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

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

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

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

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Q. ______________is prepared by condensation which is a chemical gelation mechanism.

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Q. Which of the following is not a chemical gelation mechanism?

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Q. _________________ helps in maintaining the structural integrity of most of the connective tissues in animals.

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Q. Which of the following have a structure with three peptide chains bound with each other to form a rope-like structure?

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Q. Type I collagen is the dominant component in the native __________ scaffold.

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Q. Collagen can be found naturally in cartilage tissue.

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Q. Hyaluronic acid plays an important role in ____________

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Q. Hyaluronic acid can be degraded by chitinase.

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Q. PVC is usually added to hyaluronic acid in order to control its mechanical properties.

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Q. ____________ is one of the most common methods of modifying hyaluronic acid.

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Q. Alginic acid is obtained from ___________

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Q. _______ and ________ are monomers of Alginate.

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Q. Alginate is suitable for __________________

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Q. Covalent cross-linking of alginate gels with different molecules is a useful approach to control the __________ and mechanical properties of gels.

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Q. Addition of _________ to alginate improves the cellular binding and interactions.

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Q. Mechanical properties of alginate reduce in the presence of K⁺ ions.

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