Red Green colorblindness is more prevalent in males but can occur in females as well.
Yes, but it's more common in men.
Color blindness is a sex-linked trait that is caused by a recessive gene. Sex-linked characteristics occur more often in males because they only have one X chromosome while females have two X chromosomes. The X chromosome holds much more genetic information than the Y chromosome. So, while females need to have two recessive genes to become color blind, males only need one recessive gene to be affected. Therefore, males have a greater chance of inheriting color blindness.
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.
Color blindness is a genetic trait passed from one generation to another. It is carried on the X chromosome and males have an XY chromosome where females have an XX chromosomal makeup. If the male gets the colour blind gene on his one X chromosome he will be colourblind. About 1 in 20 males get this. Women can be carriers of colorblindness meaning they can pass it on, but will most likely not show it. For a female to be colour blind both X chromosomes need to be colour blind, which is very uncommon, but does occur in less than 1 in 200 females.
Here is a simple explanation:Remember that all males have an XY and females have XX, colorblindness is on the X chromosome, and since it is passed on by the X chromosome, this means that females have one good X and one colorblind X . Since colorblindness is recessive, this means the good X can provide the necessary pigments and the female is not colorblind unless she receive two X's that have colorblindness (one from her mother and one from her father), highly unlikely.On the other hand, since the Y has very few genes on it, the pigment missing in the X carrying colorblindness would not be replaced and thus colorblindness would occur in males with the X colorblindness gene from the mother.More info on colorblindnessman pppl on here are smart i didn't know that!!!!! :)
There are several types of color blindness that occur, Deuteranomaly occurs in 5% of the male human population Protanomaly occurs in 1% of the male human population, Other types (such as Tritanomaly which is not sex linked) are more rare,
Color blindness is a sex-linked trait that is caused by a recessive gene. Sex-linked characteristics occur more often in males because they only have one X chromosome while females have two X chromosomes. The X chromosome holds much more genetic information than the Y chromosome. So, while females need to have two recessive genes to become color blind, males only need one recessive gene to be affected. Therefore, males have a greater chance of inheriting color blindness.
recessive sex-linked, X chromosome disorders, haemophilia is more likely to occur in males than females.
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.
Color blindness is a genetic trait passed from one generation to another. It is carried on the X chromosome and males have an XY chromosome where females have an XX chromosomal makeup. If the male gets the colour blind gene on his one X chromosome he will be colourblind. About 1 in 20 males get this. Women can be carriers of colorblindness meaning they can pass it on, but will most likely not show it. For a female to be colour blind both X chromosomes need to be colour blind, which is very uncommon, but does occur in less than 1 in 200 females.
So that females and males would be equal.
"Depending on just which figures you believe, color blindness seems to occur in about 8% - 12% of males of European origin..." (Color/ Zelanski & Fisher/ 6th ed.)
Here is a simple explanation:Remember that all males have an XY and females have XX, colorblindness is on the X chromosome, and since it is passed on by the X chromosome, this means that females have one good X and one colorblind X . Since colorblindness is recessive, this means the good X can provide the necessary pigments and the female is not colorblind unless she receive two X's that have colorblindness (one from her mother and one from her father), highly unlikely.On the other hand, since the Y has very few genes on it, the pigment missing in the X carrying colorblindness would not be replaced and thus colorblindness would occur in males with the X colorblindness gene from the mother.More info on colorblindnessman pppl on here are smart i didn't know that!!!!! :)
There are several types of color blindness that occur, Deuteranomaly occurs in 5% of the male human population Protanomaly occurs in 1% of the male human population, Other types (such as Tritanomaly which is not sex linked) are more rare,
Your question is wrong as there are various types of hernia . Males have inguinal hernia which can't occur in females .On the other hand females have femoral hernia not present in males .
True
Meiosis is cell division of the germ cells, the egg and sperm. It occurs in the ovary in females and testis in males.
Men are not just 'likely' to be colour blind, they are the 'only ones' who can suffer from colour blindness. This is because colour blindness is cused by an x-linked recessive gene, that is it can occur only if a person carries 2 of these x-linked recessive traits. Now, females have one X and one Y chromosome,so in no way, they can have 2 X chromosomes.(exception-Klinefelter's syndrome, where thery is XXY trisomy) Only men can have 2 X-chromosomes. Hence, females can only carry the colour blindness gene, while men can 'suffer' from colour blindness.