biocompatible

Both materials are also biocompatible, which means that they do not cause significant reactions within the body.

The process is very important for making biomaterials more biocompatible.

The scaffolding should dissolve away and needs to be biocompatible.

"The implants are biocompatible and will continue to function over long periods of time."

In the literature, one quite often stumbles upon the adjective form: biocompatible.

In order to function properly, any drug delivery system must be biocompatible and biodegradable.

Biocompatible ceramics have been applied this way to biomedical implants.

Hench was intrigued and began to investigate materials that would be biocompatible.

Research is underway to produce better, more biocompatible, coatings.

Owing to their safe degradation products, polyanhydrides are considered to be biocompatible.

In biomaterials, it is important that each constituent of the composite be biocompatible.

Care should be exercised in defining a biomaterial as biocompatible, since it is application specific.

This results in two carboxylic acid groups which are easily metabolized and biocompatible.

The material is highly biocompatible and has properties suitable for use in orthopedic implants.

The material is adhesive to dental tissues and is biocompatible.

In addition, gold is an inert and biocompatible material that is easy to acquire.

Biocompatible and hence is suitable for medical applications.

Delivery devices must be biocompatible and stable in vivo.

In addition, it has demonstrated longevity of over four years in a human patient, because every component is completely biocompatible.

Many of them are used for body jewelry, but only a few specific grades are proven biocompatible"

It's also light weight and (obviously) biocompatible.

They believe the glue to have applications as a biocompatible medical adhesive, for instance to repair shattered bones.

Titanium is biocompatible (often referred to as hypoallergenic), or non-toxic to the human body.

Work in the Fuller lab on biocompatible structures has applications in tissue engineering.

However, chitosan is not very biocompatible with fibroblasts.