List and describe the four functions common to all sensory pathways. a. b. c. d.

Question

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Answer 1

Textbook Question

Chapter 50, Problem 1IQ

List and describe the four functions common to all sensory pathways.

a.
b.
c.
d.

Expert Solution & Answer

Summary Introduction

To list: The four functions that are common to all sensory pathways with their description.

Introduction: The process that converts the physical or chemical stimulus into a receptor potential is known as sensory transduction. When a stimulus is given, it leads to the closing and opening of ions channels that results in receptor potentials.

Explanation of Solution

The four functions that are common to all sensory pathways are as follows:

Transmission:

The sensory information is transmitted as an action potential, and it moves to the CNS (central nervous system). The frequency of generated action potential and quantity of released neurotransmitter determines the magnitude of a receptor potential.

Integration:

Graded potential from receptors sums up and starts the integration of the information from sensory neurons. This information integrates with CNS and complex receptors.

Perception:

Sensory neurons pass impulse that routes into different parts of the brain. These parts of the brain interpret these impulses and produce the perception based on different stimuli.

Amplification and adaptation:

Amplification is a process that strengthens the energy of a stimulus with the help of accessory structures of sense organs. The sensitivity of receptors cells decreases with continuous stimulation. This is known as sensory adaptation.

Conclusion

Thus, four functions that are common to all sensory pathways are transmission, integration, perception, and amplification and adaptation.

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Students have asked these similar questions

Describe the passage of information through the nervous system using a specific example. Be sure to include in detail: A. The collection of stimuli at the sense organ and receptors involved as well as graded potential. B. The passing of the impulse along ascending pathways C. Location in the brain that processes the information D. Sending out motor information from brain E. The passing of the impulse down descending pathways F. Response by a skeletal muscle

Sensory neurons transmit information towards the central nervous system. Which of the following is true concerning the movement of peripheral- information towards the central nervous system? A. Dendrites of the sensory neurons synapse with interneurons of the spinal cord. B. Axons of the sensory neurons synapse with motor neurons of the muscles involved in the spinal reflex. C. Axons of the motor neurons synapse with the interneurons of the spinal cord. D. Axons of the sensory neurons synapse with the interneurons of the spinal cord.

what statements are true about Balance a. Static balance evaluates the position of the head relative to gravity and detects linear acceleration and deceleration. b. The utricle and saccule in the inner ear contain maculae. c. The maculae consist of hair cells with the hairs embedded in a gelatinous mass that contains otoliths. d. The gelatinous mass moves in response to gravity.

Answer 2

Textbook Question

Chapter 50, Problem 1IQ

List and describe the four functions common to all sensory pathways.

a.
b.
c.
d.

Expert Solution & Answer

Summary Introduction

To list: The four functions that are common to all sensory pathways with their description.

Introduction: The process that converts the physical or chemical stimulus into a receptor potential is known as sensory transduction. When a stimulus is given, it leads to the closing and opening of ions channels that results in receptor potentials.

Explanation of Solution

The four functions that are common to all sensory pathways are as follows:

Transmission:

The sensory information is transmitted as an action potential, and it moves to the CNS (central nervous system). The frequency of generated action potential and quantity of released neurotransmitter determines the magnitude of a receptor potential.

Integration:

Graded potential from receptors sums up and starts the integration of the information from sensory neurons. This information integrates with CNS and complex receptors.

Perception:

Sensory neurons pass impulse that routes into different parts of the brain. These parts of the brain interpret these impulses and produce the perception based on different stimuli.

Amplification and adaptation:

Amplification is a process that strengthens the energy of a stimulus with the help of accessory structures of sense organs. The sensitivity of receptors cells decreases with continuous stimulation. This is known as sensory adaptation.

Conclusion

Thus, four functions that are common to all sensory pathways are transmission, integration, perception, and amplification and adaptation.

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Answer 3

Textbook Question

Chapter 50, Problem 1IQ

List and describe the four functions common to all sensory pathways.

a.
b.
c.
d.

Expert Solution & Answer

Summary Introduction

To list: The four functions that are common to all sensory pathways with their description.

Introduction: The process that converts the physical or chemical stimulus into a receptor potential is known as sensory transduction. When a stimulus is given, it leads to the closing and opening of ions channels that results in receptor potentials.

Explanation of Solution

The four functions that are common to all sensory pathways are as follows:

Transmission:

The sensory information is transmitted as an action potential, and it moves to the CNS (central nervous system). The frequency of generated action potential and quantity of released neurotransmitter determines the magnitude of a receptor potential.

Integration:

Graded potential from receptors sums up and starts the integration of the information from sensory neurons. This information integrates with CNS and complex receptors.

Perception:

Sensory neurons pass impulse that routes into different parts of the brain. These parts of the brain interpret these impulses and produce the perception based on different stimuli.

Amplification and adaptation:

Amplification is a process that strengthens the energy of a stimulus with the help of accessory structures of sense organs. The sensitivity of receptors cells decreases with continuous stimulation. This is known as sensory adaptation.

Conclusion

Thus, four functions that are common to all sensory pathways are transmission, integration, perception, and amplification and adaptation.

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Answer 4

Textbook Question

Chapter 50, Problem 1IQ

List and describe the four functions common to all sensory pathways.

a.
b.
c.
d.

Expert Solution & Answer

Summary Introduction

To list: The four functions that are common to all sensory pathways with their description.

Introduction: The process that converts the physical or chemical stimulus into a receptor potential is known as sensory transduction. When a stimulus is given, it leads to the closing and opening of ions channels that results in receptor potentials.

Explanation of Solution

The four functions that are common to all sensory pathways are as follows:

Transmission:

The sensory information is transmitted as an action potential, and it moves to the CNS (central nervous system). The frequency of generated action potential and quantity of released neurotransmitter determines the magnitude of a receptor potential.

Integration:

Graded potential from receptors sums up and starts the integration of the information from sensory neurons. This information integrates with CNS and complex receptors.

Perception:

Sensory neurons pass impulse that routes into different parts of the brain. These parts of the brain interpret these impulses and produce the perception based on different stimuli.

Amplification and adaptation:

Amplification is a process that strengthens the energy of a stimulus with the help of accessory structures of sense organs. The sensitivity of receptors cells decreases with continuous stimulation. This is known as sensory adaptation.

Conclusion

Thus, four functions that are common to all sensory pathways are transmission, integration, perception, and amplification and adaptation.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

Summary Introduction

To list: The four functions that are common to all sensory pathways with their description.

Introduction: The process that converts the physical or chemical stimulus into a receptor potential is known as sensory transduction. When a stimulus is given, it leads to the closing and opening of ions channels that results in receptor potentials.

Explanation of Solution

The four functions that are common to all sensory pathways are as follows:

Transmission:

The sensory information is transmitted as an action potential, and it moves to the CNS (central nervous system). The frequency of generated action potential and quantity of released neurotransmitter determines the magnitude of a receptor potential.

Integration:

Graded potential from receptors sums up and starts the integration of the information from sensory neurons. This information integrates with CNS and complex receptors.

Perception:

Sensory neurons pass impulse that routes into different parts of the brain. These parts of the brain interpret these impulses and produce the perception based on different stimuli.

Amplification and adaptation:

Amplification is a process that strengthens the energy of a stimulus with the help of accessory structures of sense organs. The sensitivity of receptors cells decreases with continuous stimulation. This is known as sensory adaptation.

Conclusion

Thus, four functions that are common to all sensory pathways are transmission, integration, perception, and amplification and adaptation.

Answer 8

Expert Solution & Answer

Summary Introduction

To list: The four functions that are common to all sensory pathways with their description.

Introduction: The process that converts the physical or chemical stimulus into a receptor potential is known as sensory transduction. When a stimulus is given, it leads to the closing and opening of ions channels that results in receptor potentials.

Explanation of Solution

The four functions that are common to all sensory pathways are as follows:

Transmission:

The sensory information is transmitted as an action potential, and it moves to the CNS (central nervous system). The frequency of generated action potential and quantity of released neurotransmitter determines the magnitude of a receptor potential.

Integration:

Graded potential from receptors sums up and starts the integration of the information from sensory neurons. This information integrates with CNS and complex receptors.

Perception:

Sensory neurons pass impulse that routes into different parts of the brain. These parts of the brain interpret these impulses and produce the perception based on different stimuli.

Amplification and adaptation:

Amplification is a process that strengthens the energy of a stimulus with the help of accessory structures of sense organs. The sensitivity of receptors cells decreases with continuous stimulation. This is known as sensory adaptation.

Conclusion

Thus, four functions that are common to all sensory pathways are transmission, integration, perception, and amplification and adaptation.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Summary Introduction

To list: The four functions that are common to all sensory pathways with their description.

Introduction: The process that converts the physical or chemical stimulus into a receptor potential is known as sensory transduction. When a stimulus is given, it leads to the closing and opening of ions channels that results in receptor potentials.

Answer 12

Explanation of Solution

The four functions that are common to all sensory pathways are as follows:

Transmission:

The sensory information is transmitted as an action potential, and it moves to the CNS (central nervous system). The frequency of generated action potential and quantity of released neurotransmitter determines the magnitude of a receptor potential.

Integration:

Graded potential from receptors sums up and starts the integration of the information from sensory neurons. This information integrates with CNS and complex receptors.

Perception:

Sensory neurons pass impulse that routes into different parts of the brain. These parts of the brain interpret these impulses and produce the perception based on different stimuli.

Amplification and adaptation:

Amplification is a process that strengthens the energy of a stimulus with the help of accessory structures of sense organs. The sensitivity of receptors cells decreases with continuous stimulation. This is known as sensory adaptation.