Sentence examples for molecules may provide from inspiring English sources

Researchers say these end-product molecules may provide details into how genes affect the observable characteristics of a plant, such as how fast it grows or how resistant it is to cold.

The discovery of small 'non-coding' RNA molecules (small interfering (si)- and micro-RNAs) that regulate the function of a gene or clusters of genes and the design of synthetic analogues of these molecules may provide new directions for the treatment and characterization of respiratory disorders.

An exhaustive analysis of all "reasonable" theoretically possible molecules resulting from larger molecules may provide a different trend.

Targeting endothelial adhesion molecules may provide a more specific way to image inflammation through the detection of endothelial activation.

Determination of ways to inhibit the proinflammatory functions of immune cell membrane CD44 molecules may provide new therapeutic modalities for RA.

Development of novel antimicrobial molecules may provide additional options for the treatment of various microbial infections which affects millions of people worldwide.

This lead molecule may provide a pharmacological tool to clarify the molecular basis of the in vivo physiological function and therapeutic utility of NPBWR1 in diverse disease areas including inflammatory pain and eating disorders.

In case of a future observation of muonium molecule ((e^, mu ^, e^, mu ^)), the comparison of recent observed positronium molecule ((e^, e^,e^,e^)) [16] with muonium molecule may provide a better understanding of theory of QED.

It is suspected that abnormalities in the IgA1 molecule may provide an explanation for its abnormal behaviour in both HSP and the related condition IgA nephropathy.

The binding stoichiometry was determined to be 0.86, indicating that (1) each ssDNA molecule may provide a single binding site for the oxidized SOD1, and (2) the oxidized SOD1 proteins bound to the ssDNA may not aggregate.

These studies provide further evidence that this versatile adaptor molecule may provide an adaptive resistance mechanism when either of these receptor families is targeted individually.