Sentence examples for increasing selection for from inspiring English sources

The KNOB represents one of these cortical folds and, in light of the observation that it can only be visualized in great apes and human brains, suggests that increasing selection for complex manual actions resulted in, in essence, a neuroanatomical foot print of that evolutionary process.

Damage to the niche, which also occurs with aging or carcinogen exposure, can also increase selection for adaptive mutations.

For example, if a carcinogen causes widespread cell death in a tissue, there will be increased selection for oncogenic mutations that promote cell survival.

In addition, introduction of new malaria vaccines or mass therapeutic approaches to control and elimination will increase selection for resistance in parasite populations that could damage the effectiveness of these and future tools Fig. 1.

As discussed above, smoking contributes to lung cancer evolution by both increasing mutation frequency as well as by altering the tissue environment to increase selection for adaptive oncogenic mutations.

This has the effect of increasing the frequency with which bacteria and phage encounter one another; if bacteria encounter infectious phage more often, this increases natural selection for resistance, which in turn increases selection for novel infectivity in the phage, thereby accelerating coevolution (Brockhurst et al. 2003).

Our objectives were to (1) identify temporal patterns of selection for development within a year and across years based on natural food conditions, (2) compare spatial patterns of selection for development across systems, and (3) examine individual characteristics associated with increased selection for development.

In this regards, it has been reported that, the administration of antimicrobials via medicated feed or drinking water (case in the present study) lead to imprecise dosing, as animals can choose what quantity of feed or water to consume, and potentially increase selection for antimicrobial resistance (Love et al. 2011).

Decreased parasitoid populations would likely allow higher pest populations to develop and increase selection for resistance.

Thus by exerting within niche resource competition, resident niche specialist morphotypes may increase selection for divergence within each spatial niche (i.e., niche-partitioning).

Evolutionary specializations of enamel microstructure in durophagous carnivorans are consistent with increased selection for stronger teeth, which are required to withstand large stresses incurred from contact against hard food [51], [52].