4) You set up an experiment using an isolated mouse muscle-nerve preparation. a. Draw the force traces (used to measure the force of contraction using a force transducer) you would expect to get if you stimulated the nerve at 3 different lengths: 1) slack, 2) the normal length of the muscle in the body, and 3) stretched past a length the muscle could ever experience in a mouse. If the force traces are different explain why. (Hint: refer back to the length-tension relationship) b. Draw the nerve signals you would record from a Group Ia muscle spindle afferent at each of those 3 lengths. If the 3 conditions are different explain why. (Hint: refer back to the function of the muscle spindle
4) You set up an experiment using an isolated mouse muscle-nerve preparation. a. Draw the force traces (used to measure the force of contraction using a force transducer) you would expect to get if you stimulated the nerve at 3 different lengths: 1) slack, 2) the normal length of the muscle in the body, and 3) stretched past a length the muscle could ever experience in a mouse. If the force traces are different explain why. (Hint: refer back to the length-tension relationship) b. Draw the nerve signals you would record from a Group Ia muscle spindle afferent at each of those 3 lengths. If the 3 conditions are different explain why. (Hint: refer back to the function of the muscle spindle
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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4) You set up an experiment using an isolated mouse muscle-nerve preparation.
a. Draw the force traces (used to measure the force of contraction using a force transducer) you would
expect to get if you stimulated the nerve at 3 different lengths: 1) slack, 2) the normal length of the muscle
in the body, and 3) stretched past a length the muscle could ever experience in a mouse. If the force traces
are different explain why. (Hint: refer back to the length-tension relationship)
b. Draw the nerve signals you would record from a Group Ia muscle spindle afferent at each of those 3
lengths. If the 3 conditions are different explain why. (Hint: refer back to the function of the muscle
spindle
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