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males dealing with colorblindness
it should be the males mostly because males are more likely to become colorblind than females. colorblind females are very rare.
Because Satoshi is also colorblind; they are twins so she somehow inherented the trait so that they both share it. However in reality females only carry a 0.05% chance of being colorblind, while males carry a whole 8%. Females are most of the time immune thanks to their extra chromosome which men lack; So she's quite unlucky if you think about it.
Yes, Males have a higher chance of color blindness.
Sex-linked inheritance is things you(Or any other species) recieve from parents, diseases/disorders like being colorblind or having hemophillia are examples of a sex-linked trait. Males have XY and Females have XX, these traits can only occur on the X chromosomes meaning males have a much higer chance to recieve these effects.
Sex-linked inheritance is things you(Or any other species) recieve from parents, diseases/disorders like being colorblind or having hemophillia are examples of a sex-linked trait. Males have XY and Females have XX, these traits can only occur on the X chromosomes meaning males have a much higer chance to recieve these effects.
Being Colorblind means you recieved 2 recessive alleles from you parents. So that means the mother and father must of had 2 recessive alleles. Also Colorblindness is more common in males.
Females have a slightly higher chance of having synesthesia than men. However this does not mean that men cannot have synesthesia as well or that females outnumber the males lots.
It has to do with the slight differences in the DNA, ANSWER Colorblindness is sex linked trait. Females are XX and Males are XY. The colorblind gene is only on the X chromosome so if a male has the gene on the X chromosome then he will be colorblind. Females can have it on one X chromosome, but not the other and not be colorblind; however, they are a carrier and can pass it on. For a female to be colorblind both X chromosomes must have the gene.
Colorblindness is a trait that is linked to our X chromosome - it's a sex-linked, recessive trait that is attached to the X chromosome.For males, the 23rd pair is XY, and for females, XX.The trait for colorblindness lies on the X chromosome and can either be dominant or recessive. (For my example, we'll just say X' for recessive and X dominant for simplicity's sake.)Females have the advantage of having two X chromosomes. I won't go in to specific detail, but the possible combinations of chromosomes for females would be XX, X'X, XX', and X'X'. Only with X'X', would a female be colorblind.As for males, they only have one X chromosome, and the combinations are XY or X'Y.As you can see, the chances of colorblind males are much, much higher due to having only one X-chromosome, which is why you'll find more colorblind males than colorblind females.Of course, there is much more to it than just that, but that goes way beyond the scope of what I can remember. And I'm not too much in the mood of reopening my genetics textbook. ;)
It is called x-linked alleles. It is rare for a female to have color blindness because the allele must be passed from both parents. Males only need one allele to be color blind.With the equation, color blind female and non-color blind male reproduce. Each son has a 50% chance of developing the disorder.
because males like to have foof pets