Populations with two or more genotypes may become locally adapted to multiple habitats by these means or by simply having genotypes with different, unvarying phenotypes that are selectively favored in different environments.
After the onset of climate change, these genotypes become more abundant relative to those that are less dispersive and new, even more dispersive, mutants arise.
Individual bacteria and viruses vary in their susceptibility to antimicrobial agents; those with even slight resistance replicate faster and their genotypes become more common.
Therefore, highly expressed genes are much more likely to overcome random genetic drift, and these genotypes become fixed more easily in the population.
However, when measuring the keratinocyte area in healed wounds the difference between Mmp13 Plau double-deficient wounds and the other three genotypes became more evident.
G and [P] mixed genotypes became more prevalent in 2013 2014.
However, as new functional understandings are revealed, and as KIR population genetics is more comprehensively defined and genotyping becomes more extensive, refined, and economical, we can fully expect to achieve this long sought goal.
However, as genotyping becomes more affordable, it is expected that genotypic information will become a common part of the information stored in biobanks and held in health care records.
As genotyping becomes more affordable, the use of GDR studies will most likely expand for two main reasons.
As genomic technologies advance and high-throughput genotyping becomes increasingly more affordable, the dimensionality involved in the evaluation of combinations of many such variables quickly diminishes the usefulness of traditional, parametric statistical methods.
