Q1. What is the main component of the tissues in our body?
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Q2. Tissue engineering is a branch of:
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Q3. Which approach of tissue engineering facilitates self-repair of tissues?
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Q4. Which cells are the main source for stem cell therapy in tissue engineering?
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Q5. A scaffold in tissue engineering primarily serves as:
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Q6. Which material property is important for scaffolds?
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Q7. Which technique is used to create 3D tissue-engineered constructs?
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Q8. Growth factors in tissue engineering:
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Q9. Hydrogels used in tissue engineering are characterized by:
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Q10. Which bioreactor type is suitable for cartilage tissue engineering?
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Q11. Decellularized organs are used as:
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Q12. Which stem cells can differentiate into any cell type?
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Q13. What is the main risk with allogeneic tissue transplantation?
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Q14. Electrospinning is used for:
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Q15. What is the use of the extracellular matrix in tissue engineering?
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Q16. Which growth factor primarily promotes angiogenesis?
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Q17. Stem cells are cultured in vitro primarily to:
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Q18. Which biomaterial is widely used in bone tissue engineering?
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Q19. The term “biodegradability” in scaffolds means:
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Q20. Which of the following is NOT an approach in tissue engineering?
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Q21. Cells seeded on scaffolds mainly attach via:
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Q22. The mechanical property important in scaffolds is:
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Q23. In tissue engineering, "bioreactor" is:
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Q24. Which of these is a natural polymer?
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Q25. Mesenchymal stem cells are typically isolated from:
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Q26. Which of the following is a synthetic polymer?
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Q27. Growth factor TGF-beta is mainly involved in:
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Q28. The major challenge in tissue engineering is:
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Q29. Decellularization is:
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Q30. Which of the following cells have unlimited proliferation?
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