Does eye color effect your peripheral vision?

Color blind man produces female offspring with one normal vision eye and one colorblind eye, explain the cause

• 1.Red-green color blindness in humans is due to an X-linked recessive gene. A woman whose father is color blind possesses on eye color with normal color vision and one eye with color blindness. a.Propose an explanation for this woman’s vision pattern b. Would it be possible for a man to have one eye with normal color vision and one eye with color blindness?

• Answer:

  The gene for color blindness is carried on the X chromosome. women all have two chromosomes, but it's known that in female cells, at one point during development, one of those chromosomes scrunches up into what's called a Barr body. So presumably, the eye that has color vision descended from cells in which the X chromosome with the bad allele was balled up into a Barr body, so only the working version is transcribed and translated. The cells in the color blind eye must descend from cells in which the X chromosome carrying the good allele got turned into the Barr body, and this means that since it's all scrunched up, the DNA can't be used to make working receptor, leading to color blindness. Men only have one X chromosome, so they can't possibly show two different alleles for any gene on the X chromosome. Since you have to be transcribing genes off your X chromosome to develop and live properly, the single X chromosome never gets turned into a Barr body. In those rare people with extra sex chromosomes, if they have XXY or XXX, all but one of their X chromosomes gets turned into a Barr body. This is the reason why having an extra X chromosome is not nearly so bad for you as having an extra autosome. Down's syndrome is the most common triploidy, and the mildest. The others vary from being very bad and nearly always leathal to just always lethal. But gene dosage is controlled by the formation of Barr bodies when it comes to the X chromosome, so the phenotype for having extras is pretty mild.