In tissue bioengineering, scientists have attempted to simulate the microenvironment and surface topography of the substrates for improving and accelerating the cellular responses, including attachment, migration, proliferation, and expression of differentiated phenotypes (James et al. 2011; Besunder et al. 2010).
Elastomeric materials can either be used as a freestanding molds for applications on curved or rough surfaces, or attached to a rigid substrate for improved durability.
Therefore, increased tubulin acetylation linked to mitochondrial trafficking might provide one, however most likely not the only, cellular substrate for improved cognitive function observed in APPPS1-21 mice that lack Hdac6.
This study demonstrated that OPEFB can be utilized as inexpensive substrate for improving the lipase secretion by Trichoderma sp.1.
In this paper we propose and investigate the application of Electromagnetic Band Gap (EBG) substrate for improving the performance of Hemispherical Dielectric Resonator Antenna (HDRA).
Plasticity in network connections may provide the substrate for improving language skills in the prematurely born.
The review mainly covers three state-of-the-art strategies (temperature triggering, precursor design, and substrate engineering) for improving the controllability over 2D heterostructures.
In the work, Autodock was used to generate substrate conformations for improving the calculation efficiency, followed by the quantitative structure activity relationship (QSAR) analysis.
They figure prominently in directed evolution experiments, where libraries of enzyme variants are screened for improved substrate specificity, thermal stability, or other beneficial properties.
In order to break through the limitations of the spiral inductors, the authors attempt to apply higher Q and wideband SAW resonators employing Cu-grating/15°YX-LiNbO3-substrate structure to the matching network for improved PA performance.
