An extreme diversity of substrates and catalytic reactions of cytochrome P450 (P450) enzymes is considered to be the consequence of evolutionary adaptation driven by different metabolic or environmental demands.
The changes in activity due to the mutations might give the organism a selective advantage for the evolutionary adaptation driven by different metabolic or environmental demands.
The presented method is then used to perform simulations for the 2D Euler and Navier Stokes equations with mesh adaptation driven by the adjoint-based error estimate.
An extreme diversity of substrates and catalytic reactions is characteristic of P450s (Guengerich 2001) and is considered to be the consequence of evolutionary adaptation driven by different metabolic or environmental demands in different organisms.
Rather, a scenario where adaptation drives neutral structure and "isolation by adaptation" or "isolation by environment" is more likely (Orsini et al. 2013; Wang and Bradburd 2014).
The "neutralist/selectionist controversy" concerns whether adaptation drives sequence evolution (selectionism) or selection serves mainly as a constraint on sequence evolution (neutralism) (Kreitman 1996; Ohta 1996).
We present novel evidence for the strength of sexual selection under normal social conditions, and show rapid male adaptation driven largely by sexual trait expression, with tradeoffs in survivorship and female fecundity.
However, local adaptation driven by strong directional selection may be opposed by negative frequency-dependent selection (NFDS), where rare morphs are favoured, generating cyclical changes in morph frequencies over time [ 18– 20].
If the ankA gene is indeed involved in host adaptation driven by recombination, the ankA-based phylogeny could be disturbed by the fact that one single recombination event can introduce multiple nucleotide exchanges at once.
Substrate and functional diversity are characteristic features of P450 enzymes and are considered to be the consequence of evolutionary adaptation driven by different metabolic or environmental demands in different organisms.
Considering that NDRG1 has no effect on cell proliferation in culture, the significant effect of NDRG1 overexpression on the Ki-67 index may also be a reflection of enhanced adaptation driven by NDRG1.
