Sentence examples for enable fine tuning from inspiring English sources

Yet, empirical research investigating the influence of specific design choices and contextual factors is needed to enable fine tuning of P4P programs tailored to the setting of implementation.

Such an integrated communication network is expected to enable fine tuning of the strength and duration of MLC activation, thereby enabling fine regulation of physiological responses, including synergistic or more complex effects.

Notably, the susceptibility of carboxylated beads to removal by migrating cells is inversely correlated to the surface density of the carboxylate groups, enabling "fine tuning" of the bead layer for the particular cell type to be tested.

The computer vision system will, in addition to the adequate grasp type, be able to recognize the size and orientation of the object and position and orientation of the affected hand, thus enabling fine tuning of stimulation amplitude during hand opening and timely triggering of grasping stimulation pattern.

On the other hand, the allosteric ligand binding sites that developed because of mutations in the C-terminal region enable fine-tuning of the regulatory enzyme in response to elevated levels of specific downstream metabolites.

On the other hand, the allosteric ligand binding sites that developed during evolution by mutations in the C-terminus enable fine-tuning of the regulatory enzyme by the elevated levels of specific downstream metabolites.

This regulatory arrangement generates two feedback loops, the LuxO-Qrr feedback loop and the HapR-Qrr feedback loop, which together enable fine-tuning of Qrr levels.

This enabled fine-tuning of the reinforcement design and strengthening the weak zone.

Diverse chemical modification of the donor and acceptor moieties has enabled fine-tuning of the electronic structure of the compounds, including placements of the highest occupied molecular orbital, HOMO, and lowest unoccupied molecular orbital, LUMO, energy levels, their optical absorption and fluorescence as well as intermolecular charge transfer.

Further, they enable fine-tuning of binding-site copy ratios within chimeras, allowing sophisticated control of the cellular transcriptional landscape.

The overview of the subject reveals the requirement for in-depth information on the overall regulation of P. pastoris metabolism that can enable fine-tuning bioreactor operation parameters in relation with the physiology of the microorganism in order to develop new strategies for the enhanced r-protein production.