Male genetics are found in the Y chromosome.
Yes,
The probability of a male passing on the rickets gene depends on the inheritance pattern of the gene in question. If the gene is X-linked, a male (XY) will pass the gene to all his daughters but none of his sons. In a case of autosomal inheritance, each child, regardless of sex, has a 50% chance of inheriting the gene from an affected male. Further specifics about the genetic background and family history would be needed for a precise probability.
It is called gene replication or gene duplication.
It is called Pleiotropy.
The gene responsible for determining the heaviness of a man's beard is called the androgen receptor gene. The expression of this gene is influenced by male sex hormones like testosterone, which play a key role in the development of facial hair characteristics. Variations in this gene can contribute to differences in beard growth among individuals.
Yes,
The gene present on the sex chromosome either in recessive or dormant condition is called a sex linked gene. For example gene for color blindness present on X chrosome. It is carried by a female and mostly affect the male because male have XY type of chromosomal configuration.
The gene present on the sex chromosome either in recessive or dormant condition is called a sex linked gene. For example gene for color blindness present on X chrosome. It is carried by a female and mostly affect the male because male have XY type of chromosomal configuration.
There is not really anything called a male or female gene. There are sex chromosomes: X and Y. If a baby has XY (one from each parent), that child will be male. If the baby has XX, a girl is the result. The Y chromosome doesn't actually dominate but it has all the genes that produce male characterics. If a child is born without it, it will be female.
A male with a missing SRY gene would typically have a female phenotype because the SRY gene on the Y chromosome is responsible for initiating male development. Without the SRY gene, the individual would develop along the female pathway.
The probability of a male passing on the rickets gene depends on the inheritance pattern of the gene in question. If the gene is X-linked, a male (XY) will pass the gene to all his daughters but none of his sons. In a case of autosomal inheritance, each child, regardless of sex, has a 50% chance of inheriting the gene from an affected male. Further specifics about the genetic background and family history would be needed for a precise probability.
Gene is typically a unisex name, meaning it can be used for both males and females. It is often short for names like Eugene or Eugenia.
The expression of a gene is called the phenotype.
It is called gene replication or gene duplication.
The male given name is Gene. Sometimes a short version of Eugene
It is called Pleiotropy.
The gene responsible for determining the heaviness of a man's beard is called the androgen receptor gene. The expression of this gene is influenced by male sex hormones like testosterone, which play a key role in the development of facial hair characteristics. Variations in this gene can contribute to differences in beard growth among individuals.