Determines the abo blood group system, Biology

What is the type of genetic inheritance that determines the ABO blood group system? What are the relations of dominance among the involved alleles?

The inheritance of the ABO blood system is a multiple alleles inheritance. There are three involved alleles, IA, IB and i that combine in pairs to form the genotypes.

Concerning dominance, the allele i is recessive in relation to the alleles IA and IB. Among IA and IB however lack of dominance is established with the heterozygous (IAIB) manifesting distinct phenotype.


Posted Date: 7/18/2013 7:21:12 AM | Location : United States

Related Discussions:- Determines the abo blood group system, Assignment Help, Ask Question on Determines the abo blood group system, Get Answer, Expert's Help, Determines the abo blood group system Discussions

Write discussion on Determines the abo blood group system
Your posts are moderated
Related Questions
Define Estimation of Protein by Growth and body, weight changes? The methods under this category include Protein efficiency ratio (PER) Net protein ratio (NPR)

Explain the primary function of blood? The primary function of the blood to transport oxygen from the lungs to body tissues for interior respiration. The blood helps in maintai

in what form is most carbohydrates is taken in normal diet

What are the functional divisions of the nervous system? Functionally the nervous system can be separated into the somatic nervous system and visceral nervous system. The so

How old is the earth? It is believed that the earth is about 4.5 billion years old.

carnt understand its principle and mode of working

What are brief descriptions of how you could test hypothesis. or how would you know if your hypothesis is testable?

State Bioinert materials Bioinert materials are chemically inert in the body and exhibit minimal chemical interaction with adjacent tissue such as titanium and alumina (Al 2 O

While explaining the concept of natural selection, we have stressed the fact that natural selection is synonymous with differential or non-random reproduction. Natural selection ai

X e n o t r a n s p l a n t a t i o n Over the past 20 years transplantation of heart and kidney has become almost a routine in human but the availability of