In case of ABO blood grop allele `I^(A)and I^(B)` if present together then-

Assertion : ABO blood group system provides a good example of multiple alleles Reason : In ABO blood group system, when I^(A) and I^(B) alleles are present together, they both express their own types

Assertion : ABO blood group system provides a good example of multiple alleles Reason : In ABO blood group system, when I^(A) and I^(B) alleles are present together, they both express their own types

Assertion : ABO blood group system provides a good example of multiple alleles Reason : In ABO blood group system, when I^(A) and I^(B) alleles are present together, they both express their own types

The alleles I^(A) " and " I^(B) are _______

(a) Explain the phenomena of multiple allelism and co-dominance taking ABO blood group as an example. (b) What is the phenotype of the following : (i)I^Ai (ii) i i

(a) Explain the phenomena of multiple allelism and co-dominance taking ABO blood group as an example. (b) What is the phenotype of the following : (i)I^Ai (ii) i i

Which is incorrect - ABO blood groups are controlled by the gene I Gene I has four alleles (iii) A^(I)and I^(B) produce same type of suger (iv) I or I^(@) produce different type of sugar (v) I^(A) and I^(B) are incomplete dominant

Which is incorrect - ABO blood groups are controlled by the gene I Gene I has four alleles (iii) A^(I)and I^(B) produce same type of suger (iv) I or I^(@) produce different type of sugar (v) I^(A) and I^(B) are incomplete dominant

ABO blood groups in humans are controlled by the gene I. It has three alleles - I^(A), I^(B) and i. Since there are three different alleles, six different grnotypes are possible. How many phenotypes can occur?

ABO blood groups in humans are controlled by the gene I . It has three alleles - I^(A), I^(B) and i. Since there are three different alleles, six different genotypes are possible . How many phenotypes can occur ?