Sentence examples for an enhanced utilization of from inspiring English sources

Waterborne exposure reduced leaf consumption by ∼20%, which did not fully explain the reduction in feces production (∼30%), indicating an enhanced utilization of food to compensate for detoxification mechanisms.

This was attributed to the multiplex phenomena such as an enhanced utilization of visible light, efficient electron transfer in the noble metal-doped GT nanojunctions and interfacial electron transfer in the reduced graphene oxide (rGO) sheets, as evidenced by UV vis and PL characterizations.

This might reflect an enhanced utilization of glucose for fat synthesis [ 16, 48, 49].

There is indication that an enhanced utilization of exogenous glucose improves cardiac function during hypoxic states without increasing total glycolytic flux or tissue high-energy phosphate levels, representing a novel cardioprotective mechanism [ 16].

With such value-added information integrated into the database and access to appropriate tools through the Web portal, a more systematic discovery and enhanced utilization of rich genetic diversity will be possible [ 7, 10, 11].

HIF-1α has a broad impact on tumors, including enhanced utilization of glucose, tumor cell stemness, migration, metastasis and so on.

Previous findings have proposed a role for glycolytically derived acetylcarnitine to sustain and buffer the mitochondrial pool of acetyl-CoA, and therefore, a reduction in C label incorporation may indicate a reduced buffering capacity driven by enhanced utilization of the available carnitine for mitochondrial fatty acid transport.

The proposed three-year research is to develop, through national technical working group process, and then test a set of arrangements for achieving the enhanced utilization of safe birthing services.

To me, enhanced utilization of shale gas resources provides an opportunity to transition to clean and renewable sources over the next few decades while helping to meet current and growing global energy needs.

As a result, the Li-S batteries with 3D CCF interlayer show much enhanced utilization of active materials (1346.9 mAh g−1 at 0.1C), prolonged cycle life (capacity retention of 80% after 100 cycles), and improved rate performance (553.2 mAh g−1 at 4C).

The other constitutents present in the red mud can bring about enhanced utilization of the active component provided they are almost completely inert.