No, our blood types are not dominant, we inherit blood type through a codominant inheritance pattern.
Codominance:
- Codominance is a type of heterozygous dominance in which both alleles separately demonstrate the allele's impact on the final phenotype.
- In the codominance, both alleles have clear effects.
- In the codominance condition, both alleles are completely expressed.
Blood group:
- Each biological parent gives their child one of two ABO genes.
- The O gene is recessive, while the A and B genes are dominant.
- When an O gene is combined with an A gene, the blood type becomes A.
- When an O gene is combined with a B gene, the blood type becomes B.
- When an A gene is combined with a B gene, the blood type becomes AB.
No, our blood types are not dominant, we inherit blood type through a codominant inheritance pattern.
Codominance:
- Codominance is a type of heterozygous dominance in which both alleles separately demonstrate the allele's impact on the final phenotype.
- In the codominance, both alleles have clear effects.
- In the codominance condition, both alleles are completely expressed.
Blood group:
- Each biological parent gives their child one of two ABO genes.
- The O gene is recessive, while the A and B genes are dominant.
- When an O gene is combined with an A gene, the blood type becomes A.
- When an O gene is combined with a B gene, the blood type becomes B.
- When an A gene is combined with a B gene, the blood type becomes AB.