Sentence examples for modification of implantable from inspiring English sources

Surface modification of implantable biomaterials with biologically active functionalities, including antimicrobials, has wide potential for addressing implant-related design problems.

Soluble elastins, and in particular tropoelastin, have highly favorable intrinsic physical and cell-interactive properties, warranting their adaption through incorporation into biomaterials and modification of implantable devices.

Physicochemical modification of implantable electrode systems is recognized as a viable strategy to enhance tissue/electrode integration and electrode performance in situ.

The facile synthesis, purification, and biochemical evaluation of various polymerizable vancomycin derivatives is presented with the intent of demonstrating a set of tools useful for evaluating new biomolecules engineered for surface modification of implantable biomaterials.

This will be followed by an overview of surface modification of implantable electrodes to improve biocompatibility and selectivity for dopamine, with the proviso that although such modifications can be effective at reducing interferences, they may also reduce the efficiency of the electron transfer kinetics, reducing sensor sensitivity.

The proposed surface modification is designed for the local treatment of implantable devices with original roughness.

There is a great demand for implantable microphones for future generations of implantable hearing aids, especially Cochlea Implants.

As FDG-PET also detects inflammatory and infectious complications, it can be useful for diagnosis of complications of therapy, such as vascular infections as septic thrombophlebitis, infections of implantable catheters and severe neutropaenia which can lead to modifications of the therapeutic strategy [ 24].

The function of implantable biomaterials is in large part governed by material surface characteristics, and chemical modification with pharmaceutically inspired polymers at the implant−tissue interface is an attractive option for addressing various biological problems such as postsurgical infection.

Leslie A. Saxon, M.D. Director of Implantable Device Services University of California San Francisco.

St . Judeis the largest maker of implantable defibrillators after Medtronic.