairs of alleles, and so is very important in [[Mendelian genetics\|Mendelian genetics]]. The only time there is an exception to this rule is when [[Gene linkage\|linkage]] is involved <ref>Hartl D.L. and Ruvolo M. (2011) Genetics: Analysis of genes and genomes, page 91, 8th Edition, Published by Jones &amp;amp;amp;amp;amp; Bartlett Learning</ref>,<br>

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150072355 at 22:43, 1 December 2015

2015-12-01T22:43:49Z

← Older revision		Revision as of 22:43, 1 December 2015
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	Mendel's 2nd law is that during gamete formation the segregation of each [[~~gene~~\|gene]] pair is independent of other pairs. Mendel's 2nd law is often referred to as the principle of independent assortment. Both of Mendel's laws are about segregation, which is the seperation of [[~~allele~~\|allele]] pairs. The law states that the seperation of one pair of alleles isn't related to the sepearation of other pairs of alleles. This law is very important in [[Mendelian genetics\|Mendelian genetics]]. The only time there is an exception to this rule is when [[~~gene~~ linkage\|linkage]] is involved <ref>Hartl D.L. and Ruvolo M. (2011) Genetics: Analysis of genes and genomes, page 91, 8th Edition, Published by Jones &amp;amp;amp; Bartlett Learning</ref>,<br>		Mendel's 2nd law is that during [[Gamete\|gamete]] formation the segregation of each [[Gene\|gene]] pair is independent of other pairs. Mendel's 2nd law is often referred to as the[[Principle_of_Independent_Assortment\|principle of independent assortment]]. Both of Mendel's laws are about segregation, which is the seperation of [[Allele\|allele]] pairs. The law states that the seperation of one pair of alleles isn't related to the sepearation of other pairs of alleles. This law is very important in [[Mendelian genetics\|Mendelian genetics]]. The only time there is an exception to this rule is when [[Gene linkage\|linkage]] is involved <ref>Hartl D.L. and Ruvolo M. (2011) Genetics: Analysis of genes and genomes, page 91, 8th Edition, Published by Jones &amp;amp;amp;amp; Bartlett Learning</ref>,<br>

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Nnjm2 at 21:51, 1 December 2011

2011-12-01T21:51:22Z

← Older revision		Revision as of 21:51, 1 December 2011
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	Mendel's 2nd law is that during gamete formation the segregation of each gene pair is independent of other pairs. Mendel's 2nd law is often referred to as the principle of independent assortment. Both of Mendel's laws are about segregation, which is the seperation of allele pairs. The law states that the seperation of one pair of alleles isn't related to the sepearation of other pairs of alleles. This law is very important in Mendelian genetics. The only time there is an exception to this rule is when linkage is involved.<ref>Hartl D.L. and Ruvolo M. (2011) Genetics: Analysis of genes and genomes, page 91, 8th Edition, Published by Jones &amp;amp; Bartlett Learning</ref>		Mendel's 2nd law is that during gamete formation the segregation of each [[gene\|gene]] pair is independent of other pairs. Mendel's 2nd law is often referred to as the principle of independent assortment. Both of Mendel's laws are about segregation, which is the seperation of [[allele\|allele]] pairs. The law states that the seperation of one pair of alleles isn't related to the sepearation of other pairs of alleles. This law is very important in [[Mendelian genetics\|Mendelian genetics]]. The only time there is an exception to this rule is when [[gene linkage\|linkage]] is involved <ref>Hartl D.L. and Ruvolo M. (2011) Genetics: Analysis of genes and genomes, page 91, 8th Edition, Published by Jones &amp;amp;amp; Bartlett Learning</ref>,<br>

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110076780 at 21:17, 1 December 2011

2011-12-01T21:17:55Z

← Older revision		Revision as of 21:17, 1 December 2011
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	Mendel's 2nd law is that during gamete formation the segregation of each gene pair is ~~independant~~ of other pairs. Mendel's 2nd law is often referred to as the principle of ~~independant~~ assortment. Both of Mendel's laws are about segregation, which is the seperation of allele pairs. The law states that the seperation of one pair of alleles isn't related to the sepearation of other pairs of alleles. This law is very important in Mendelian genetics. The only time there is an exception to this rule is when linkage is involved.<ref>Hartl D.L. and Ruvolo M. (2011) Genetics: Analysis of genes and genomes, page 91, 8th Edition, Published by Jones &amp; Bartlett Learning</ref>		Mendel's 2nd law is that during gamete formation the segregation of each gene pair is independent of other pairs. Mendel's 2nd law is often referred to as the principle of independent assortment. Both of Mendel's laws are about segregation, which is the seperation of allele pairs. The law states that the seperation of one pair of alleles isn't related to the sepearation of other pairs of alleles. This law is very important in Mendelian genetics. The only time there is an exception to this rule is when linkage is involved.<ref>Hartl D.L. and Ruvolo M. (2011) Genetics: Analysis of genes and genomes, page 91, 8th Edition, Published by Jones &amp;amp; Bartlett Learning</ref>

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110076780: Created page with "Mendel's 2nd law is that during gamete formation the segregation of each gene pair is independant of other pairs. Mendel's 2nd law is often referred to as the principle of indepe..."

2011-12-01T20:05:17Z

Created page with "Mendel's 2nd law is that during gamete formation the segregation of each gene pair is independant of other pairs. Mendel's 2nd law is often referred to as the principle of indepe..."

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Mendel's 2nd law is that during gamete formation the segregation of each gene pair is independant of other pairs. Mendel's 2nd law is often referred to as the principle of independant assortment. Both of Mendel's laws are about segregation, which is the seperation of allele pairs. The law states that the seperation of one pair of alleles isn't related to the sepearation of other pairs of alleles. This law is very important in Mendelian genetics. The only time there is an exception to this rule is when linkage is involved.<ref>Hartl D.L. and Ruvolo M. (2011) Genetics: Analysis of genes and genomes, page 91, 8th Edition, Published by Jones &amp; Bartlett Learning</ref>

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