Sentence examples for matrices as potential from inspiring English sources

In this study we examine multiwall carbon nanotube (MWCNT) based nanosystems i.e. aligned MWCNT matrices, as potential scaffolds for cell growth and tissue engineering.

In an effort to develop such efficient antibacterials, we a) synthesized acid-catalyzed silica-gel matrices, b) evaluated the suitability of these matrices as potential carrier materials for controlled release of ZnSO4 and a new Zn II) binary complex with a suitably designed well-defined Schiff base, and c) investigated structural and textural properties of the nanomaterials.

These results indicate that composite scaffolds developed using nBGC disseminated chitosan matrix as potential scaffolds for tissue engineering applications.

Here, we present the in vitro fabrication, crimping and experimental delivery of living human umbilical cord-cell derived TEOMs based on composite matrices as a potential future autologous therapy of intracardiac wall defects.

The success of metal matrix composites as potential materials for the manufacture of engineering components depends on closer control of their microstructure during processing.

Antheraea mylitta silk fibroin protein matrices were investigated as potential biomaterial for in vitro tumor modeling.

To this end, this work explores collagen anchoring of immunotherapeutic agents to the tumor extracellular matrix as a potential strategy for localizing their immunomodulatory effects to the tumor.

The present findings underline the role of the preference matrix as a potential tool in informing evidence-based design.

In this study, we investigated Co3O4 nanofibers grown directly on the surface of a Ni mesh (the current-collector matrix) as a potential C- and binder-free air electrode.

To study plasma levels of matrix metalloproteinases (MMPs) as potential markers of recovery during intensive rehabilitation therapy (IRT) after stroke.

Argillaceous rocks and concrete matrix are considered as potential host rocks and engineered barrier, respectively for radioactive waste repositories.