without an X chromosome
Coat it with a light sensitive emulsion. Don't plan on making your own photographic paper that you will subject to the normal development process. It won't survive the chemistry.
normal
Yes . Because of decrease in metabolic activities with age .
Chronic illnesses can damage and stunt the normal peocesses that take place in the body in many ways. every thing from muscular atrophy to nerve damage.
because it's good for your health.
100% or 50% or 0%
21 st chromosome it is also call Trisomy 21 because the 21st chromosome has three instead of the normal two.
The principal effects are development of small testicles and reduced fertility.
No. People with Klinefelter's syndrome have a normal Y chromosome and 2 normal X chromosomes.
A normal person has 23 chromosome pairs. (22 autosomes, and 1 sex chromosome that is either XX or XY) If counting each individual chromosome, a normal person has 46.
It is estimated that 3-8% of girls with a single X-chromosome and 12-21% of females with sex chromosome mosaicism may have normal pubertal development and spontaneous menstrual periods
The father must have contributed an X chromosome if a normal female is produced.
The father must have contributed an X chromosome if a normal female is produced.
In humans, it is the presence of the Y chromosome that makes an individual a male (not the ratio of X to Y). A normal male will have the sex chromosomes XY. It is possible for males to have either an extra X chromosome, XXY, or an extra Y chromosome, XYY. These are both a type of aneuploidy - an unusual number of chromosomes. XYY males are not very different from XY ("normal") males. They have normal testosterone levels, normal intelligence and normal fertility. They are on average taller than XY males. XYY usually results from an error when sperm cells are formed, which results in a sperm cell that contains 2 Y chromosomes. This combines with the female gamete, which carries an X chromosome - resulting in an XYY individual.
There is no chance for a colorblind daughter because the x-chromosome that comes from the male is normal and then it does not matter which x-chromosome comes from the female because colorblindness is a recessive gene, therefore there is no chance.
they have a extra chromosome, a normal male is XY, a male with klinefelters is XXY.
because in meiosis, you receive 23 from your mother and 23 from your father, making there a total of 46