Sentence examples for diseases tolerance from inspiring English sources

We have prepared a common document that includes our proposals on the main topics: Education, Infectious Diseases, Tolerance and Energy Security.

These sequences will be useful in genetic engineering of jatropha for increased oil content, modified oil composition, toxin-free oil cake, resistance to insect pests and diseases, tolerance to drought stress etc.

Considerable progress has been made over the past two decades in manipulating genes from diverse sources and inserting them into crop plants to confer resistance to insect pests, diseases, tolerance to herbicides, drought, improved nutritional quality, increased effectiveness of bio-control agents, and a better understanding of the nature of gene action and metabolic pathways [ 11– 11].

"Even if you planted one without disease tolerance, it would tolerate ice and salt, air pollution, drought, some degree of flooding," he said.

Scientists interviewed said good candidates for testing include plants engineered with foreign genes for drought resistance or disease tolerance.

Disease tolerance is the ability to maintain yield performance in the presence of disease symptoms.

Indeed, the activation of OsWRKY13 confers rice disease tolerance to Xoo and M. grisea (Qiu et al. 2007).

Although it is known, that there is disease tolerance to STB in some wheat cultivars, this aspect has not been studied among Argentinean cultivars.

Here, we review recent advances in high throughput field phenotyping technologies designed to inform the genetics of quantitative traits, including crop yield and disease tolerance.

Soybean rust, (Phakopsora pachyrhizi), currently the most devastating disease of soybeans worldwide, is known to challenge single resistance genes deployed against it and therefore, disease tolerance is indisputably the most viable measure in controlling the pathogen.

Effective implementation of technology that facilitates accurate and high-throughput screening of thousands of field-grown lines is critical for accelerating crop improvement and breeding strategies for higher yield and disease tolerance.