Sentence examples for molecules and enable from inspiring English sources

Engineered microbial biosynthesis of plant natural products can support manufacturing of complex bioactive molecules and enable discovery of non-naturally occurring derivatives.

It is anticipated that prolonged heating can affect the mobility of these molecules and enable the movement that otherwise would not be possible or would be very slow at lower temperatures.

Joint analysis of these properties for a number of compounds will reveal many theoretically important patterns of mutual influence of atoms in a molecule and enable to calculate the enthalpy of formation of free radicals, energy relations, tension, cyclization, determine the additive group contributions to the scheme.

The latter compound allows the conversion of the second glycine molecule into serine, which is used in subsequent steps of the serine cycle, allowing both the regeneration of the initial acetyl-CoA molecule and enabling - through the operation of the entire mechanism - the formation of all carbon precursors needed for biosynthetic purposes.

Antibodies that bind to antigens on the slide attract fluorescent molecules; these molecules enable antibody-antigen binding to be detected under a microscope.

Vesicles display potential carrier molecules and may enable a transmembrane transport and a possible translocation of PAMPs into the host cell.

We conclude that dissolving microneedles can be designed to gently encapsulate molecules, insert into skin, and enable bolus or sustained release delivery.

Gap junctions allow the transfer of ions and small molecules between coupled cells and enable individual cells to communicate with their neighbors and match the immediate needs of coupled cells within a cluster [ 22].

Importantly, this NSOM/QD-based dual color imaging system provides a powerful tool to directly visualize nanoscale profiles for distribution and organization of cell-surface molecules on cell membrane and enable better understanding of distribution-function relationship.

Mathematical modeling of complex molecular interaction networks allows for the encoding of dynamic interactions among molecules, and thus enables the simulation of global network behavior based on information known about individual interactions.

They can not only increase central nervous system access by making the molecule more lipophilic and enabling its diffusion through the blood-brain barrier, but they can also provide more sustained release by "locking" it behind the blood-brain barrier by subsequently converting it into a hydrophilic intermediate.