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Recessive traits on X chromosome are expressed in males because they have only one copy of X chromosome. If they have any recessive gene it will be expressed. In female both the genes should be recessive then only the recessive character will be expressed.
Traits caused by proteins coded for on the sex (X and/or Y) chromosomes.
men
The best known examples in humans are color-blindness and muscular dystrophy. Males are the ones that are the most vulnerable because the Y chromosome is shorter than the X chromosomes that females have.
Yes, as in only males can have hemophilia.
Males are most likely to have the disorder.
Males are most likely to have the disorder.
Because most of the sex linked inheritance is in X linked rececieve gene. When that rececieve gene is carried to produce boy baby, the traits which are present in X rececieve will be co- dominant to Y.
Most commonly sex linked traits are on the X chromosome, but rarely they can occur on the Y chromosome.
Because the Y chromosome is so small and has relatively few genes, most sex-linked traits are governed by genes of the X sex chromosome, and are therefore X-linked.
occurs most commonly in males
In humans, most sex linked traits are carried on the X sex chromosome.
Recessive traits on X chromosome are expressed in males because they have only one copy of X chromosome. If they have any recessive gene it will be expressed. In female both the genes should be recessive then only the recessive character will be expressed.
Traits caused by proteins coded for on the sex (X and/or Y) chromosomes.
If it occurs most commonly in males, or if the mother is a carrier.
men
The best known examples in humans are color-blindness and muscular dystrophy. Males are the ones that are the most vulnerable because the Y chromosome is shorter than the X chromosomes that females have.