Sentence examples for perspectives of tissue from inspiring English sources

This review attempts to summarize different nerve grafts used for peripheral nerve repair, to highlight various basic components of tissue engineered nerve grafts in terms of their structures, features, and nerve regeneration-promoting actions, and finally to discuss current clinical applications and future perspectives of tissue engineered nerve grafts.

Focusing mainly on polypyrrole, polyaniline and poly 3,4-ethylenedioxythiophene), we review conductive poly 3,4-ethylenedioxythiophenef tissue engineering.

This chapter introduces three-dimensional (3D) bioprinting technology starting by presenting a high-level perspective of tissue engineering and the game-changing role of 3D printing in tissue engineering through additive manufacturing of anatomically correct tissue scaffolds.

The process of MSC aging is important from the perspective of tissue regeneration and repair because there is evidence that these beneficial functions may become handicapped with age.

Here the old controversy on the respiratory impairment in cancer is addressed from the perspective of tissue biology rather than cell biology, following recent findings regarding cellular mechanisms of tumor vasculature formation.

The quantification of SNCA proteins in peripheral blood is of interest to the PD field as a potential biomarker (32), as well as from the perspective of tissue-specific gene expression (34).

In addition, future perspectives of cartilage tissue engineering are highlighted in this chapter.

Additionally, we discuss current challenges and future perspectives of 3D tissue engineering.

Furthermore, we describe the future perspectives of esophageal tissue engineering characterized by the use of stem cells seeded on new biopolymers.

With a future perspective of vascular tissue engineering, the electrospinning parameters yielding smooth bead free fibers and maximum magnitude in pore size and fiber diameter as well their homogenous distribution were selected for the fabrication of tubular constructs which is rarely reported.

The important actions of ET-1 from the perspective of connective tissue remodelling include induction of proliferation, chemotaxis of macrophages and smooth muscle cells, activation of smooth muscle cells, and differentiation of fibroblasts to myofibroblast phenotypes.