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Collectively, these studies indicate the potential utility of electrospining to create biocompatible substrates for use in injury repair.
In a simplified view, an ideal bridging neural conduit would be made from a biocompatible material that contains either channels or fibers that spatially guide regenerating axons.
Prostheses are held in place either by biocompatible drying adhesives, osseointegrated implants, magnets, or another mechanical form (although rare) such as glasses or straps.
It is biodegradable, nontoxic, biocompatible plastic produced naturally by bacteria and a good alternative for many non-biodegradable synthetic polymers.
Calcium alginates form polymers that are both biocompatible and non-immunogenic and have been used in tissue engineering applications.
It is made up of biocompatible silica nanoparticles that are deposited onto the paper first, then another ink containing the enzyme is applied.
In addition to being extremely tough, highly ductile and breathable, they are hypoallergic and biocompatible.
Titanium is biocompatible (often referred to as hypoallergenic), or non-toxic to the human body.
Polyanhydrides and their degradation products have not been found to cause significant harmful responses and are considered to be biocompatible.
Biocompatible ceramics have been applied this way to biomedical implants.
Creating a polymer and coating it with specific substances can make the polymer biocompatible, as well as speed the recovery process.
Biocompatible materials are intended to interface with biological systems to evaluate, treat, augment or replace any tissue, organ or function of the body.
Care should be exercised in defining a biomaterial as biocompatible, since it is application specific.
This might be accomplished by self assembled biocompatible nanodevices that will detect, evaluate, treat and report to the clinical doctor automatically.
The material is highly biocompatible and has properties suitable for use in orthopedic implants.
