Sentence examples for development of tolerant from inspiring English sources

The production of biofuels from renewable lignocellulosic biomass relies on the development of tolerant and robust microbial strains.

The development of tolerant cultivars, including triticale, is an important breeding objective.

Thus, these strains represent good candidates for future studies of genetic variation relevant to understanding and manipulating furfural resistance and in the development of tolerant ethanologenic yeast strains for use in bioethanol production from lignocellulose processing.

The network informs the molecular basis of Clostridium responses to toxic metabolites in natural ecosystems and the microbiome, and will facilitate the construction of genome-scale models with added regulatory-network dimensions to guide the development of tolerant strains.

Thus, these strains represent good candidates for future studies of genetic variation relevant to understanding and manipulating furfuryl resistance and in the development of tolerant ethanologenic yeast strains for use in bioethanol production.

Therefore, an understanding of the genetic and molecular mechanisms underlying Al tolerance in maize is essential to accelerate the development of Al tolerant varieties.

Glyphosate, glufosinate, synthetic auxins, sulfonylurea, imidazolinones, triketones, isoxazoles, callistemone, cyclohexanediones, aryloxyphenoxypropionates and phenylpyrazolines are common herbicides for which herbicide tolerance (HT) mechanisms are well known and exploited for development of herbicide tolerant crops (Endo and Toki, 2013).

Therefore, the development of salt tolerant plants depends mainly on screening plant species with high salt tolerance and understanding the tolerance mechanisms (Feng et al. 2014).

The analysis of such ESTs could be important in the development of salt tolerant transgenic cereal crops.

The reaction mechanism and microstructure development of strain tolerant in situ SiC BN composites fabricated from the in situ reaction of Si3N4, B4C and C were investigated.

In this paper, results concerning the development of sulfur tolerant catalysts for Fischer Tropsch synthesis (FTS), C2+ alcohol synthesis, methanol and/or DME synthesis are presented.