One example is Huntington's Disease. With a recessive genetic disorder, to develop the disorder, you must inherit the gene from BOTH parents (odds, 1 in 4). With a dominant gene disorder, if you inherit the gene from ONE parent, you will develop that disorder (odds- 1 in 2).
Genetic disease, such as Huntington's, transmitted on a dominant gene.
Huntington's Disease- effects central nervous systemis an example
But a Dominant Disorder is when both parents have the dominant gene for the disorder.
Which statement describes the blood type of a person with the alleles IAi? It is type AB because I and i are codominant. It is type AB because A and i are codominant. It is type A because i is dominant and A is recessive. It is type A because A is dominant and i is recessive.
Eight.
To the best of my knowledge it is NOT codominant, but rather a simple autosomal recessive disorder. It may also be considered intermediate inheritance (a.k.a. incomplete dominance or overdominance) as heterozygotes are to an extent deficient in normal haemoglobin A production, only they usually do not show any clinical symptoms (and are protected from malaria as a bonus).
yes but the mans genes are shown more in the child is that your question cause i might be totaly wrong. ---- Genes from each parent show equally and codominant alleles produces a interleaved pattern rather than a blended pattern like incomplete dominance genes.
A heterozygote will show both phenotypes. For example, a tortoiseshell colored cat is heterozygous for black and orange coat color and it has both black and orange hairs in its coat. Refer to the following link for an illustration: http://www.great-pictures-of-cats.com/tortoiseshell-cats.html
Human blood type is determined by codominant alleles.
no the do not chromosomes assort independently
No, autosomal recessive
codominant alleles
2
Which statement describes the blood type of a person with the alleles IAi? It is type AB because I and i are codominant. It is type AB because A and i are codominant. It is type A because i is dominant and A is recessive. It is type A because A is dominant and i is recessive.
Rainforest food
Eight.
:) codominant alleles
dominat mark are special primers which are required to amplify homozygous alleles while codominant markers are required to identify heterozygous nature of an individual.
Recessive
Two dominant alleles that cause the disorder.