Last Answer: "Never! When would it be positive? It's a DEFORMATION!!!"
That's incorrect. Without mutations, evolution could never occur. For example:
Imagine a bird with a very small mouth. The seeds it eats are very large, and many birds die of starvation. Because of a mutation, one bird's mouth is larger than any other's, and it ends up surviving, passing on that "deformed" gene to its offspring who also survive because of their large mouths.
That is just one example of how a mutation can lead to positive evolutionary changes.
Generally, mutation.
This connection goes from negative 2 positive which raises the voltage. Thanks!! o.o
From another angle: beneficial and detrimental.
Without mutation there can be no evolution. Without evolution there can be no speciation.
this is called a mutation
genetic disorder
The only way to become a mutant is via a mutation, but a mutation does not guarantee a unique phenotype. (I'm assuming, here, that you're using a biological definition of "mutant" and not a more fanciful definition.)
mutation: a change in the sequence of DNA to cause a unusal trait
Polyploidy mutation is a type of mutation that results in an organism having more than two complete sets of chromosomes. This can lead to increased genetic diversity and potentially new traits in the organism.
It follows from the definition of multiplication.
It is possible (by spontaneous mutation, for example) but unlikely.
A mutation is a change in the DNA sequence of an organism, which can result in alterations to the characteristics or traits of the organism. Mutations can occur spontaneously or be induced by various factors such as chemicals or radiation.
The most common definition of 'natural' numbers is: The counting numbers.According to that definition, all natural numbers are positive.
It's positive by definition. That's what the absolute value is.
Long time = evolution. Short time = mutation.
Selective reverse mutation refers to a process in which a specific mutation that had previously occurred in an organism is corrected or reverted back to the original DNA sequence. This can happen naturally or can be induced by various genetic or environmental factors.
A class 1 mutation typically refers to a type of genetic mutation that results in a change in the amino acid sequence of a protein. This type of mutation is considered more severe as it directly affects the structure and function of the protein. Class 1 mutations can lead to various genetic disorders and diseases.