Nanomedicine MCQ
Q1. Nanoparticles improve drug delivery primarily due to their:
📘 View ExplanationQ2. What characteristic allows nanoparticles to cross cell membranes?
📘 View ExplanationQ3. Which property is typical of quantum dots used in medical imaging?
📘 View ExplanationQ4. Gold nanoparticles are often used in cancer therapy because they:
📘 View ExplanationQ5. PEGylation of nanoparticles helps in:
📘 View ExplanationQ6. Which of the following nanocarriers is lipid-based?
📘 View ExplanationQ7. The enhanced permeability and retention (EPR) effect helps nanoparticles:
📘 View ExplanationQ8. What is a major challenge of nanomedicine in clinical translation?
📘 View ExplanationQ9. Which imaging modality can be enhanced using iron oxide nanoparticles?
📘 View ExplanationQ10. Nanoparticles can induce toxicity mainly due to:
📘 View ExplanationQ11. Passive targeting in nanomedicine relies on:
📘 View ExplanationQ12. Which nanomaterial is known for its high mechanical strength and electrical conductivity?
📘 View ExplanationQ13. Drug release from nanoparticles can be triggered by:
📘 View ExplanationQ14. Which property of nanoparticles affects their biodistribution?
📘 View ExplanationQ15. Nanotechnology used in wound healing includes:
📘 View ExplanationQ16. Which of the following is NOT a nanomedicine drug delivery system?
📘 View ExplanationQ17. Nanoparticle surface modification improves:
📘 View ExplanationQ18. Magnetic nanoparticles are used in:
📘 View ExplanationQ19. Nanoparticle aggregation can impact:
📘 View ExplanationQ20. Functionalizing nanoparticles with antibodies aids in:
📘 View ExplanationQ21. Quantum dots differ from bulk semiconductors due to:
📘 View ExplanationQ22. Polymeric nanoparticles are preferred due to their:
📘 View ExplanationQ23. Which nanomaterial is used for gene delivery?
📘 View ExplanationQ24. Passive targeting exploits:
📘 View ExplanationQ25. Nanotechnology allows drug delivery to:
📘 View ExplanationQ26. Nanoparticles can improve cancer therapy by:
📘 View ExplanationQ27. Nanoparticles used in photothermal therapy absorb:
📘 View ExplanationQ28. Biodegradable nanoparticles typically degrade via:
📘 View ExplanationQ29. Nanoparticles size is typically:
📘 View ExplanationQ30. Nanoshells are used for:
📘 View ExplanationQ31. Gold nanoparticles exhibit:
📘 View ExplanationQ32. Nanotoxicity can be caused by:
📘 View ExplanationQ33. Nanocarriers can cross biological barriers such as:
📘 View ExplanationQ34. Advantages of nanomedicine over conventional therapy include:
📘 View ExplanationQ35. What is the function of liposomes in drug delivery?
📘 View ExplanationQ36. The term “functionalization” of nanoparticles means:
📘 View ExplanationQ37. Carbon nanotubes in medicine are noted for:
📘 View ExplanationQ38. Which nanoparticles are commonly used in MRI contrast agents?
📘 View ExplanationQ39. What property of nanoparticles greatly influences cellular uptake?
📘 View ExplanationQ40. Which nanomaterial is most suitable for photodynamic therapy?
📘 View Explanation
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