It cannot. Mutations have not yet been shown to add any information to cells. Unfortunately science has no explanation currently for how new information is added for evolution or in mutations. But scientists everywhere are working long hours in laboratories and offices to figure out this problem. Perhaps we may soon find an answer.
A change in a gene could involve a mutation that alters the DNA sequence, affecting the function of the protein it codes for. A change in a chromosome could involve alterations in the structure, number, or distribution of genetic material, leading to genetic disorders or diseases.
This mutation could cause a change in the protein produced by the gene, potentially leading to altered cell function or structure in the stomach. It could also impact the organism's digestion process or increase the risk of developing certain diseases related to the stomach.
becuase it soor your face! aww u gnna take that !@£$%&*?
A mutation in a sperm or egg cell means that the mutation while most likely be passed down to the offspring of that organism. If the mutation is in anything but a gamete, it will not be passed down.
Mutations which do not occur in sex cells are not passed on to the next generation. The mutation will only affect the individual. They could therefore have normal offspring.
a bad mutation would be if your DNA coded for you not to be able to digest fats. you would starve to death.
Chromosomal mutation can have lasting impacts on the person who this happens to. A version of a chromosomal mutation is the mutation that leads to Down's Syndrome.
A beneficial mutation for a koala could be one that enhances its ability to digest eucalyptus leaves more efficiently. This adaptation would allow koalas to extract more nutrients from their primary food source, potentially improving their overall health and reproductive success. Additionally, such a mutation might help koalas better tolerate the toxins present in eucalyptus, enabling them to thrive in environments where food quality varies. Overall, this kind of mutation could contribute to the koala's survival in a changing habitat.
A point mutation could have no impact or it could be lethal. It depends on whether the mutation changes the amino acid sequence of a protein, or if it changes the amino acid at a critical location in the protein.
The mutation may be passed on to an offspring. Depending on the mutation, it may have no effect, or it could be lethal.
Starch is a very good nutrition!
No...
It breaks it down and turns it into sugars, and that is why, if you chew starchy foods for long enough, they start to get sweeter.
Not with natural reproduction. If you cloned the parent that had the somatic mutation, you could pass it on to the offspring if you used the nucleus from the cell that had the somatic mutation.
A change in a gene could involve a mutation that alters the DNA sequence, affecting the function of the protein it codes for. A change in a chromosome could involve alterations in the structure, number, or distribution of genetic material, leading to genetic disorders or diseases.
Generally, a germ line mutation or sex cell mutation. Could be anything from a point mutation, one amino acid difference, to a whole frame shift mutation.
b: the organism, but not its offspring