Sentence examples for substrates for biomedical from inspiring English sources

All tested matrices supported the expansion of human corneal cells, confirming their potential as substrates for biomedical applications.

The deposition of functional plasma polymer coatings seems to be an attractive approach to modify substrates for biomedical applications.

This is motivated by the key role which is taken by this particular glass system in a wide variety of applications, ranging from electronic substrates, display covers and substrates for biomedical imaging and sensing to, e.g., radioactive waste vitrification.

Recently, structural studies of nanoparticles have indicated that chemical synthesis can be replaced by an environmentally friendly process using plant extracts [15 20], in which nanoparticles that are traditionally synthesized in a chemical process are attached to and subsequently released from rigid delivery substrates for biomedical applications [21, 22].

There is also an interest in developing new biomimetic procedures that could induce the production of calcium phosphate coatings, similar to bone apatite in substrates for biomedical applications, namely in orthopedic implants and scaffolds for tissue engineering and regenerative medicine; this topic will be also addressed.

We propose a simple, low-cost, large-area, and functional surface enhanced Raman scattering (SERS) substrate for biomedical applications.

We anticipate that MSM will be suitable to fabricate MA-substrate for biomedical engineering fields such as biosensor, bio-electrode and transdermal drug delivery.

A novel piezoelectric micromachined ultrasonic transducer (pMUT) array was designed and fabricated using epitaxially grown functional Pb(Zr0.52Ti0.48 O3 (PZT) thin film on Si(1 1 1)/γ-Al2O3(1 1 1)/substrate1 1) substrate for biomedical applications.

They work provides insight into the design and manipulation of functional engineered constructs using multi-scale hierarchical topography-based substrates for various biomedical applications, including stem cell therapy and tissue engineering.

The transformation of titanium into several hydride phases has been studied by transmission electron microscopy at the surface of an acid-etched titanium substrate designed for biomedical applications.

The results demonstrate that the EPD technique is a very useful method to produce uniform and reproducible Bioglass® coatings on metallic planar substrates and wires for biomedical applications.