Sentence examples for highly tolerance from inspiring English sources

Highly tolerance to polymerization temperature up to 80 °C is observed for the first time in the iron-based catalyst.

Indeed, the genes identified in our screening as strong candidate determinants of acetic acid tolerance in the highly tolerant strain ISA1307 include genes presumably involved in functions such as cellular transport and transport routes, protein fate, protein synthesis, amino acid metabolism and transcription, as detailed below.

Pokkali is a highly tolerant landrace often used as a donor for salinity tolerance.

For example, a comparative genomic study on efflux pumps in P. putida strains demonstrated that the degree of solvent tolerance is highly correlated with the number efflux pumps the strain harbors; strains with several different types of pumps were more likely to be highly tolerant to solvents [ 50].

Five accessions with highly drought tolerance were screened according to MFVD and could be applied for drought tolerance improvement in wheat.

Bizarrely, coincidence of the area of preference of highly cold tolerance rice accessions in Bangladesh along with all other tolerant abiotic stresses made us curious to examine the long-term minimum temperature days of Bangladesh, especially in Rayada rice growing areas.

In order to solve the mathematical formulation, a highly optimized tolerance inspired heuristic is proposed.

According to the robustness paradigm cells and organisms evolved into a state of highly optimized tolerance (HOT), which provides robustness to common perturbations, but causes tradeoffs generally characterized as "robust yet fragile".

Organisms have shown a highly variable tolerance to tellurium compounds.

The "robust yet fragile" duality of networks and systems has been termed Highly Optimized Tolerance (HOT) and has been the basis of new lines of inquiry in computational and experimental biology [10].

The "robust yet fragile" duality of networks has been termed Highly Optimized Tolerance (HOT) and has been the basis of new lines of inquiry in computational and experimental biology.