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The minimum number of genes involved in epistasis is two. Epistasis occurs when the effect of one gene masks or modifies the effect of another gene at a different locus.
This phenomenon is called epistasis. It occurs when the effect of one gene masks the effect of another gene at a different locus. Epistasis can result in complex patterns of inheritance.
Epistasis disobeys Mendel's law of independent assortment. This is because in epistasis, the presence of one gene affects the expression of another gene, leading to the two genes not assorting independently.
epistasis
Epistasis occurs when one gene masks the expression of another gene, while dominance is when one allele of a gene is expressed over another allele. In epistasis, the interaction between genes affects the phenotype, while in dominance, one allele is dominant and determines the phenotype.
Epistasis is when one gene affects the expression of another gene, while polygenic inheritance involves multiple genes contributing to a single trait. Epistasis involves the interaction between genes, while polygenic inheritance involves the cumulative effect of multiple genes on a trait.
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When one trait cancels out another trait, it is referred to as a relationship of epistasis. Epistasis occurs when the expression of one gene masks or modifies the expression of another gene.
Epistasis occurs when one gene masks the expression of another gene, leading to a specific trait being completely hidden. Polygenic inheritance involves multiple genes contributing to a trait, resulting in a more continuous range of expression. Epistasis has a more direct and immediate impact on trait expression, while polygenic inheritance leads to a more gradual and varied expression of traits.
An example of epistasis is coat color in Labrador retrievers. In this case, the presence of one gene determines whether another gene is expressed, leading to different coat colors such as black, yellow, or chocolate.
epistasis
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