Sentence examples for substrates could provide from inspiring English sources

The combined use of perennials and annuals species in that kind of substrates could provide a permanent plant cover in a green roof scenario.

The regulation of eIF4E's activity by 4E-BPs (TOR substrates) could provide a mechanism by which TOR controls longevity.

The monocarboxylates have been demonstrated to improve cellular energetics, decrease production of free radicals and reduce cell death, and the metabolism of these downstream alternative substrates could provide a critical therapeutic approach to TBI Pann et al., 2012; Prieto et al., 2011; Veech et al., 2001; Veech, 2004).

Silk on the brain: Thin, flexible electrodes mounted on top of a biodegradable silk substrate could provide a better brain-machine interface.

Recent studies have shown that a defective interaction between the macrophage and its substrate could provide a mechanism for destabilizing atherosclerotic plaque by stimulating digestion of the artery and promoting plaque rupture.

The friction coefficients of untreated and hydrogel-covered PEEK surfaces were measured using a tribometer under water lubrication, due to the presence of the top hydrogel layer and the hard substrate could provide excellent aqueous lubrication and bearing capacity, respectively, the friction coefficient could be reduced from 0.292 to 0.021.

This phenomenon shows that highly conductive substrate and three-dimensional (3D) substrate could provide fast ion and electron transfer rate, large surface area and good conductivity.

Water source had no impact on plant growth 26 DAP for plants grown in 10 % AE, indicating this substrate could provide optimal physico-chemical parameters and sufficient nutrients for tomato plant growth without the need for fertigation.

As this sequence is next to the enzyme's active site (Supplementary Figure S5), we hypothesized that the cleavage site of caspase substrates (DEVD) could provide the acidic residues that are missing.

As shown in the FE-SEM image of Figure 2a (i), the multilayer of silica spheres of approximately 75- to 100-nm diameters was coated on the PET substrate, which could provide a rough surface of the template for Au coating as a top electrode.

The improved electrochemical performance could be assigned to the Co fiber substrate support, which could provide short lithium ion and electron pathways, alleviate large volume expansion, contribute to the capacity, and offer mechanical stability for the anode electrode.