Explore topic-wise MCQs in Tissue Engineering.

This section includes 10 Mcqs, each offering curated multiple-choice questions to sharpen your Tissue Engineering knowledge and support exam preparation. Choose a topic below to get started.

1.

Which of the following is not a chemical gelation mechanism?

A. Condensation
B. Addition
C. Cross-linking
D. Weak
Answer» E.
2.

______________is prepared by condensation which is a chemical gelation mechanism.

A. Polyester gel
B. Polyvinyl chloride
C. Polythene
D. Polystyrene
Answer» B. Polyvinyl chloride
3.

Which of the following gel/hydrogel is formed by a physical gelation mechanism?

A. Polyester gel
B. Gelatin
C. CMC-g-acrylic acid
D. Polydimethyl siloxane
Answer» C. CMC-g-acrylic acid
4.

The pore size of the biomaterial affects the long-term functional differentiation of cells.

A. TRUE
B. FALSE
Answer» C.
5.

Topography and roughness of a biomaterial affect the maximum possible accommodation of cells in the scaffold.

A. TRUE
B. FALSE
Answer» C.
6.

Which of the following physiochemical properties of a biomaterial might cause a cellular response that might affect the cellular motility, adhesion, survival, and differentiation?

A. Stiffness
B. Porosity
C. Charge
D. Surface chemistry
Answer» B. Porosity
7.

Elastic modulus helps in determining the strength of a biomaterial and it is measured using indentation.

A. TRUE
B. FALSE
Answer» C.
8.

Constant stress test helps in measurement of ____________ for a biomaterial.

A. ductility
B. toughness
C. creep
D. fatigue
Answer» B. toughness
9.

Which of the following is a characterization technique used to measure the Ductility of a biomaterial?

A. Calculations from strength test
B. Single edge notched-beam Indirect measurement
C. Indentation
D. Cyclic stress test
Answer» B. Single edge notched-beam Indirect measurement
10.

Which of the following is a characterization technique used to measure Young s modulus of a biomaterial?

A. Tensile test
B. Compression test
C. Three- and four-point bend test
D. Calculation from the stress-strain curve
Answer» E.