Examples of 'is biocompatible' in a sentence
Meaning of "is biocompatible"
Is biocompatible: Describes a substance or material that is compatible with living tissues without causing harm or adverse reactions
How to use "is biocompatible" in a sentence
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is biocompatible
Glycerin is biocompatible with the human body.
It is essential that the electrode material is biocompatible.
Zirconia is biocompatible just like titanium.
Glycerol is attractive because it is biocompatible and hygroscopic.
It is biocompatible and hence majorly used in medical implants.
This is possible because titanium is biocompatible.
This material is biocompatible and sterile.
Titanium is commonly used as a prosthetic material since it is biocompatible.
Such a resin is biocompatible and rigid and strong.
The components are encapsulated in a soft polymer which is biocompatible.
Nanocellulose is biocompatible and hypoallergenic.
Titanium has been selected because it is biocompatible.
The outermost layer is biocompatible with the body tissue.
The biomaterial of the invention is biocompatible.
The stent is biocompatible and is capable of localised drug delivery.
See also
It is preferred that a diblock copolymer provided herein is biocompatible.
The material is biocompatible with the tissues of the body.
The material of the binder is biocompatible.
Biofibre hair is biocompatible and is well accepted by your skin tissues.
The dexamethasone agent is biocompatible.
Silicon oil is biocompatible and nontoxic or at least has low toxicity.
The antimicrobially effective film is biocompatible with mammalian skin.
In principle any elastomer can be used as a carrier as long as it is biocompatible.
The cellulose itself is biocompatible and not degradable in the body.
The siliconed material used during the tests is biocompatible.
The carrier is biocompatible.
The insert can be embedded in a plastic material which is biocompatible.
Each implant is biocompatible.
The subject lubricant coating is chemically stable and is biocompatible.
The innermost layer is biocompatible with the fluid in the passage.
It is also a material that is biocompatible.
Why it is biocompatible.
In principle any polymer can be used as a carrier as long as it is biocompatible.
Titanium is biocompatible.
The biomaterial obtainable by the method of the invention is biocompatible.
The material is biocompatible and its conductivity remains stable over time.
Preferably the polymer is biocompatible.
Pyrolytic carbon is biocompatible and is currently utilized in a number of implantable medical devices.
This approach is in agreeing with green chemistry basics and it is biocompatible.
The titanium they are made of is biocompatible and allergies to this are very rare.
The blood vessel tissue scaffolds include a layer that is biocompatible.
It is biocompatible and therefore can be implanted in the body without causing inflammations.
This results in a hardened layer which is biocompatible and can be autoclaved.
A biomaterial that is biocompatible or suitable for one application may not be biocompatible in another.
The polymeric material of the duct structure is biocompatible and biostable.
This polyester is biocompatible and biodegradable and has mechanical properties comparable to polypropylene.
The nerve regeneration device may be made in any material that is biocompatible.
Because the framework is biocompatible cells can grow and proliferate on the framework.
The organic liquid suitable for use in the flowable composition is biocompatible.
Analogous is biocompatible metals a metal with low immune response such as titanium or tantalum.
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Examples of using Biocompatible
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The biocompatible implant does not require removal
Such polymers can be biocompatible and biodegradable
Biocompatible primary batteries for biomedical devices
