Sentence examples for material surfaces have from inspiring English sources
Inspired by the natural cell environment, new material surfaces have been engineered and tailored to provide both physical and chemical cues that regulate BMP-2 activity.
Chemical modifications of material surfaces have poor long-term performance in preventing bacterial build-up and hence approaches for realising bactericidal action through physical surface topography have become increasingly important in recent years.
As we should know that all material surfaces have some electrons from the environment but due to larger mass, the small amount of electrons on the surface become insignificant (e/m).
Nanostructured material surfaces have been shown to elicit appropriate cellular interactions with the biomaterial surface such as promotion of an osteoblast phenotype, adhesion and alignment of smooth cells and enhanced filopodia interactions with the environment.
The adsorption behavior of phenol, aniline and phenol aniline mixtures in water over carbonaceous material surfaces has been studied.
The relevant mechanism(s) behind these cell behaviors on nanostructured material surfaces has not been well understood, especially for lung and breast cancer cells.
Thus far, biofouling on material surfaces has been investigated from various viewpoints, and concrete methods for its evaluation have been proposed.
Under the auspices of the NATO Research and Technology Organisation Applied Vehicle Technologies Panel Task Group AVT-136 an assessment of the current state-of-the-art in the experimental characterization and numerical simulation of catalysis on high-temperature material surfaces has been conducted.
To the best of our knowledge, the use of the tangential forces for estimating the finger pad's deformation as a result of touching material surfaces has not been used previously; nevertheless, experienced researchers would likely have devised a similar setup.
In summary, a powerful and effective methodology for tailoring the spacing of chemical functional groups on material surfaces has been demonstrated through utilizing SAMs of pH-switchable pseudorotaxanes, such as DB24C8⊃DBA-SH, [G1]-DB24C8⊃DBA-SH, or [G2]-DB24C8⊃DBA-SH [G2]-DB24C8⊃DBA-SH [G2]-DB24C8⊃DBA-SH
However, organization of FN into a physiological fibrillar network upon adsorption on a material surface has not been observed.
