Sentence examples for compounds rely on from inspiring English sources

Several gelators were obtained and the gelation properties of these compounds rely on the structures of the 4-triazolyl substituents.

Also, it should be noticed that, the bioactivity of different compounds rely on multiple factors such as side-chain composition, functional group, substituent and chirality.

Invariably, these compounds rely on the serendipitous placement of a cysteine residue proximal to the small molecule binding site; while this strategy has afforded numerous successes, it necessarily limits the number of proteins that can be targeted by this approach.

Some of these compounds rely on RNA's inherent reactivity as a nucleophile.

In the present study, we observed that these E1-responsive transcripts are not sensitive to BPA or HPTE, a novel finding indicating that these compounds rely on the AF-1 cofactor binding region of the ERα.

Since the induction of the HSR plays a central role in protecting the cell from external insults and protein damage, the sensitivity of this pathway to activation by electrophilic species further supports that some of the beneficial actions that have been associated with this class of compounds rely on the activation of this specific pathway.

The QSAR developed by Sutter and Jurs (1996) to estimate the SW of 123 organic compounds relied on nine descriptors: two constitutional (n C, n O), one geometric (GEOH), three geometric-electronic (SAAA-1, SAAA-2, FNSA-3), two topological (WTPT-1, WTPT-2), and one quantum-chemical (QSUM).

The molecular machinery which uses sunlight to make energy-rich carbon compounds relies on chlorophyll to collect the sunshine in the first place.

The system is frequently bureaucratic and managed by westerners, typically earning around $150,000 a year, tax free, and often locked up in secured compounds, relying on reports from Afghan employees.

One of the newest paradigms applicable for sensitive, selective and high-throughput detection of biological-active compounds relies on protein or solid-stated nanopore-based biosensors, which have emerged as materials with powerful analytic capabilities for biosensing applications.

The trick of creating new coordination compounds relies on finding an extraordinary organic entity which has the ability to coordinate with metal ions, and, at the same time, bears functional properties.