In the ABO blood group system, blood type A is considered to be dominant over blood type O. This means that if an individual inherits one allele for type A from one parent and one allele for type O from the other, their blood type will be A. Blood type B is also dominant over type O, while blood type AB is considered co-dominant, expressing both A and B antigens.
AB
It can be an example of co-dominance, a seen in people with type AB blood.
It is co dominance (AB)
Co-dominance happens when two genotypes are expressed at the same time. For example, one parent can have blood type A and one parent can have blood type B and together produce a child with blood type AB. If two parents have the blood type AB, the child has a chance of being mentally ill.
Type AB
co dominance
This is called co-dominance. This is when 2 or more alleles are expressed at the same time. In other words they both affect the phenotype. In the example of human blood ABO type we have an allele for A = IA, B= Ib O=iIAIb = AB blood typeIbIb = B blood typeIai = AIaIa = A bloody typeIbi = B blood typeii = O blood type
Genotype, complete dominace A, complete dominance with positive RH factor A+, co dominant AB
blood group A & B, because when they inherited together gives rise to AB blood type. AB blood type is co-dominance currently there is no incomplete dominance blood type known to the scientific community
Yes,it show polyallelism and co dominance which are non mendalian characteristics
Inheritance of blood type in humans follows Mendelian inheritance, where the ABO blood type is determined by multiple alleles (A, B, O) with co-dominance and/or recessive relationships. Each person inherits one allele from each parent, resulting in four potential blood types (A, B, AB, O).
Either Co-dominance, where different parts of the organism display the different alleles (i.e. red and white flowers), or a combination of the two alleles (i.e. red and white alleles make pink flowers)