`Hb^(A) and Hb^(S)` alleles of normal and sickle cell haemoblobin are

Hb^(A) and Hb^(S) alleles of normal and sickle cell haemoglobin are

Hb^(A) and Hb^(S) alleles of normal and sickle called RBC are

The flowcharts A and B given below represent the inheritance of normal haemoglobin and sickle cell haemoglobin. a. Observe the flowchart A and complete the flowchart B. b. Note down the genotype of a sickle cell anaemia patient and mention the symptom of the disease. c. Mention the peculiarity of Hb^(A) Hb^S phenotype.

Assertion : The person heterozygous for sickle- cell trait produces both normal (Hb^(A)) and abnormal haemoglobin (Hb^(S)) . Reason : Huamn normal allele and the sickle allele are codominant.

If haemoglobin (Hb) of a normal individual and a sickle-cell patient are run in electrophoretic field, they will show

Assertion: Hb^(S) Hb^(S) is homozygous condition of sickle cell anaemia. Reason: It occurs due to substitution of glutamic acid by valine at sixth position in beta -chain of haemoglobin.

Assertion: Hb^(S) Hb^(S) is homozygous condition of sickle cell anaemia. Reason: It occurs due to substitution of glutamic acid by valine at sixth position in beta -chain of haemoglobin.

Hb is a