To draw: The reflex map showing a crossed extensor reflex in the supporting leg to the map of the flexion reflex initiated by a painful stimulus to the sole of a foot. Introduction: Any change in the environmental conditions that produce an involuntary response in the body is called stimulus. The responses that are produced by the body against stimuli are called reflex. The reflexes that cause the arm or leg pull away from the unfavorable stimulus are known as flexion reflex.

Question

Want to see the full answer?

Answer 1

Question

Chapter 13.3, Problem 5CC

Summary Introduction

To draw: The reflex map showing a crossed extensor reflex in the supporting leg to the map of the flexion reflex initiated by a painful stimulus to the sole of a foot.

Introduction: Any change in the environmental conditions that produce an involuntary response in the body is called stimulus. The responses that are produced by the body against stimuli are called reflex. The reflexes that cause the arm or leg pull away from the unfavorable stimulus are known as flexion reflex.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

Given what you have learned from the first experiment, you prepare the other leg for a fresh experiment. When you add acetylcholine to the preparation, the muscle contracts. You add curare, and again add acetylcholine to the preparation, and the muscle does not contract. Based on these data, and the data from the first experiment, this means curare is potentially acting on: Both the alpha motor neurons' ability to conduct action potentials, and the muscle's ability to conduct action potentials, but not on the neuromuscular junction. O Both the alpha motor neurons' ability to conduct action potentials, and the neuromuscular junction, but not the muscle's ability to conduct action potentials. O Both the neuromuscular junction and the muscle's ability to conduct action potentials, but not on the alpha motor neurons' ability to conduct action potentials. O It must only be affecting the muscle's ability to conduct action potentials. O It must only be affecting the neuromuscular junction. O…

1) Why do you think movement variability can be functional? 2) An example of a motor skill that requires movment variability, How does the concept of movment variabilty relate to this activity?

If we didn’t collect the data for the Normal knee-jerk response, would we be able to evaluate the Jendrassik maneuver data? no need to answer questions 11-15 just a brief answer and this is not a writing assignment