Sentence examples for substrates in tissue from inspiring English sources

The results can be extended to develop an inexpensive and practical neuronal culture substrates in tissue engineering and biochip applications.

This might be useful for examining directed cell interactions, or to enhance the biocompatibility of inorganic materials used as substrates in tissue engineering or devices that are to be implanted into the body.

Synthetic nanostructures based on self-assembling systems that aim to mimic natural extracellular matrix are now being used as substrates in tissue engineering applications.

It is likely that the tissue-specific function of Fbxw7 is mediated by selective targeting of unique sets of Fbxw7 substrates in tissue- and cell context-dependent, and spatially and temporally controlled manners.

Afterwards, keeping a high metabolic demand in FM would compete for substrates in tissues with an emerging demand to support the oogenesis/embryogenesis (ovaries) [44].

Interestingly, the size distribution of the counts corresponding to the GDS6 sample was very similar (Fig. 3D), supporting the reproducibility of the sequencing approach and that, in global terms, similar DCLs seem to act on PLMVd-specific RNA substrates in tissues displaying very different symptoms (PC and PM).

Protein deficiency results in abnormal catabolism of specific byproducts and impaired intracellular turnover of a broad range of molecules including sphingolipids, glycoproteins glycosaminoglycans, and glycogen, leading to the accumulation of these substrates in tissues and organs.

The results also showed that cross-linked nanofibers with EDC/NHS could be considered excellent matrices in cell adhesion and proliferation before electrospinning process and their potential substrate in tissue engineering applications, especially in the field of cartilage engineering.

This study showed that the surface topography of nanoporous alumina plays an important role in regulating the behaviors of MG63 osteoblast-like cells and porous alumina can be regarded as useful substrate in tissue engineering.

Overall, the three dimensional (3D) dual-layered nanofibrous spongy scaffold with synergistic effect of dual drugs prevents from infection and facilitates as highly durable substrate in tissue engineering application.

This fact, together with our data indicating impaired hydrolysis of a phosphopeptide substrate in tissues from PME-1 mice, suggested that this animal model might represent a suitable model to identify PP2A substrates for which PP2A demethylation (or methylation/demethylation cycling) is required.