A mutation in a germ cell (sperm or egg) may be passed to the woman and her offspring during fertilization. If the mutation occurs in the sperm or egg, it can be incorporated into the genetic material of the resulting zygote, leading to heritable changes in the offspring. This type of mutation can affect the offspring's traits and potentially contribute to genetic disorders.
The mutation must occur in the egg cell of the woman in order for it to be passed on to her offspring. Sperm cells do not contribute mitochondria or other materials to the offspring during fertilization, so mutations in a man's sperm cells are not passed on in the same way.
The mutation must be present in the egg cell (oocyte) of the woman in order for it to be passed on to her offspring. Sperm cells from the father do not contain the cytoplasm that would carry the mutation.
Gametes are individual DNA strands that all have a pair. In a human, the male has 23 in each sperm cell, and the woman has 23 in each egg cell. When the sperm and egg cell combine, the gametes combine and form matching pairs (not genetically identical) and then a zygote forms. The gametes are what makes up the genetical information of the zygote, which will eventualy grow inot a newborn. These gametes confirm what gender the baby will be, what they will look like ect. These gametes can also pass on disease - for example, a gamete with a mutation that causes down's syndrome.
The phenotypic ratio of the offspring when a tall man marries a short woman is 3:1 (tall/short). The phenotypic ratio is figured by using the punnet square with the dominant allele for tall and the recessive allele for the short gene.
There is a 50% that offspring will be Rh negative.
The mutation must occur in the egg cell of the woman in order for it to be passed on to her offspring. Sperm cells do not contribute mitochondria or other materials to the offspring during fertilization, so mutations in a man's sperm cells are not passed on in the same way.
The mutation must be present in the egg cell (oocyte) of the woman in order for it to be passed on to her offspring. Sperm cells from the father do not contain the cytoplasm that would carry the mutation.
a woman who is heterozygous for the gene
Not unless the woman was not using her own eggs during gestation. Otherwise, maternal RNA is preserved during fertilization and would be present in all offspring.
Gametes are individual DNA strands that all have a pair. In a human, the male has 23 in each sperm cell, and the woman has 23 in each egg cell. When the sperm and egg cell combine, the gametes combine and form matching pairs (not genetically identical) and then a zygote forms. The gametes are what makes up the genetical information of the zygote, which will eventualy grow inot a newborn. These gametes confirm what gender the baby will be, what they will look like ect. These gametes can also pass on disease - for example, a gamete with a mutation that causes down's syndrome.
They were woman who sowed, cooked, and cared for the soldiers during the war. Sometimes, if their husband or another man passed away, they would take place for them. One woman who took place of her husband was Molly Pitcher.
A gynecologist is one who has studied the health of the woman's reproductive system. An obstetrician specialty dealing with the care of a woman and their offspring during pregnancy, childbirth as well as the period shortly after the baby is born.
It was during the Gilded age that the Amendments were passed concerning income tax, direct election of senators, prohibition, and woman suffrage.
It can be A or O
niece
Woman can now vote because of the 19th Amendment being passed
Answer A man and woman get together hopefully out of love, they have intercourse and during the intercourse, the man ejackulates inside the woman's vagina. In the sperm there are thousands of eggs that a man leaves inside the woman, she fertilizes them and with good luck, she gets pregnant and the couple concerned has a baby.