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Engineering Considerations for Biomaterials in Life Sciences

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Vocabulary Revision

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Russian Federation

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Engineering Considerations for Biomaterials in Life Sciences
 

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Engineering Considerations for Biomaterials in Life SciencesOnline version

Vocabulary Revision

by Barasha Barasha
1

In implant engineering , means a material can perform in the body without causing unacceptable harm .

2

If the device triggers reactions , the patient may experience problems even if the mechanical design is strong .

3

One common response is , which can damage tissue around the implant .

4

In severe cases , the body may attack the implant , leading to .

5

Engineers also evaluate , meaning how likely a material is to trigger an immune response .

6

To improve integration with tissue , designers may apply a coating on the implant surface .

7

Another risk is that chemicals can into body fluids over time .

8

During manufacturing , can introduce unexpected substances that increase biological risk .

9

Implants can also become surfaces for colonization , where bacteria attach and grow .

10

To reduce infection risk , engineers may use antimicrobial to limit bacterial growth .

11

Surface can influence how cells and bacteria interact with a material .

12

In tissue engineering , a supports cells as new tissue forms .

13

Its must be tuned so cells can grow into the structure while maintaining strength .

14

Sterilization is essential : uses high - temperature steam and pressure .

15

For heat - sensitive devices , oxide is a gas - based sterilization method .

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