You have two recessive alleles
Wiki User
∙ 14y agoThe dominant allele will cause the appearance of the phenotype that this dominant allele represents...
The Allele That Is Covered By The Dominant Allele Is The Recessive Allele.
Both of the alleles must be recessive. The trait expressed is a recessive trait.
Yes, they are different. A recessive allele gets its name because when in the presence of a dominant allele, it will "recede" and not show, hence the name for the dominant allele.
YES ALWAYS!!! Even if you have for example, Aa (A being the dominant allele and a being the recessive allele) that trait will always be dominant!
this is called codominance when alleles are neither dominant or recessive.
incomplete dominance
The different forms of a gene are called alleles. In Mendelian genetics, a gene has a dominant allele and a recessive allele. The dominant allele masks the recessive allele if present. So there are two possible dominant genotypes: homozygous dominant, in which both dominant alleles are present; and heterozygous, in which one allele is dominant and the other allele is recessive. The only way to express a recessive trait is to have the homozygous recessive genotype.
The recessive allele.
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.
The dominant allele will cause the appearance of the phenotype that this dominant allele represents...
the dominant allele
The Allele That Is Covered By The Dominant Allele Is The Recessive Allele.
The dominant allele is the trait that shows up in the organism when the allele is present
Both of the alleles must be recessive. The trait expressed is a recessive trait.
Yes, they are different. A recessive allele gets its name because when in the presence of a dominant allele, it will "recede" and not show, hence the name for the dominant allele.
A genotype in which there are both a dominant and a recessive allele is called heterozygous.