Biocompatible materials in Engineering Design

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Vocabulary Practice

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Barasha Barasha

Russian Federation

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Biocompatible materials in Engineering Design


Froggy Jumps Biocompatible materials in Engineering DesignOnline version Vocabulary Practice by Barasha Barasha 1 Engineers often use a ________ to restore hip function when a joint is severely damaged. a total hip replacement b biosensors c sol-gel process 2 ________ are designed to “talk to” the body and support tissue regrowth. a regenerative biomaterials b blood–brain barrier c surgical intervention 3 In temporary implants, materials may slowly ________ so removal surgery is not needed. a biodegrade b bond to bone c inject 4 In tissue engineering, a porous ________ supports cells while new tissue forms. a scaffold b synergy c surface chemistry 5 Some drug-delivery particles are ________ into the body to reach a target area. a injected b brittle c dissolved 6 Many medicines cannot easily reach the brain because of the ________. a blood–brain barrier b sol-gel process c total hip replacement 7 ________ can dissolve in the body and stimulate bone growth through released ions. a bioglass b scaffold c biosensing 8 A material may ________ in body fluid, changing its shape and properties over time. a dissolve b bond to bone c biodegrade 9 A coating can help an implant ________ for long-term stability. a bond to bone b be injected c do biosensing 10 The ________ is a chemistry-based method to create glass-like networks for biomaterials. a sol-gel process b surgical intervention c blood–brain barrier 11 One engineering problem with glass implants is that they can be ________ and crack under stress. a brittle b injected c regenerative 12 Combining a polymer with bioglass can create ________, improving performance compared to each material alone. a synergy b biodegradation c biosensors 13 Engineers tune ________ to control how cells attach and respond to an implant. a surface chemistry b total hip replacement c surgical intervention 14 Materials used for ________ can detect disease markers or pathogens. a biosensing / biosensors b sol-gel process c brittle 15 Better scaffold design can reduce the need for ________ in large bone defects. a surgical intervention b injected c surface chemistry

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Biocompatible materials in Engineering Design

Froggy Jumps

About this activity

Created by

Download the paper version to play

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Biocompatible materials in Engineering DesignOnline version

by Barasha Barasha

Engineers often use a ________ to restore hip function when a joint is severely damaged.

________ are designed to “talk to” the body and support tissue regrowth.

In temporary implants, materials may slowly ________ so removal surgery is not needed.

In tissue engineering, a porous ________ supports cells while new tissue forms.

Some drug-delivery particles are ________ into the body to reach a target area.

Many medicines cannot easily reach the brain because of the ________.

________ can dissolve in the body and stimulate bone growth through released ions.

A material may ________ in body fluid, changing its shape and properties over time.

A coating can help an implant ________ for long-term stability.

The ________ is a chemistry-based method to create glass-like networks for biomaterials.

One engineering problem with glass implants is that they can be ________ and crack under stress.

Combining a polymer with bioglass can create ________, improving performance compared to each material alone.

Engineers tune ________ to control how cells attach and respond to an implant.

Materials used for ________ can detect disease markers or pathogens.

Better scaffold design can reduce the need for ________ in large bone defects.