Complete Exam Guide Subject-wise practice platform
Nervous Tissue

Nerve Regeneration Practice Questions

20 free Nerve Regeneration practice questions for the Histology, each with the correct answer and a detailed explanation. Open any question below, or take the full set as an interactive quiz.

Start Practice Quiz

Questions

All Nerve Regeneration questions

20 questions
  1. Q1. Which process describes the degenerative changes occurring in the distal segment of a severed peripheral nerve?
  2. Q2. What is the first histological sign of nerve injury visible in the neuronal cell body (perikaryon)?
  3. Q3. Which cell type is primarily responsible for phagocytosing myelin debris and axonal fragments during peripheral nerve regeneration?
  4. Q4. The 'Bands of Büngner' are formed by which of the following?
  5. Q5. What is the typical rate of axonal regrowth in a regenerating human peripheral nerve?
  6. Q6. Why is nerve regeneration significantly more successful in the Peripheral Nervous System (PNS) than in the Central Nervous System (CNS)?
  7. Q7. What is the clinical consequence if a regenerating axon fails to find its original endoneurial tube and forms a disorganized mass?
  8. Q8. During nerve repair, the surgical procedure of 'nerve suturing' primarily aims to align which histological layer?
  9. Q9. Which neurotrophic factor is highly expressed by Schwann cells following a nerve injury to support axonal survival?
  10. Q10. In the CNS, the formation of a 'glial scar' is primarily attributed to which cell type?
  11. Q11. The structural unit that leads the way for a regenerating axon is called the:
  12. Q12. Which of the following describes 'Retrograde Degeneration' in a damaged neuron?
  13. Q13. Chromatolysis involves the dissolution of Nissl bodies. What are Nissl bodies composed of?
  14. Q14. What is the role of the 'basal lamina' of the Schwann cell during regeneration?
  15. Q15. Which type of axonal transport is responsible for moving the materials required for building the new axonal cytoskeleton during repair?
  16. Q16. If an axon was previously myelinated, what happens after it successfully regenerates?
  17. Q17. Following denervation, what characteristic change occurs in the target skeletal muscle?
  18. Q18. Which molecule found in CNS myelin is a major inhibitor of axonal outgrowth?
  19. Q19. Transneuronal (transsynaptic) degeneration refers to:
  20. Q20. The success of peripheral nerve regeneration is most dependent on which factor?