In insertion mutations, an extra base pair is added, and in a deletion, a base pair is taken out (omitted).
Cells are meant to be copied during meiosis, not deleted.
This is called an insertion mutation.Some repeats, such as the repeats in the Huntington's gene, can be repeated too many times and then you have the deleterious mutation in this gene.
Referring to the frameshift mutation in genes, frameshift is where number of nucleotides inserted or deleted is not a multiple of three, resulting in every codon after the point of insertion or deletion is read incorrectly during translation.
No. At the point of insertion the sequence would be completely changed. This is called a frameshift mutation.
When a base pair is added or deleted in a DNA sequence it's called an insertion or a deletion, which causes a frameshift mutation.
Frameshift Mutation
Frame shift mutation occurs when a new codon in inserted. Point mutations occurs when one base, sometimes two, are inserted.
You get a mutation or a quite serous illness
translocation .. this is wrong.its a point mutation :)
Cells are meant to be copied during meiosis, not deleted.
This is called an insertion mutation.Some repeats, such as the repeats in the Huntington's gene, can be repeated too many times and then you have the deleterious mutation in this gene.
Referring to the frameshift mutation in genes, frameshift is where number of nucleotides inserted or deleted is not a multiple of three, resulting in every codon after the point of insertion or deletion is read incorrectly during translation.
No. At the point of insertion the sequence would be completely changed. This is called a frameshift mutation.
When a base pair is added or deleted in a DNA sequence it's called an insertion or a deletion, which causes a frameshift mutation.
Substitution.
A mutation is a change from the expected nucleotide sequence of DNA. It can happen when nucleotide bases are duplicated or deleted from the sequence.
A point mutation is when a single nucleotide switches from G to C or from A to T, or when a single nucleotide is deleted or inserted. It's unlikely for any single mutation to have a significant effect, but the effects that could occur could be anything, ranging from eliminating or altering protein synthesis of a particular protein to altering the regulatory function of a stretch of DNA and thereby affecting the embryological development of an organism.