Sentence examples for mutation in response from inspiring English sources

Consistently, the genes encoding two MYB transcription factors (MYB75 and MYB90) and an Asn synthetase isoform (ASN1) are strongly up-regulated by the OSU1 mutation in response to high C/low N and low C/high N, respectively.

Subsequent outbreaks in Madagascar, India, Cameroon, Gabon, and Italy, were due to the variant E1-226V and transmitted by Ae. albopictus corroborating an adaptative mutation in response to a requirement for transmission by this vector [4].

Based on the strong positive correlation between L1014F mutation frequency and mosquito survivorship in mosquito susceptibility bioassay and the evolutionary dynamics of L1014F mutation in response to deltamethrin selection, we suggest the L1014F mutation, not the L1014S mutation, is the key mutation associated with deltamethrin resistance.

One may often wish to have a global measure of changes in sensitivity of the direct character to changes in τ, in order to predict the amount of additional genetic variation that may accumulate by mutation in response to reduced selective intensity on δ.

Pathogenic Salmonella induce DSB-repair-protein-, SOS-, PolIV-, and RpoS-dependent mutation in response to bile, a membrane irritant (61 and J. Casadesus, personal communication).

PR-1 induction was partially impaired by either single mutation in response to either bacterial strain, but only fully impaired in the double mutant in response to avrRpt2.

This conservation is illustrated by the fact that the mammalian stress-responsive p38 MAPK can rescue the osmosensitivity of hog1 Δ mutations in response to hyperosmotic challenge.

The choice of carbon source was also an important factor in the evolutionary process since cells evolved on two different carbon sources (raffinose and glucose) generated a different set of mutations in response to the presence of lactic acid.

Following the demonstration of a major role for HIV-1 drug resistance mutations in response to antiretroviral therapy, GRT has been the standard decision tool to face HIV-1 drug resistance in clinical practice.

Stem cells may acquire these genetic mutations in response to environmental exposure and genetic damage.

HIV-1 protease is particularly suitable for covariance analysis because of the large sets of sequences available, and the observed fast rate of mutations in response to treatments.