Sentence examples for compounds to exploit from inspiring English sources

Therefore there is a great interest in identifying new natural products active against PCa and in understanding the mechanisms of action of these compounds to exploit their properties in the development of new therapeutic or preventive treatments.

No structural data are available for Sirtuin complexes with any of these compounds, but our structure comparison (see above) suggests that smaller scaffolds might enable these compounds to exploit the site where 3 was docked, which appears not to be accessible for bulkier compounds in Sirt3, 5, and 6.

Unraveling the mechanisms could provide the basis for novel therapeutic strategies for various diseases and could aid in the development of new compounds able to exploit cytoplasmic triggers of apoptosis for clinical use.

The bioreductive drugs, aziridinylbenzoquinones, are a class of compounds designed to exploit one of the features of solid tumor biology caused by an inadequate blood supply to the solid tumor; namely, tumor hypoxia.

Inhibition of CpCDPK1 was thoroughly investigated by screening with a series of compounds designed to exploit the small gatekeeper that is naturally occurring in CpCDPK1, but not in the other CpCDPKs (Additional File 3, Table S5).

For these reasons, phosphorus corroles represent a class of interesting compounds to be exploited in the field of material science or for biomedical investigations and the definition of synthetic pathways for their functionalization is an important step to optimize their properties for various applications.

This generalist's GSTs may operate as 'all-purpose' detoxification enzymes, capable of conjugating or sequestering a broad range of lipophilic gorgonian compounds, thereby allowing this predator to exploit a range of chemically-defended prey, resulting in a competitive dietary advantage for this species.

The broad objective of this work is to exploit this rich compound diversity and provide compound-cognizant quantitative interpretation of ((GC times GC)) peak topography that bridges the gap between target-driven analysis and statistical methods.

In addition, through compound library screening, we sought to exploit the minimal differences in the ATP binding sites of PKN1 3, and have identified potent small molecule inhibitors with varying degrees of isoform selectivity, potentially useful as tool compounds to dissect PKN-dependent biology.

The development of a technology based on the use of cucurbit[n]urils for the pH-controlled release of auxin molecules in plant systems represents an opportunity to exploit these macrocyclic compounds in a variety of agricultural applications.

Scientists are keen to exploit the advantages of compound eyes.