At the left is a list of the general principles of physiology described in Chapt
ID: 148889 • Letter: A
Question
At the left is a list of the general principles of physiology described in Chapter 1, and at the right are examples of concepts and mechanisms associated with control of body movement found within this chapter. Identify the general principle that best represent each example and drag it from the left into the correct box at the right. Most functions are often controlled by multiplep regulatory systems Physiological processes require the transler and balance of matter and energy To maintain balance, the body's center of gravity must be maintalned over the body's base. often working in Golgi tendon organs activate inhibitory interneurons, while muscle spindle stretch receptors activate excitatory interneurons, both of which can converge on the same motor neuron. Controlled exchange of materials occurs between compartments and across cell essential for health and survival. Information flow between The functions of organ cells, tissues, and organs coordinated with eachh The stretch reflex is monosynaptic and all other reflexes are polysynaptic involving at least one interneuron. systems are s an essential feature of homeostasis and allows other for integration of Structure is a Physiological determinant of-andprocesse s are dictated has coevolved with- function. by the laws of chemistry and physics. ResetExplanation / Answer
1. to maintain balance the body's center of gravity must be maintained over body base
most physiological functions are often controlled by multiple regulatory systems often working in oppsition
2. stretch reflex is monosynaptic and all other reflexes are polysynaptic involving atleaast one interneuron
structure is determinant and has coevolved with function
3. golgi tendon organs activate inhibitory interneurons while muscles spindle stretch receptors activate excitatory interneurons both of which can converge on the same motor neuron
information flow between cells,tissues and organs is an essential feature of homeostasis and allows for integration of physiological processes.
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