Sentence examples for suppressing conditions from inspiring English sources

Our hypothesis was that sec9 suppressing conditions (either by extragenic suppressors or changes in culture media) would be due to an increase in SNARE complex formation.

Suppressing conditions decrease physiological demands by slowing the growth rate and thereby bring the cells back to normal homeostasis at elevated temperatures.

Contrary to our hypothesis, we found that suppressing conditions led to a decrease in SNARE complex formation as assayed by co-immunoprecipitation.

One possible mechanism to explain the increased growth of sec9 mutations in the absence of the V-ATPase or on alkaline media is through an elevation of SNARE complex formation under suppressing conditions.

One common feature of the different suppressing conditions is that they all confer a reduction in the growth rate of wild-type cells, while mutant backgrounds that do not affect growth (pep4Δ prb1Δ) fail to suppress sec9 mutations.

Moreover, the mRNA levels of other lipogenic factors, such as PPARγ, LXRα, and ChREBP, and fatty acid oxidation pathway genes were not significantly altered by RNF20-overexpressing or suppressing conditions (Figs. 5A, 7D, 8E; Supporting Figs. S4, S5, S6C), indicating that RNF20 would control hepatic lipid metabolism through SREBP1c modulation.

By contrast, at the endbulbs of Held in the AVCN failures were found under spontaneous, excited, and suppressed conditions.

The present approach first digitizes the log-ratio type gene expression data of S. cerevisiae to a matrix consisting of 1, 0, and −1 indicating highly expressed, no major change, and highly suppressed conditions for genes, respectively.

The present approach first digitizes the log-ratio type gene expression data to a matrix consisting of 1, 0, and −1 indicating highly expressed, no major change and highly suppressed conditions for genes, respectively.

The paper " An unsupervised approach to predict functional relations between genes based on expression data" first digitizes the log-ratio type gene expression data to a matrix consisting of 1, 0, and −1 indicating highly expressed, no major change, and highly suppressed conditions, respectively, for genes.

These data demonstrate that two pathways exist in the honeybee's brain for the learned suppression of PER: a neural circuit for associating odors with substances that evoke reflexive PER suppression and a neural mechanism that suppresses conditioned PER after toxin ingestion.