XX
XX
XX
The normal genotype for a human female is 46XX, meaning she has 46 chromosomes, including two X chromosomes. A genotype of 44XX would be considered abnormal in humans.
A normal female genotype typically has two X chromosomes, represented as XX. These chromosomes determine the female sex characteristics and reproductive system development.
The genotype that typically results in a human female is XX. This means that females have two X chromosomes.
Maleness is not a genotype but a combination of sex chromosomes. A normal human male has an X as well as a Y chromosome.
These genotypes are determined by a human's 23rd pair of chromosomes. If the subject is female, she has two X's reading XX. If it is male, then his genotype will read XY. There is a 50-50 shot of each. This is because a woman donates one chromosome (she only has two X's so it is inevitable that she will donate an X), and a man donates one of his. If a man donates his 'X' then there will be two X's and the child will be female. If he donates his 'Y' then the child will be male. Male is XY, female is XX. There are, however, other genotypes (XXY, XXX, XO...) and not all people have a phenotype that goes with their genotype.
The ratio of a human baby being a male to being a female is 1:1.That means that the baby has a 50% of being a male, and a 50% of being a female.A male human has the genotype of XY.A female human has the genotype of XX.Some mutated organisms have an XXY or XYY for a genotype.
The normal monoploid (n) # of a female sex cell is 23 chromosomes
One human child.
a biologically male individual. The XY genotype typically refers to the genetic makeup of males in humans, where X represents one of the sex chromosomes inherited from the mother and Y represents the sex chromosome inherited from the father.
normal