If there is a mutation in a zygote, where is it likely to be found in the fetus?
If there is a mutation in a zygote, where is it likely to be found in the fetus? Answer The mutation will occur in all the cells of the fetus since they all formed by mitosis from the zygote.The mutation will only be found in the types of cells in the fetus that could be harmed by the mutation and not in any others.The mutation will only be in the one cell that was the original zygote and the other cells of the fetus will not have it.The mutation will show up in any fetal cells formed by mitosis but not in those formed by meiosis.This Question is Closed.he mutation will only be in the one cell that was the original zygote and the other cells of the fetus will not have it. The mutation will show up in any fetal cells formed by mitosis but not in those formed by meiosis. This Question is Closed. If there is a mutation in a zygote, where is it likely to be found in the fetus? The mutation will show up in any fetal cells formed by mitosis but not in those formed by meiosis. The mutation will only be in the one cell that was the original zygote and the other cells of the fetus will not have it.The mutation will occur in all the cells of the fetus since they all formed by mitosis from the zygote.The mutation will only be found in the types of cells in the fetus that are formed by meiosis.he mutation will occur in all the cells of the fetus since they all formed by mitosis from the zygote. The mutation will only be found in the types of cells in the fetus that are formed by meiosis. · just now. Report Abuse. If there is a mutation in the gametes, there is a serious chance that female and male gamete will not unite. If a zygote is formed, most likely there will be defects.Gamete mutations can be passed on to the next generation. There are two types of mutations that can occur in gamete cells- 1. Gene Mutations 2. Gamete (sex) cells Mutations that occur in somatic (body) cells usually result in killing that body cell only. Mutations that occur in gamete (sex) cells means that every cell of the developing fetus/baby will have that mutation.-Gamete mutations usually do affect the individual with some genetic disorder.Gamete mutations can be passed on to the next generation. There are two types of mutations that can occur in gamete cells- 1. Gene Mutations 2. There are 2 major types of gene mutations, inherited and acquired: 1  An inherited gene mutation is present in the egg or sperm that formed the child. 2  After the egg is fertilized by the sperm, it created one cell called a zygote that then divided to create a fetus (which became a baby).his is more likely if the mutation affects a gene involved with cell division or a gene that normally causes a defective cell to die. Some people have a high risk of developing cancer because they have inherited mutations in certain genes. To learn more about this, see our document Family Cancer Syndromes. Although all cells have the same genes and chromosomes, different cells (or types of cells) may use different genes. For example, muscle cells use a different set of genes than skin cells use. The genes that the cell doesn't need are turned off and not used. The genes that the cell is using are activated or turned on.An abnormal change in a gene is called a mutation. The 2 types of mutations are inherited and acquired (somatic). 1  An inherited gene mutation is present in the egg or sperm that formed the child.he genes that the cell doesn't need are turned off and not used. The genes that the cell is using are activated or turned on. An abnormal change in a gene is called a mutation. The 2 types of mutations are inherited and acquired (somatic). 1  An inherited gene mutation is present in the egg or sperm that formed the child. Now, about 10 percent of DNA is typically assumed to code for genes, and the rest is mostly non-functional. A mutation to the functional DNA will change the amino acid more than 2/3 of the time, and if it does, the mutation will be harmful about 9/10 of the time or more (according to estimates by biologists).ith about 50 cell divisions per generation, this would be about one mutation every 10 cell divisions, or about a 10 percent rate of cell death during the embryonic and fetal phase. To have 10 percent of the cells in an embryo or fetus non-functional seems like an unbearable burden. If this is true, then such mutations also probably affect cells in the developing embryo as well. With about 50 cell divisions per generation, this would be about one mutation every 10 cell divisions, or about a 10 percent rate of cell death during the embryonic and fetal phase.To have 10 percent of the cells in an embryo or fetus non-functional seems like an unbearable burden.ith about 50 cell divisions per generation, this would be about one mutation every 10 cell divisions, or about a 10 percent rate of cell death during the embryonic and fetal phase. To have 10 percent of the cells in an embryo or fetus non-functional seems like an unbearable burden. This is more likely if the mutation affects a gene involved with cell division or a gene that normally causes a defective cell to die. Some people have a high risk of developing cancer because they have inherited mutations in certain genes. To learn more about this, see our document Family Cancer Syndromes.his is more likely if the mutation affects a gene involved with cell division or a gene that normally causes a defective cell to die. Some people have a high risk of developing cancer because they have inherited mutations in certain genes. To learn more about this, see our document Family Cancer Syndromes. It would have to be at least a factor of 12, to about 25 million base pairs (less than one percent of the DNA). This would imply one harmful mutation per zygote, and would contradict estimates that 10 percent of the DNA is functional. Typical genes have 1000 base pairs, so this would be 25,000 genes.ith about 50 cell divisions per generation, this would be about one mutation every 10 cell divisions, or about a 10 percent rate of cell death during the embryonic and fetal phase. To have 10 percent of the cells in an embryo or fetus non-functional seems like an unbearable burden.
The mutation will occur in all the cells of the fetus since they all formed by mitosis from the zygote.