Definition of biocompatible in English:

biocompatible

adjective ˌbʌɪəʊkəmˈpatɪb(ə)lˌbaɪoʊkəmˈpædəb(ə)l

(especially of material used in surgical implants) not harmful or toxic to living tissue.
Example sentencesExamples
- Materials include biocompatible alloys such as titanium and specialty stainless steels.
- Implants are biocompatible - meaning they're designed to be accepted by your body - and they're made to resist corrosion, degradation and wear.
- Surface treatments texture the biocompatible material to resemble natural skin.
- Coatings are also used to protect patients from contact with surgical items or implanted devices that may not be biocompatible.
- In recent years, PIP has helped develop titanium-coated breast implants, which it says makes the implants more biocompatible.
- The electronic array must be robust enough to withstand damage from the implant procedure and be biocompatible - able to withstand the physiological conditions in the eye.
- They must be strong, reliable, tissue biocompatible, and able to retain a sharp cutting edge.
- If clarity is not required, the normal practice is to add a biocompatible colorant to the raw material, typically 1 to 2% by weight.
- An example is collagen, for the biocompatible soft-tissue implants used to plump wrinkles.
- A possible attraction of protein-like materials for medical applications is that they would be biocompatible and biodegradable.
- It soon became apparent, however, that the biocompatible material with strength, density, and porosity properties similar to natural bone may have other applications.
- Whether it is possible to accomplish these objectives using biocompatible, biodegradable, surface-active formulations remains to be determined.
- Soft, supple, and biocompatible, the Polyzen material successfully prevents tissue ingrowth and offers additional benefits.
- The implantable materials are biocompatible, non-biodegradable implants which are designed for stabilization in soft tissue through the ingrowth of fibrous tissue after implantation.
- It recently developed titanium-coated implants, which PIP claims are more biocompatible than uncoated counterparts.
- This is first time, he says, that an artificial kidney fashioned from cells and biocompatible materials has produced what seems to be urine.
- Materials that are more biocompatible, such as cobalt chromium or titanium alloys, are used for permanent implants.
- A research team at Virginia Tech (Blacksburg, VA) has created biocompatible adhesives that could speed the process of mending tissue.
- He adds that the technology can benefit ‘any device that needs to be implanted in the body and requires a biocompatible leak-tight seal that will last for years.’
- As with any material implanted into the body, the coating needed to be biocompatible.

Derivatives

biocompatibility

noun

The present work, showed that the white clay had good biocompatibility when implanted into the craniofacial bones of dogs.
Example sentencesExamples
- Nitinol provides shape memory, high elasticity, biocompatibility, and MRI compatibility.
- The material has passed the ISO 10993-1 biocompatibility test for medical implants.
- All materials used in medical devices must be screened for biocompatibility so they do not cause adverse local or systemic effects in people.
- Because it is certified to ISO 10993 standards for biocompatibility, the Loctite adhesive can be used to produce medical disposables.

Rhymes

compatible

Definition of biocompatible in US English:

biocompatible

adjectiveˌbīōkəmˈpadəb(ə)lˌbaɪoʊkəmˈpædəb(ə)l

(especially of materials used in surgical implants) not harmful to living tissue.
Example sentencesExamples
- Materials that are more biocompatible, such as cobalt chromium or titanium alloys, are used for permanent implants.
- A possible attraction of protein-like materials for medical applications is that they would be biocompatible and biodegradable.
- It soon became apparent, however, that the biocompatible material with strength, density, and porosity properties similar to natural bone may have other applications.
- An example is collagen, for the biocompatible soft-tissue implants used to plump wrinkles.
- Implants are biocompatible - meaning they're designed to be accepted by your body - and they're made to resist corrosion, degradation and wear.
- The implantable materials are biocompatible, non-biodegradable implants which are designed for stabilization in soft tissue through the ingrowth of fibrous tissue after implantation.
- Materials include biocompatible alloys such as titanium and specialty stainless steels.
- Surface treatments texture the biocompatible material to resemble natural skin.
- Coatings are also used to protect patients from contact with surgical items or implanted devices that may not be biocompatible.
- In recent years, PIP has helped develop titanium-coated breast implants, which it says makes the implants more biocompatible.
- They must be strong, reliable, tissue biocompatible, and able to retain a sharp cutting edge.
- The electronic array must be robust enough to withstand damage from the implant procedure and be biocompatible - able to withstand the physiological conditions in the eye.
- Soft, supple, and biocompatible, the Polyzen material successfully prevents tissue ingrowth and offers additional benefits.
- Whether it is possible to accomplish these objectives using biocompatible, biodegradable, surface-active formulations remains to be determined.
- If clarity is not required, the normal practice is to add a biocompatible colorant to the raw material, typically 1 to 2% by weight.
- It recently developed titanium-coated implants, which PIP claims are more biocompatible than uncoated counterparts.
- He adds that the technology can benefit ‘any device that needs to be implanted in the body and requires a biocompatible leak-tight seal that will last for years.’
- This is first time, he says, that an artificial kidney fashioned from cells and biocompatible materials has produced what seems to be urine.
- As with any material implanted into the body, the coating needed to be biocompatible.
- A research team at Virginia Tech (Blacksburg, VA) has created biocompatible adhesives that could speed the process of mending tissue.

单词	biocompatible
释义	Definition of biocompatible in English: biocompatible adjective ˌbʌɪəʊkəmˈpatɪb(ə)lˌbaɪoʊkəmˈpædəb(ə)l (especially of material used in surgical implants) not harmful or toxic to living tissue. Example sentencesExamples Materials include biocompatible alloys such as titanium and specialty stainless steels. Implants are biocompatible - meaning they're designed to be accepted by your body - and they're made to resist corrosion, degradation and wear. Surface treatments texture the biocompatible material to resemble natural skin. Coatings are also used to protect patients from contact with surgical items or implanted devices that may not be biocompatible. In recent years, PIP has helped develop titanium-coated breast implants, which it says makes the implants more biocompatible. The electronic array must be robust enough to withstand damage from the implant procedure and be biocompatible - able to withstand the physiological conditions in the eye. They must be strong, reliable, tissue biocompatible, and able to retain a sharp cutting edge. If clarity is not required, the normal practice is to add a biocompatible colorant to the raw material, typically 1 to 2% by weight. An example is collagen, for the biocompatible soft-tissue implants used to plump wrinkles. A possible attraction of protein-like materials for medical applications is that they would be biocompatible and biodegradable. It soon became apparent, however, that the biocompatible material with strength, density, and porosity properties similar to natural bone may have other applications. Whether it is possible to accomplish these objectives using biocompatible, biodegradable, surface-active formulations remains to be determined. Soft, supple, and biocompatible, the Polyzen material successfully prevents tissue ingrowth and offers additional benefits. The implantable materials are biocompatible, non-biodegradable implants which are designed for stabilization in soft tissue through the ingrowth of fibrous tissue after implantation. It recently developed titanium-coated implants, which PIP claims are more biocompatible than uncoated counterparts. This is first time, he says, that an artificial kidney fashioned from cells and biocompatible materials has produced what seems to be urine. Materials that are more biocompatible, such as cobalt chromium or titanium alloys, are used for permanent implants. A research team at Virginia Tech (Blacksburg, VA) has created biocompatible adhesives that could speed the process of mending tissue. He adds that the technology can benefit ‘any device that needs to be implanted in the body and requires a biocompatible leak-tight seal that will last for years.’ As with any material implanted into the body, the coating needed to be biocompatible. Derivatives biocompatibility noun The present work, showed that the white clay had good biocompatibility when implanted into the craniofacial bones of dogs. Example sentencesExamples Nitinol provides shape memory, high elasticity, biocompatibility, and MRI compatibility. The material has passed the ISO 10993-1 biocompatibility test for medical implants. All materials used in medical devices must be screened for biocompatibility so they do not cause adverse local or systemic effects in people. Because it is certified to ISO 10993 standards for biocompatibility, the Loctite adhesive can be used to produce medical disposables. Rhymes compatible Definition of biocompatible in US English: biocompatible adjectiveˌbīōkəmˈpadəb(ə)lˌbaɪoʊkəmˈpædəb(ə)l (especially of materials used in surgical implants) not harmful to living tissue. Example sentencesExamples Materials that are more biocompatible, such as cobalt chromium or titanium alloys, are used for permanent implants. A possible attraction of protein-like materials for medical applications is that they would be biocompatible and biodegradable. It soon became apparent, however, that the biocompatible material with strength, density, and porosity properties similar to natural bone may have other applications. An example is collagen, for the biocompatible soft-tissue implants used to plump wrinkles. Implants are biocompatible - meaning they're designed to be accepted by your body - and they're made to resist corrosion, degradation and wear. The implantable materials are biocompatible, non-biodegradable implants which are designed for stabilization in soft tissue through the ingrowth of fibrous tissue after implantation. Materials include biocompatible alloys such as titanium and specialty stainless steels. Surface treatments texture the biocompatible material to resemble natural skin. Coatings are also used to protect patients from contact with surgical items or implanted devices that may not be biocompatible. In recent years, PIP has helped develop titanium-coated breast implants, which it says makes the implants more biocompatible. They must be strong, reliable, tissue biocompatible, and able to retain a sharp cutting edge. The electronic array must be robust enough to withstand damage from the implant procedure and be biocompatible - able to withstand the physiological conditions in the eye. Soft, supple, and biocompatible, the Polyzen material successfully prevents tissue ingrowth and offers additional benefits. Whether it is possible to accomplish these objectives using biocompatible, biodegradable, surface-active formulations remains to be determined. If clarity is not required, the normal practice is to add a biocompatible colorant to the raw material, typically 1 to 2% by weight. It recently developed titanium-coated implants, which PIP claims are more biocompatible than uncoated counterparts. He adds that the technology can benefit ‘any device that needs to be implanted in the body and requires a biocompatible leak-tight seal that will last for years.’ This is first time, he says, that an artificial kidney fashioned from cells and biocompatible materials has produced what seems to be urine. As with any material implanted into the body, the coating needed to be biocompatible. A research team at Virginia Tech (Blacksburg, VA) has created biocompatible adhesives that could speed the process of mending tissue.
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