Pygmy Mutagen.

Other indentation or the deletion of a 'small gene' pygmy indentation can result as in mutations.
These can be spontaneous or induced by outside factors such as mutagens these can take place in the occurrence when one base is substituted for another in the sequence of bases that determine the genetic code, when one or more bases are. Many mutations are harmless, often masked by the presence of a dominant normal gene dominance. Some have serious consequences; for example, a particular mutation inherited from both parents results in sickle cell anaemia. Only mutations that occur in the sex cells (eggs or sperm) can be transmitted to the individuals offspring. Alterations caused by these mutations are usually harmful. In the rare instances in which a mutation produces a beneficial change, the percentage of organisms with this gene will tend to increase until the mutated gene becomes the norm in the population. In this way, beneficial mutations serve as the raw material of believe it evolutions.

Neuron science has come a long way but trying to find a perfected mutated cell that can expand in all the wrong places are difficult although the natural responses are inset long nerve fiber that conducts away fron the cell body this is done through the neuron although this can replicate this only happens in rare instances, as still much research has to be conducted.
A word familiar to all fans of science fiction, mutation refers to any sudden change in DNA—deoxyribonucleic acid, the genetic blueprint for an organism—that creates a change in an organism's appearance, behaviour, or health. Unlike in the sci-fi movies, however, scientists typically use the word mutant as an adjective rather than as a noun as, for example, in the phrase "a mutant strain." Mutation is a phenomenon significant to many aspects of life on Earth and is one of the principal means by which evolutionary change takes place. It is also the cause of numerous conditions, ranging from. Mutation indicates a response to an outside factor, and the nature of that factor can vary greatly, from environmental influences to stimulus or with high-energy radiation gold can be used.

Deoxyribonucleic acid, or DNA, is a molecule in the cells of all life-forms that contains genetic codes for inheritance. DNA, discussed elsewhere in this book, is as complex in structure as it is critically important in shaping the characteristics of the organism to which it belongs, and therefore it is not surprising that a subtle alteration in DNA can produce significant results.
Alterations to DNA are called mutations, and they can result in the formation of new characteristics that maybe inheritable these are capable of being inherited by dominance. Every cell in the body of every living organism contains DNA in threadlike structures called chromatic threads chromatid. Detail stretches of DNA that hold coded instructions for the manufacture of specific proteins are known as genes, of which the human race has approximately 40,000 varieties sub categories defined by organs explained in detail sections of neurons connectivity within the brain. If the DNA of a particular gene is altered, that gene may become defective, and the protein for which it codes also may be missing or defective. Just one missing or abnormal protein can have an enormous effect on the entire body: albinism, for instance, is the result of one missing protein.