Which measure helps reduce the risk of nerve injury during laparoscopy?

Navigate the Fundamentals of Laparoscopic Surgery (FLS) Exam with confidence. Utilize flashcards and multiple-choice questions, featuring hints and thorough explanations. Prepare effectively for your certification.

Multiple Choice

Which measure helps reduce the risk of nerve injury during laparoscopy?

Explanation:
Protecting nerves during laparoscopy comes from avoiding sustained compression and traction, which are most effectively prevented by careful positioning and padding. Nerve injuries often result when limbs are placed in positions that stretch or compress nerves (such as excessive abduction, rotation, or bending at joints) or when pressure points are not well cushioned. Using neutral joint alignment, avoiding extreme flexion or extension, and placing well-fitted padding under pressure points (heels, ankles, knees, hips, elbows, shoulders, head) distributes weight and reduces focal pressure, decreasing the risk of neuropraxia during the procedure. Regularly reassessing position during longer operations and minimizing time in risky positions further protects the nerves. Other measures don’t directly address the mechanism of nerve injury. Increasing pressures on the body isn’t protective and can introduce other risks; prolonged Trendelenburg can worsen nerve stretch and perfusion issues; high-pressure pneumoperitoneum affects physiology more than nerve protection.

Protecting nerves during laparoscopy comes from avoiding sustained compression and traction, which are most effectively prevented by careful positioning and padding. Nerve injuries often result when limbs are placed in positions that stretch or compress nerves (such as excessive abduction, rotation, or bending at joints) or when pressure points are not well cushioned. Using neutral joint alignment, avoiding extreme flexion or extension, and placing well-fitted padding under pressure points (heels, ankles, knees, hips, elbows, shoulders, head) distributes weight and reduces focal pressure, decreasing the risk of neuropraxia during the procedure. Regularly reassessing position during longer operations and minimizing time in risky positions further protects the nerves.

Other measures don’t directly address the mechanism of nerve injury. Increasing pressures on the body isn’t protective and can introduce other risks; prolonged Trendelenburg can worsen nerve stretch and perfusion issues; high-pressure pneumoperitoneum affects physiology more than nerve protection.

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