It's the X-chromosome, so whichever number corresponds to it.
The X chromosome
it effects the genome
Color blindness is a recessive sex linked trait.
none. its a slight mutation in 23rd x chromosome
Studies show that color blindness affects 8% of Caucasian men and only 0.5% of Caucasian women. Therefore, while the color deficiency is mostly a male dominated affliction, some women are also affected. It is believed that color-blindness comes from a gene on the X chromosome and thus would be part of life from birth. However, it has been discovered that color-blindness can occur with some diseases such as liver disease.
Not being able to see color in some cases. Mild color blindness might just be an inability to distinguish between colors like green and red. That is sometimes the case, not always. Did you know that 99% of all color blind people are not actually color blind, but color deficient? Does that help?
Sex linked Gene
No - the colour blindness gene is only found on the X chromosome.
(Apex Learning) She has at least one recessive color blindness allele.
It is found on the non homologous part of the X chromosome.
The majority of affected individuals are males. Females are carriers, but are not normally affected. This indicates that the X chromosome is one of the locations for color blindness.
Plato Users: A and B.
Color blindness is a recessive sex linked trait.
female.
It is carried on the X chromosomeIt is carried on the X chromosome
none. its a slight mutation in 23rd x chromosome
It is carried on the X chromosomeIt is carried on the X chromosome
Boys have one X and one Y chromosome. Color blindness is found on the X chromosomes. Since boys will always get their X chromosome from their mother and their Y chromosome from their father, father's can never pass on red/green color blindness to their son's. However, since father's do pass their X chromosome to their daughters, they can pass on the trait to their daughters. In this case, daughters have two X chromosomes (one from their mother and one from their father), so they will NOT have red/green color blindness unless they received the defective gene from their mother AND their father. This is the reason that color blindness is 9 times more common in boys than girls.
MABEY