Sentence examples for more efficient targets from inspiring English sources

Future experiments will address whether CD4/CXCR4-proteoliposomes prepared with modified lipid compositions, including glycosphingolipids, will act as more efficient targets for HIV-1 envelope glycoprotein-mediated membrane fusion.

This enrichment could arise because strand exchange frequently terminates at SVs, or because heteroduplex molecules with mismatched SVs are more efficient targets for heteroduplex correction.

These molecules may, therefore, be more efficient targets for therapeutic strategies to combat post-TBI inflammation because they are activated regardless of the initiating factor.

Elucidation of heme biology in the mammalian erythroid cell would provide an important insight to understand and to get more efficient targets for the human disorders that arise from defective heme synthesis.

Collectively, further detailed information related to the molecular requirements for EMT will contribute to a better understand of tumor progression and may suggest more efficient targets for future therapeutic development.

Knowledge of the significance of hotspot zones would enable more accurate calculation of total farm emissions and more efficient targeting of N2O mitigation strategies.

Within a mixed-task block, repeat and switch trials also differed, where repeat trials showed evidence of greater preparation (larger cue-locked negativity), more efficient target processing (larger target-locked P3b), and shorter RTs.

In health care, the use of such feedback loop enables real-time analysis of patient databases and could permit to optimize clinical care leading to more efficient targeting of tests and treatments and vigilance for adverse effects (i.e. dynamic clinical data mining) Cross-validation Statistical technique for assessing how the results of an analysis will generalize to an independent data set.

The main idea is the use of feedback loops to enable real-time analysis of patient databases, allow the optimization of patient's care and lead to more efficient targeting of tests, treatments and vigilance for adverse effects (e.g. "Multiparameter Intelligent Monitoring in Intensive Care" (MIMIC) [2].

The aim of this study was to develop a more efficient targeted gene deletion strategy for Clostridium.

This may lead to more efficient targeting of the hypoxic tumor environment in the future.