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3D Bioprinting Pre:Post-Quiz
Human Anatomy And Physiology I (PSIO 201)
The University of Arizona
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An Introduction to 3D Bioprinting Lesson—3D Bioprinting Pre/Post-Quiz
3D Bioprinting Pre/Post-Quiz
1. Which of the following most accurately describes 3D bioprinting?
A. Manufacturing biological tissues and organs out of living cells only using a 3D bioprinter B. Manufacturing biological tissues and organs out of living cells and non-living biomaterials using a 3D bioprinter C. Manufacturing non-living tissues and organs using a 3D printer that are intended for use in medicine D. Using living organisms to “print” biological tissues and organs that will be used in medicine
2. What is a potential benefit that could one day be achieved with 3D bioprinting?
A. To help patients who are in need of new tissues or organs B. To aid in the testing of new drugs C. To reduce the risk of transplant rejection using host cells D. All of the above
3. What is a current capability of 3D bioprinting?
A. Printing tissue samples for use in drug testing B. Printing small organs like ears or bones C. Printing complex, functional organs like hearts and kidneys D. All of the above
4. Which of the following is not a limitation of 3D bioprinting?
A. The abundant and branched nature of the vasculature is difficult to reproduce B. Risk of immune rejection is high when using foreign materials C. Accurately printing tissues on the micro-scale D. Finding long-lasting, biocompatible materials that will not have negative side-effects
5. Which of the following are considered types of extracellular matrix (ECM) biomaterials?
A. Collagen B. Cardiac cells C. Elastin D. A and C E. A, B, and C
3D Bioprinting Pre:Post-Quiz
Course: Human Anatomy And Physiology I (PSIO 201)
University: The University of Arizona
