Choose correct option.
$(i)$ The heterozygous female transmit the disease to son.
$(ii)$ Change in the shape of the $RBC$ from biconcave disc to elongated sickle like structure.
$(iii)$ Mentally retarded.
$(iv)$ Heamoglobin not formed proper amount in blood.
Choose correct option.
$(i)$ The heterozygous female transmit the disease to son.
$(ii)$ Change in the shape of the $RBC$ from biconcave disc to elongated sickle like structure.
$(iii)$ Mentally retarded.
$(iv)$ Heamoglobin not formed proper amount in blood.
- A
Colour blindness, thalassaemia, pheny ketonuria, anaemia.
- B
Haemophilia, sickle cell anaemia,Klinefelter's syndrome, thalassemia.
- C
Down's syndrome, klinefelter's syndrome,colour blindness, turner's syndrome. .
- D
Haemophilia, sickle cell anaemia,phenyl ketonuria, thalassaemia.
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The pedigree chart given below shows a particular trait which is absent in parents but present in the next generation irrespective of sexes. Draw your conclusion on the basis of the pedigree.
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$A$ : The posssibility of a female becoming a haemophilic is extremely rare.
$R$ : Mother of such a female has to be carrier and father should be haemophilic
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$R$ : Mother of such a female has to be carrier and father should be haemophilic