Sentence examples for compound in understanding from inspiring English sources

While berberine chloride has proven to be a valuable tool compound in understanding the mechanism of action its development as a drug is hampered by its poor physicochemical properties.

Acetyltransferase inhibitors may therefore be useful as tool compounds in understanding acetyltransferase functions and also have the potential to treat a variety of diseases (which will be described in section 6).

Thus, this CoMFA result will be useful in the design of new compounds and in understanding the molecular mechanism of the ligand receptor interactions.

The chronic wound harbours up to four different wound pathogens [ 14] and indeed the presence of bacterial wound biofilms compound the difficulties in understanding and managing such an environment [ 13].

Identification of hydrogeologic and anthropogenic variables associated with the occurrence of an individual VOC, when coupled with the knowledge of the behavior and fate of the compound, can aid in understanding the vulnerability of aquifers to VOC contamination.

Based on the similar property principle [37] we can assume that these molecules are likely to have similar properties to the query compound, thus be of interest in understanding the potential properties of the query.

Therefore, discovering polypharmacological targets, share similar interfaces and are often inhibited by the same compound, is a valuable issue in understanding binding mechanisms and drug development.

Overall, the current study has generated several tool compounds that could be useful in understanding the basic biology of the hypoxic non-replicating mycobacteria.

Despite a greater risk of false-positive results that could arise from using relatively high doses of drug, the study of nonantiproliferative compounds can also prove useful in understanding secondary activities (Ericson et al. 2008).

Considerable success in understanding certain coordination compounds also has been achieved by treating them as examples of simple ionic or electrostatic bonding.

The collected data shed new light onto the membrane behavior of the investigated herein biochemically active compounds, which can be of help in understanding their different biological activity and designing of new, more biocompatible drugs.