Sentence examples for molecules and multiple from inspiring English sources
The association between chemical structures of biologically active molecules and multiple property and assay data provides the basis for selection, optimization, and evaluation of potential drug candidate molecules.
Different cellular fates of Mtb-infected macrophages are regulated by a number of immune-regulatory molecules and multiple inter-connected cellular pathways.
The activated resident cells and the recruited inflammatory (M1) macrophages release toxic ROS that destroy invading pathogens [78,79] and induce the expression of genes encoding various cytokines, inflammatory molecules and multiple proteases including MMPs, serine and cysteine proteases, and elastases.
Even though the process now appears likely to involve cooperative interactions among multiple molecules and multiple regions of the Xist RNA, it is unclear which interactions are direct and which are mediated by other molecules.
Several other small molecules and multiple proteins involved in defense regulation have been identified by genetic and biochemical studies [ 6].
Many different engineered formats for the antibody molecule and multiple methods for raising and tailoring binding specificities are currently available.
Most single mutations did not affect the critical shape of the molecule, and multiple mutations tended to compensate for those that did.
Moreover, since each peak in the complementary hybridized condition is separated by an average of 35 40 nm (and each peak has an average diameter of 8 nm) compared to a peak diameter of ∼20 25 nm in the case of bound probe, interactions between a single target molecule and multiple spotted probes would seem physically impossible.
Combining single molecule and multiple-bond data allows us to describe the thermodynamic model of the separation of a particular complex in addition to the mechanism of its action on the cellular scale (2, 3).
Moreover, it has been reported that the photocatalytic efficiency can be further improved by rational design to achieve porous structures, in that, the porous structures avail the adsorption of reactant molecules and provide multiple accessible passages which reduce the reactant diffusion distance due to their large specific surface area (SSA).
FRS techniques have been developed to measure individual flow properties, such as velocity (when the scattered light is from particles) or temperature (when the scattered light is from molecules), and measure multiple flow properties simultaneously such as pressure, density, temperature, and velocity.
