Carrots
Unfortunately there is no true cure for color blindness. However, the ColorCorrection System was designed to enhance one's Color Blindness and allow one to pass an Ishihara Color Plate Test. The ColorCorrection System has a 100% Success Rate and 100% Guarantee for Passing the Ishihara Color Plate Test.
As it's genetic, the only way to "prevent" it is to have a child with a person who does not carry the relevant gene.
EDIT: Also color blindness can be caused by a deficiency of Vitamin A and retinal Diabetes so making sure you have a healthy intake of Vitamin A [liver, paprika, cayenne powder, chili powder, red pepper, sweet potatoes, carrots etc] and sugar/starches can help prevent it.
There is no way to prevent color blindness. There is no way to prevent acquired color blindness, that is associated with Alzheimer's disease, diabetes mellitus, leukemia, liver disease, and much more. Some forms of acquired color blindness may be prevented. Limiting use of alcohol and drugs such as antibiotics, barbiturates, anti-tuberculosis drugs, high blood pressure medications, and several other medications. When avoiding those, you are lowering the chances of becoming color blind.
Only 1 person in the world has ever been documented as Completely Color Blind. However, many people are partially color blind, this is caused by mutations in DNA, the same way that mutations can cause other defects it can cause color blindness. The most common color blindness is Red-Green which occurs in about 6% of males. Color blindness is associated with the X chromosome and therefore occurs much more often in males then females.
You don't, it's the brain's connection to your eye showing something in a different colour to what it's supposed to be. All about the signals sent to your brain from your eye through your optic nerves, not curable, sorry!
You are born without the ability to see certain colors.
There is no cure for color blindness at this time.
please dont look to colours
They are born colorblind, they don't just become it.
We know that if a father is colorblind and the mother is neither colorblind nor a carrier, then the sons will not be colorblind. So, using logic, that means that the father can't cause a son to become colorblind. Process of elimination would point towards whenever a son is colorblind that it comes from the mother. A diagram explaining how colorblindness is inherited can be viewed in the related links.
it should be the males mostly because males are more likely to become colorblind than females. colorblind females are very rare.
Dogs are not colorblind naturally, but if they have a problem and are colorblind it can be any color.
No, Taylor Lauter is not colorblind.
All dogs are colorblind.
Not necessarily. The allele for colorblindness is recessive. For a female, in order to be colorblind she must have to recessive alleles for colorblindness. Example: XcXc would be colorblind. XCXc would be a carrier for colorblindness, but not colorblind. For a male, because colorblindness is a sex-linked gene, he only needs one allele to be colorblind. Example: XcY is colorblind. XCY is not colorblind.
100% of all male offspring will be colorblind. 0% of all femal offspring will be colorblind.
The same for a person who is not colorblind
Colorblind - book - was created in 2010.
The Island of the Colorblind was created in 1997.
Nobody really knows, people say cats are colorblind when they are not really. So I would say "No." donkeys are not colorblind