A normal visioned woman, whose father is colour blind, marries a normal visioned man. What would be probability of her sons and daughters to be colour blind ? Explain with the help of a pedigree chart.
A normal visioned woman, whose father is colour blind, marries a normal visioned man. What would be probability of her sons and daughters to be colour blind ? Explain with the help of a pedigree chart.
Daughters will be with normal vision. But $50 \%$ of the daughters will be carrier.(normal vision) $50 \%$ of the sons will be colour blind. And $50 \%$ of the sons will be with normal vision
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Which of the following is a genetic disease
Which of the following is a genetic disease
- [AIPMT 1990]
Give differences : Haemophilia and Sickle-cell Anaemia
Give differences : Haemophilia and Sickle-cell Anaemia
Person whose father is colourblind marries a lady whose mother is daughter of a colourblind man. Their children will be
Person whose father is colourblind marries a lady whose mother is daughter of a colourblind man. Their children will be
$A$ : Sickel cell anaemia occurs due to the point mutation.
$R$ : $mRNA$ produced from $Hb(s)$ gene has $GAG$ instead of $GUG$.
$A$ : Sickel cell anaemia occurs due to the point mutation.
$R$ : $mRNA$ produced from $Hb(s)$ gene has $GAG$ instead of $GUG$.
Haemophilia $A$ is due to the absence of
Haemophilia $A$ is due to the absence of