Sentence examples for material for implantation from inspiring English sources

The first stage is characterized by the use of a CNTs composite material for implantation (stage 1).

However, as latex is not considered to be an acceptable material for implantation, in particular not in the group of patients that could potentially benefit from its application, we need to further study alternative materials in the molds before clinical application.

Electrospinning is a powerful method for preparing porous materials that can be applied as biomedical materials for implantation or tissue engineering or as scaffolds for 3D cell culture experiments.

Capabilities for producing arbitrary microstructure geometries using a broad range of materials with distinct chemical and physical properties open possibilities for fabricating previously inaccessible microfluidic and lab-on-a-chip designs, arranging cells in biologically relevant, high-resolution 3D cultures, and in engineering materials for implantation.

This program provides students flexible and comprehensive curriculum, in which the RESEARCH area of biomaterials about both living tissue and artificial materials used for implantation and to foster cell function as well as the RESEARCH on the selection of an appropriate material to place in the human body attract me a lot.

The technical difficulties associated with the development of an intervertebral disc prosthesis include endurance demands on the device, lack of consensus concerning the biomechanical principles governing the articulation of the spinal joint and the performance of materials available for implantation.

It reveals the particular behavior of glass foams compared to other materials suitable for implantation like glass powders of same composition and highlights the interest of ion microbeam techniques in the study of strontium-containing bioactive glass scaffolds.

By using materials approved for implantation in bone, the gap between pre-clinical and clinical studies may perhaps be narrowed, thus allowing early adaptation and implementation of these devices.

Although all cervical prosthetics are constructed with materials that are biocompatible for implantation, the long-term effects of these materials have become more clinically relevant as more follow-up has been achieved.

A prototype of the device was then constructed from commercially available materials, and it was prepared for implantation into the aorta of a pig.

Currently used materials are highlighted, as well as potential future materials that might prove better suitable for implantation.