There are two of each color because one is an exact duplicate of the other.
It is important to include what the following is for a person to know the correct answer. With this information missing a person will not know what appearance of the chromatids is.
Chromosome 19 has a blue/green gene. Chromosome 15 has a brown/blue gene. The genetics of eye color are more complex than realized previously, and more than one gene is involved in determining eye color.
homologous chromosomes are chromosome pairs that code for the same features such as eye color or hair color, one chromosome of the pair comes from your mom and one from your dad so no they are not identical
A chromosome in a plant cell is typically green in color. This is due to the presence of chlorophyll, which is a green pigment that helps the plant cell to absorb light for photosynthesis.
Traits carried on the x chromosome are said to be sex-linked
The locus for eye color is on the X chromosome.
Alleles on the X chromosome as well as chromosome 7 can affect the quality of color vision to varying degrees. This information is based on very limited research of color deficiency sites on line.
It is important to include what the following is for a person to know the correct answer. With this information missing a person will not know what appearance of the chromatids is.
It's the X-chromosome, so whichever number corresponds to it.
Yes, a gene is a piece of chromosome. They are the components that chromosomes are made up from. The chromosome itself is like a ribbon, consisting of many genes, controlling the characteristics of a person, such as hair color, eye color, or ear shape.
You do not get color blindness, you are either born with it or not born with it. It is on the X chromosome. A male has one X chromosome. A woman has 2 X chromosomes. If one X chromosome does not have red-green capability and the man has that chromosome, then he is color blind. A woman can have one color blind chromosome and one non-color blind chromosome and she will not be color blind. The ability to see blue and yellow is on chromosome number 7. Everyone has two of those. A man can only have 3 color chromosomes. Women can have 4 color chromosomes. Since the chromosomes can be slightly different, women can frequently see far more color variations than men can see.
The X chromosome carries traits that determine characteristics and conditions that may be passed down to the offspring. Some conditions carried on the X chromosome are hemophilia, Duchenne muscular dystrophy, fragile-x syndrome and red-green color blindness.
No - the colour blindness gene is only found on the X chromosome.
like when they change color in the different seasons
because chromosome did not show any type of color it is colorless body
Chromosome 19 has a blue/green gene. Chromosome 15 has a brown/blue gene. The genetics of eye color are more complex than realized previously, and more than one gene is involved in determining eye color.
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