Significados de biodegradable polymer en inglés

The development of biodegradable polymer conduits may offer an alternative to autografts.

Polymer foams are becoming increasingly important in industry, especially biodegradable polymer foams are in demand.

The balloon is made of a biodegradable polymer called poly(lactide-co-epsilon-caprolactone).

A prepared pDNA-loaded fiber mesh made of biodegradable polymer showed sustained release of pDNA without burst release.

Cartilaginous constructs have been grown in vitro with use of isolated cells, biodegradable polymer scaffolds, and bioreactors.

These studies demonstrate the feasibility of culturing isolated chondrocytes on biodegradable polymer scaffolds to regenerate 3-D neocartilage.

In recent studies, this method has been useful in uniformly seeding three-dimensional biodegradable polymer substrates for cell and tissue culture.

Cartilaginous implants for potential use in reconstructive or orthopedic surgery were created using chondrocytes grown on synthetic, biodegradable polymer scaffolds.

This study focused on select variables controlling the uptake and cell compatibility of biodegradable polymer-based MNP in cultured endothelial cells.

However, MACE rates from 2 to 5 years were less in the abluminal biodegradable polymer group.

O'Connor's technology converts used plastics into a new biodegradable plastic product using a combination of chemistry and bacteria to create a biodegradable polymer.

The Material Solutions Unit segment includes general purpose vinyl chloride resin, caustic soda, polyvinyl chloride special resin, modifier, modified silicone polymer, biodegradable polymer.

We have investigated the interactions of human RPE cells with different biodegradable polymer films to assess their suitability as substrates for RPE culture.

These results indicate that stem cells engineered with biodegradable polymer nanoparticles may be therapeutic tools for vascularizing tissue constructs and treating ischemic disease.

This article discusses polymer concepts regarding bone tissue engineering and reviews recent advances of our laboratory on guided bone regeneration using biodegradable polymer scaffolds.

The fibres, made of biodegradable polymer, lie across the wound like a mat, encouraging the skin to form a strong structure as it heals.