A woman has an X-linked condition on one of h | vedclass

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(A) woman has two $X$ chromosomes $(XX)$. If one of her $X$ chromosomes carries an $X$-linked condition,she can pass this specific chromosome to any o

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Both sons and daughters

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(A) woman has two $X$ chromosomes $(XX)$. If one of her $X$ chromosomes carries an $X$-linked condition,she can pass this specific chromosome to any of her offspring.During meiosis,the woman produces eggs,each containing one $X$ chromosome. Half of her eggs will carry the $X$ chromosome with the condition,and the other half will carry the normal $X$ chromosome.When these eggs are fertilized by sperm from a male $(XY)$:$1$. If an egg with the affected $X$ chromosome is fertilized by a $Y$-bearing sperm,the resulting offspring will be a son $(XY)$ who inherits the condition.$2$. If an egg with the affected $X$ chromosome is fertilized by an $X$-bearing sperm,the resulting offspring will be a daughter $(XX)$ who inherits the condition.Therefore,the $X$-linked condition can be inherited by both sons and daughters.

Column-$I$	Column-$II$
$(a)$ Pleiotropic gene	$(i)$ Both alleles express equally
$(b)$ Co-dominance	$(ii)$ Change in nucleotide
$(c)$ Epistasis	$(iii)$ One gene shows multiple phenotypic expression
$(d)$ Mutation	$(iv)$ Non-allelic gene interaction

Column $I$	Column $II$
$i$. Monohybrid test cross	$a$. $1:2:1$
$ii$. Incomplete dominance	$b$. $1:2$
$iii$. Law of independent Assortment	$c$. $1:1$
$iv$. Sickle Cell Anaemia	$d$. $9:3:3:1$

List-$I$	List-$II$
$A$. $\text{ABO}$ blood group	$i$. Same phenotypic and genotypic ratio
$B$. Human skin colour	$ii$. Pleiotropy
$C$. Phenylketonuria	$iii$. Multiple allele
$D$. Incomplete dominance	$iv$. Polygenic inheritance

$A$ woman has an $X$-linked condition on one of her $X$ chromosomes. This chromosome can be inherited by

Similar Questions

Match the Column-$I$ with Column-$II$:

Column-$I$ Column-$II$

$(a)$ Pleiotropic gene $(i)$ Both alleles express equally

$(b)$ Co-dominance $(ii)$ Change in nucleotide

$(c)$ Epistasis $(iii)$ One gene shows multiple phenotypic expression

$(d)$ Mutation $(iv)$ Non-allelic gene interaction

In humans,the presence of a beard and mustache in males is an example of a:

Match the List-$I$ with List-$II$:

List-$I$ List-$II$

$A$. $\text{ABO}$ blood group $i$. Same phenotypic and genotypic ratio

$B$. Human skin colour $ii$. Pleiotropy

$C$. Phenylketonuria $iii$. Multiple allele

$D$. Incomplete dominance $iv$. Polygenic inheritance

The physical characteristics of an organism can be observed through its:

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