A substitution mutation in genetics is where one of the nucleotide bases of DNA is swapped for another. These mutations may or may not affect the protein that is being coded.
The mutations or other changes are adaptations.
substitution, change, shift
Nuclear radiation can cause genetic mutations in our DNA, which can cause cancers. If the genetic mutations occur in the germ cells, then our gametes (sperm and egg cells) could have genetic mutations that could be passed on to our offspring. Also, if radiation levels are high enough, people can get radiation sickness, which can be fatal.
Many factors encourage this substitution. BUT not all - many high power vacuum tubes are still used. The reasons for the substitution include weight, power consumed, reliability, space requirements, high frequency response, the ability to form complex circuitry on a single substrate. (e.g. a microprocessor). Cost and miniaturisation were also driving factors. Transistors are cheaper to make and take up less room. Ironically Vacuum tubes are LESS susceptible to EMP caused by nuclear explosions. So are sometimes used in (Russian) jet fighter electronics.
Because unlike alpha and beta particles emitted by sources of radiation it can penetrate through the skin instead of being blocked by it. The radiation causes unnecessary divisions and multiplication of your cells and DNA. The mutation caused by it can lead of weaker essential organs and functions. And mutations may cause diseases and cancer.
Point mutations
Three types of gene mutations are substitution, insertion, and deletion. Another gene mutation would be frame shift. All these mutations can cause deformities of the gene.
The answer is Mutations! The 3 basic types of mutations are substitution, insertion, and deletion.
substitution and deletion, frameshift, translocation
substitution See the attached link.
Insertion, Deletion, and Substitution
Mutations
Mutations can result from spontaneous events or external mutagens. A change in DNA sequence may change the pattern of protein folding, resulting in genetic disease. Some genetic diseases may be caused by the substitution of only one incorrect amino acid in a protein. It is possible for the substitution of one base for another to have no effect on an organism.
TRUE
They are Substitution, Insertion, and Deletion.
Four types of chromosomal mutations include substitution, insertion, deletion, and frame shift. These mutations can be either positive of negative to the organism.
The specific type of mutation resulting from a mistake during DNA replication will depend on the nature of the mistake and the type of nucleotide substitution that occurred. Some possible types of mutations include point mutations (such as a substitution, insertion, or deletion of a single nucleotide), frameshift mutations, or silent mutations.