Sentence examples for substrates may provide from inspiring English sources
Those porous structures of silk-CNT substrates may provide a higher surface area for cell-substrate interactions and sufficient space for neuron axon extension.
Therefore utilizing the reactivity of polydopamine films to immobilize VEGF onto metal substrates may provide a promising approach for application in situations where revascularization around implants would be beneficial in improving bone healing and implant integration.
It seems likely that identification of caspase-2 substrates may provide valuable clues to its biological role.
Understanding vegetation recovery on these new substrates may provide insights for the restoration of other damaged tropical ecosystems, where agriculture, landslides, and forestry have taken a huge toll.
Identification of further physiological neuronal JNK substrates may provide key insights into mechanisms used by neurons to rapidly adjust to different levels of activity.
Thus plasma coated nanorough substrate may provide useful platform for guiding the fate kidney stem cell in vitro.
Use of pyruvate as an alternate fuel substrate may provide a possibility for the novel therapeutic approach to the treatment of cerebral ischemia.
These results suggest that EPCs engineered with a proper elastic substrate may provide unique endothelialization and antithrombogenic properties that benefit vascular tissue regeneration.
16– 19 Cygankiewicz et al 20 reported that combining electrocardiographic stratification with assessment of myocardial substrate may provide insight into interplay between factors contributing to sudden cardiac death in heart failure.
Since insects are equipped with a set of very efficient attachment systems, enabling them to grip a variety of substrates, they may provide approaches for the innovation of climbing robots' grippers.
The findings in this work are meaningful in understanding the fabrication process of architectures of layered materials on plane substrates and may provide a feasible approach for the control of the microstructure of other functional LDH films.
