yes
That depends on the organism you're looking at. In humans, there are 46 chromosomes per normal somatic cell. 46 chromosomes = 22 homolog pairs + 2 sex chromosomes (XX in women or XY in men)
The sex chromosomes of a man are XY (vs. XX for a woman).
Humans that have both an X and a Y chromosome is a male. Females have 2 X chromosomes, and males have one X and one Y
Yes, male wolves have the same number of chromosomes as females. There is no research at this time on the DNA found in the X chromosome and the Y chromosome and the Wolf. The Wolf has 78 chromosomes.
The Lyon hypothesis states that in cells with multiple X chromosomes, all but one is inactivated during mammalian embryogenesis. X-inactivation leads to clumped chromatin termed Barr bodies, which are generally considered inert. This formation of Barr bodies is called Lyonization. In humans the X chromosome that is inactivated is determined by chance. In marsupials, however, the paternal X chromosome is always inactivated. Inactivation is achieved by methylation of the X chromosome DNA, a common way in which the cell silences particular genes. Certain animals have their coloring patters dictated by this phenomenon. For example, female Calico cats have unique patterns of fur due to certain areas where different X chromosomes are inactived. The X chromosomes that are activated express different coloring genes and lead to their mosaic fur color. However, there are now reports that women still express many genes from their inactive X chromosomes, and that different women express different genes from the inactive X. Research by Carrel and Willard (2005) indicates that 15% of the genes on the inactive X chromosome are actually active across all women, and a further 10% of genes were switched on in some women. The hypothesis was first stated by Mary F. lyon in 1961 while she was studying the genetic consequences of radiation exposure, and therefore bears her name.
No you cannot because we have one less pair of chromosomes. Therefore it is impossible for a human to impregnate a monkey.
By textbook, the genetic coding in every cell in a human's body should be exactly the same. So, yes, all females have the XX chromosomes in every cell of their body. Males will have the XY chromosome in every cell of their body.
That depends on the organism you're looking at. In humans, there are 46 chromosomes per normal somatic cell. 46 chromosomes = 22 homolog pairs + 2 sex chromosomes (XX in women or XY in men)
what are the differences in communication between men and women
It's the ones that are different between men and women. By convention these are referred to as X and Y chromosomes. In mammals (including us) a woman has XX and a man has XY. And yes, a Y is sort of a broken X. But not quite.
No they do not. Answer No 1 in 3 women get it. Every girl is different From Pink Princess
no obviously not every one is different
It's different for every women and every baby!
it is far different every women plays an important role for men .. she does it by a polite ways of love to make perfection between them instead of any relation of endocrine (sexual).
In early pregnancy most of the women will have morning sickness, drowsiness and frequent urination. Later some women will have back pain and lack of sleep. But these are all different for every women and every pregnancy.
Women have two of them.
Human females are XX; males are XY.In humans, females have 22 pairs of chromosomes called autosomes, plus one pair of sex chromosomes, consisting of two copies of chromosome X. The X chromosome is between chromosomes 7 and 8 in size. Males have the same autosomes, but their sex chromosomes consist of one X and one relatively tiny Y, which is the shortest chromosome humans have except for chromosomes 21 and 22.Many other animals determine their sex the same way. But birds, moths, and butterflies are the other way round (males are WW; females WZ), and some animals use a different system altogether, such as whether the egg is fertilized or not: honey bees, for example.