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this is called codominance

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12y ago

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What is it when an allele is neither dominant nor recessive?

When an allele is neither dominant nor recessive, it means that both alleles equally influence the trait. This is known as codominance, where both alleles are expressed in the phenotype of the individual.


If the alleles are neither dominant or recessive what happens?

If neither are Dominant Or Recessive then its called co dominance or spuedo - dominance


When neither allele is dominant what are they expressed as?

Both of the alleles must be recessive. The trait expressed is a recessive trait.


Alleles are neither dominant nor recessive?

codominance


Why some chromosomes are recessive and the others are domainent?

Actually a chromosome consists of many genes/alleles and is neither recessive or dominant in and of itself.


When neither gene in a genotype pair is dominant and neither gene is recessive the genes are said to be .?

Incomplete dominant alleles.


What is it called when the alleles are neither dominant nor recessive?

Incomplete Dominance.


What do you call a condition in which neither two alleles of a gene is dominant or recessive?

Codominace


When neither allele is dominant (they are both expressed)?

Both of the alleles must be recessive. The trait expressed is a recessive trait.


Alleles that are neither dominant nor recessive produce an inheritance pattern known as .?

codominace


What is a condition in which neither of two alleles of a gene is dominant or recessive?

Codominance is a condition in which neither of two alleles of a gene is dominant or recessive. In codominance, both alleles are expressed in the phenotype of the heterozygote, resulting in a unique phenotype that is a mixture of the two alleles.


What contrasting alleles may in some cases result in a case where neither allele is dominant over the other?

If both alleles are recessive, then you will haev a case where contrasting alleles that do not have dominance. Neither allele has the power to be dominant so they will both have equal power of genetics.