06BIS101S2013DomRecLect6

Lrodriguez 2013

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Unformatted text preview: ession, R.L. Rodriguez 16 Molecular Basis of Dominance/Recessive 02/12/14 BIS101­001, Spring 2013—Genes and Gene Expression, R.L. Rodriguez ©2013 BIS101­001, Spring 2013—Genes and Gene Expression, R.L. Rodriguez 17 “R” Homozygous Dominant 02/12/14 BIS101­001, Spring 2013—Genes and Gene Expression, R.L. Rodriguez ©2013 BIS101­001, Spring 2013—Genes and Gene Expression, R.L. Rodriguez 18 “R” is dominant over “r” 02/12/14 BIS101­001, Spring 2013—Genes and Gene Expression, R.L. Rodriguez ©2013 BIS101­001, Spring 2013—Genes and Gene Expression, R.L. Rodriguez 19 Homozygous Recessive “r” allele Homozygous “r” 02/12/14 BIS101­001, Spring 2013—Genes and Gene Expression, R.L. Rodriguez ©2013 BIS101­001, Spring 2013—Genes and Gene Expression, R.L. Rodriguez 20 Molecular Basis of Dominance ­ Garrod's conclusion that heterozygous individuals expressed enough HGO from the one Garrod's normal allele to convert homogentisic acid to maleylacetoacetate was the first hint about how dominant and recessive genotypes are expressed. Shown below are the enyzme levels for two Drosophilia eye...
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