They get Klinefelter syndrome. They have male sex organs, but the testes are abnormally small and the man is sterile. Even though the extra X is inactivated, some breast enlargement and other female body characteristics are common.
The X and Y sex chromosomes. If the embryo inherits an X and Y chromosome, it will be male. If the embryo inherits two X chromosomes, it will be female.
yes, some people have xxy chromosomes, a genetic mutation. Although I'm not sure if the extra chromosome is from the fathers sperm or sex cell. Hope this helps :)
A father passes on his Y chromosome to his son. In humans, males have one X and one Y chromosome (XY), while females have two X chromosomes (XX). Therefore, the son inherits the Y chromosome from his father and an X chromosome from his mother, resulting in a male (XY) offspring.
A male inherits his X chromosome from his mother and his Y chromosome from his father. Therefore, he cannot inherit an X-linked recessive gene directly from his dad, as fathers pass their Y chromosome to their sons. If a male has an X-linked recessive condition, it must come from his mother, who can pass on the affected X chromosome. In summary, males inherit X-linked traits only from their mothers.
Because males have only one X chromosome, any recessive allele present on that X chromosome will be expressed in the phenotype. In females, who have two X chromosomes, the presence of a dominant allele on one X chromosome can mask the expression of a recessive allele on the other X chromosome.
The X and Y sex chromosomes. If the embryo inherits an X and Y chromosome, it will be male. If the embryo inherits two X chromosomes, it will be female.
they have a extra chromosome, a normal male is XY, a male with klinefelters is XXY.
yes, some people have xxy chromosomes, a genetic mutation. Although I'm not sure if the extra chromosome is from the fathers sperm or sex cell. Hope this helps :)
A Y Chromosome is a mammalian sex chromosome which occurs only in male cells.
A male inherits only one X sex chromosome, so whatever alleles are on that chromosome will be expressed. A female inherits two X sex chromosomes, so there is a possibility that she will inherit at least one dominant allele for a trait, in which case she will have the dominant trait.
Super male syndrome, also known as XYY syndrome, occurs when a male has an extra Y chromosome, resulting in a chromosomal pattern of XYY instead of the typical XY. This genetic condition arises during the formation of sperm, where an error in cell division leads to the extra Y chromosome. It can be passed from an affected father to his offspring if he contributes the extra Y chromosome during fertilization, resulting in a son with the XYY genotype. This syndrome is not inherited in a traditional Mendelian manner but rather occurs as a random event during sperm development.
A father passes on his Y chromosome to his son. In humans, males have one X and one Y chromosome (XY), while females have two X chromosomes (XX). Therefore, the son inherits the Y chromosome from his father and an X chromosome from his mother, resulting in a male (XY) offspring.
Klinefelters syndrome occurs in a male and it is when they carry and extra X chromosome having a total of 47chromosomes rather than the usual 46. Thus resulting in a chromosomal mutation.
A male inherits his X chromosome from his mother and his Y chromosome from his father. Therefore, he cannot inherit an X-linked recessive gene directly from his dad, as fathers pass their Y chromosome to their sons. If a male has an X-linked recessive condition, it must come from his mother, who can pass on the affected X chromosome. In summary, males inherit X-linked traits only from their mothers.
Because males have only one X chromosome, any recessive allele present on that X chromosome will be expressed in the phenotype. In females, who have two X chromosomes, the presence of a dominant allele on one X chromosome can mask the expression of a recessive allele on the other X chromosome.
A male beneficiary.
Klinefelter Syndrome is sex-linked, because it is a genetic defect that results in a male having an extra X chromosome.