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{{Cquote|The genotype refers to the entire set of genes in a cell, an organism, or an individual. A gene for a particular character or trait may exist in two allelic forms; one is [[Dominant gene|dominant]] (e.g. A) and the other is [[Recessive allele|recessive]] (e.g. a). Based on this, there could be three possible genotypes for a particular character. For instance, a genotype of AA delineates [[Homozygous genotype|homozygous]] dominance whereas a genotype of Aa is an example of [[Heterozygous genotype|heterozygous]] dominance. A genotype of aa is an instance of homozygous recessive. The genotype is a major factor that determines the [[phenotype]] of an organism. For example, the genotype determines the color of the petal of a pea plant.<ref>[http://www.biology-online.org/dictionary/Genotype Biology Online]</ref>}}

{{Cquote|The genotype refers to the entire set of genes in a cell, an organism, or an individual. A gene for a particular character or trait may exist in two allelic forms; one is [[Dominant gene|dominant]] (e.g. A) and the other is [[Recessive allele|recessive]] (e.g. a). Based on this, there could be three possible genotypes for a particular character. For instance, a genotype of AA delineates [[Homozygous genotype|homozygous]] dominance whereas a genotype of Aa is an example of [[Heterozygous genotype|heterozygous]] dominance. A genotype of aa is an instance of homozygous recessive. The genotype is a major factor that determines the [[phenotype]] of an organism. For example, the genotype determines the color of the petal of a pea plant.<ref>[http://www.biology-online.org/dictionary/Genotype Biology Online]</ref>}}

== Sources ==

==References==

[[Category:Genetics]]

[[Category:Genetics]]