Sentence examples for enhancing probability from inspiring English sources

In another example, Wood et al. have exploited microfluidics to study a sickle cell disease-relevant hypothesis that deoxygenated red blood cells ("sickled" cells) flow slowly in the bloodstream, enhancing probability of cell cell contact, and thus, creating a positive feedback loop for further blood clotting.

Expected higher yield enhanced probability of adoption of inorganic fertilizer and joint adoption of inorganic fertilizer and improved maize variety.

Large homozygous regions have enhanced probability to harbor the causative mutation in the proband.

Higher humidity and lower temperature benefit vector survival and may enhance probability of transmission through increased adult abundance and duration of post-EIP survival.

With respect to the latter concern about exposure, evidence has shown that mere exposure to a topic does not enhance probability of engagement in it, but rather protects against risky behavior [ 39].

These features and the de novo expression of qualify K8 as a worth candidate for the early detection of pre-malignant lesions, which might progress to overt malignancies with significantly enhanced probability [ 33], and for disseminated tumour cells in head and neck carcinomas.

In addition, some events (speed ski, eastward transatlantic sailing, hour cycling) can be organized when optimal spatial and meteorological conditions are met in order to enhance probabilities to break a record.

If progressing genetic isolation would be manifested by reduced fitness or sterility of hybrids, selection acting on the genes involved in fertilization may result in the formation of prezygotic reproductive barriers and consequently enhance probabilities of speciation [ 9– 12].

Clinically, mutator lineages will lead to enhanced heterogeneity within tumors, enhancing the probability that a sub-population of tumor cells manifests pre-existing resistance to therapy.

This makes carriers be strongly confined to the core material, enhancing their probability of radiative recombination.

Production and use of engineered nanoparticles, such as titanium dioxide nanoparticles (nTiO2), is increasing worldwide, enhancing their probability to enter aquatic environments.