Sentence examples for molecules is key from inspiring English sources

Understanding the interactions between macromolecules and small biologically active molecules is key to deciphering biological function and is critical for drug design and development.

Metastasis remains the most important cause of deaths in breast cancer, and thus, understanding the clinical significance of metastasis-related molecules is key to developing novel and effective management strategies for breast cancer patients.

The potency, physicochemical properties, and stability of the drug molecules are key parameters for designing the most suitable drug delivery system.

In order to study membrane fusion, the researchers needed a means of binding the virus onto their synthetic membranes — and unlike flu and other viruses, no one knew which receptor molecules were key for Zika to enter a cell.

There had been two leading theories on how to calculate the adhesion of droplets: One held that the areas of contact and energy levels of the molecules were key; the other, that the length of the edge of a drop on a surface was critical.

"Peptide molecules are key components in these regulation systems". He added that the team did not simply wish to gain an ability to switch these systems on and off but also wanted to find out whether they could manipulate the rate at which the feedback systems operate.

Not surprisingly, several developmentally important molecules are key mediators of the cancer phenotype when aberrantly expressed [2], [3].

In these well-studied instances, RNA molecules are key participants in the positive and negative regulation of P-TEFb function, respectively.

IRS molecules are key mediators of insulin signalling and play a central role in maintaining basic cellular functions such as growth, survival and metabolism.

However, only some of these molecules are key players, such as can allow the parasite to maintain adequate invasion potential despite physiological changes in host RBCs or immunological alterations in the host.

These three protein molecules are key substrates involved in switching gears between Ras inactivation by binding to GAP (R14) and direct activation of the MAPK cascade by forming the Ras-Raf complex (R16).