depends where you put it
genetic variation
An antigenic variation is the mechanism by which an infectious organism changes its surface proteins in favour of circumventing a host immune response.
The simplest answer is variation or death. If the mutation is abberant enough it renders the organism nonviable...a continum of lesser effects that potentially result in deformity, disorder, pigment variation, behavioral change all the way to some fabulous modification that creates a great adaptation that makes an organism more successful.
Well, if an organism reproduces asexually then it only has the genetic information from itself to use in creating a new organism. With sexual reproduction, the organism has the genetic information from more than one organism to use, which produces more varied organisms, and it becomes more varied the more different genetic information is used over generations.
No. Asexual reproduction provides no diversity, as it creates an exact copy of the organism. Sexual reproduction, on the other hand, provides diversity by using and combining different genes each time to create an entirely new version of the organism.
Variation is important among organisms for us to indicate which is which :))
variation
genetic variation
inherited variation
No.
An antigenic variation is the mechanism by which an infectious organism changes its surface proteins in favour of circumventing a host immune response.
An antigenic variation is the mechanism by which an infectious organism changes its surface proteins in favour of circumventing a host immune response.
recombination of alleles
They will show variation, that is they will not be all exactly alike.
Variation or mutation occurs within the DNA. It is a natural result of the replication process, or the copying of one DNA strand to make new DNA during reproduction. If the new mutation ends up making some kind of variation that does not kill the organism, then the variation will be passed on to new generations. This is how new traits are formed. When the variation is actually more useful than a trait that the organism's parents had, that new variation will be passed along as a survival trait.
every living organism has a different variation of their male reproductive system.
their offspring will inherit their favorable traits