-How does proprioception through muscle spindles differ from proprioception through Golgi tendon organs?
-How does proprioception through muscle spindles differ from proprioception through Golgi tendon organs?
Homework Answers
Ans
Muscle spindles are intrafusal fibres and parallel to each other and propioception through muscle spindles helps in rate and degree of stretch.
Golgi tendon are located at junction of muscle and tendon and are arranged in series to each other and propioception through golgi tendon helps in monitor tension within tendons.
Add Answer to:
-How does proprioception through muscle spindles differ
from proprioception through Golgi tendon organs?
10:11 iCloud 1. Golgi tendon organs are sensory receptors located in the between the muscle belly...
10:11 iCloud 1. Golgi tendon organs are sensory receptors located in the between the muscle belly and its tendon between the muscle tendon and the bone between the synovial space and the joint ligament between the joint ligament and muscle tendo 2. Golgi tendon organs respond to muscle tension by causing the muscle to Contract Shorten Lengthen Rela 3. Golgi tendons cause when the muscle contraction ceases. Eccentric contraction Concentric contraction Autogentic inhibition Reciprocal inhibitio 10:17 iCloud 4. During stretching,...
What prevents two antagonistic muscles from contracting simultaneously? O Polysynaptic reflexes The myotatic reflex Muscle spindles...
What prevents two antagonistic muscles from contracting simultaneously? O Polysynaptic reflexes The myotatic reflex Muscle spindles Reciprocal inhibition QUESTION 2 Motor neurons communicate to muscle at the: neurofiber synapse muscle spindle polar junction neuromuscular junction QUESTION 3 What is responsible for initiating muscle contractions? Actin Sarcomeres Acetylcholine Myofibrils QUESTION 4 the thick filament that moves along the thin filament. Myosin, actin M line, Z line Z line, M line Actin, myosin QUESTION 5 move nutrients through the digestive tract and...
Drag the labels to identify structural components of the spinocerebellar pathway. Drag the labels to identify...
Drag the labels to identify structural components of the
spinocerebellar pathway.
Drag the labels to identify structural components of the spinocerebellar pathway. Spinocerebellar pathway PONS Cerebellum Anterior spinocerebellar tract Medulla oblongata Posterior spinocerebellar tract Spinal Proprioceptive input from Golgi tendon organs, muscle spindles, and joint capsules
You are accompanying your friend while she does her shopping. Before long, she asks you to...
You are accompanying your friend while she does her shopping. Before long, she asks you to help her carry her bags and SUDDENLY plops one of her bags in your arms; it is MUCH heavier than you thought and you almost collapse under the sudden weight. Explain how the muscles, spindles, Golgi Tendon Organs, nuclear chain spindles are involved – or even if they or some of these are indeed involved.
How do the accessory organs of the digestive tract differ in function from the primary organs?
How do the accessory organs of the digestive tract differ in function from the primary organs?
You are accompanying your friend while she does her shopping. Before long, she asks you to help her carry her bags and SUDDENLY plops one of her bags in your arms; it is MUCH heavier than you thought...
You are accompanying your friend while she does her shopping. Before long, she asks you to help her carry her bags and SUDDENLY plops one of her bags in your arms; it is MUCH heavier than you thought and you almost collapse under the sudden weight. Explain how the muscles, spindles, Golgi Tendon Organs, nuclear chain spindles are involved – or even if they or some of these are indeed involved.
how does the action potential stimulating heart muscle cells differ from other action potentials, and why?...
how does the action potential stimulating heart muscle cells differ from other action potentials, and why? How does this affect the refractory period of heart muscle cells?
How does the mucosa of the stomach differ from the mucosa of the esophagus? How does this...
How does the mucosa of the stomach differ from the mucosa of the esophagus? How does this relate to the function of these organs?
Components of a muscle that provide information about rate of change in muscle length describe: Select...
Components of a muscle that provide information about rate of change in muscle length describe: Select one: a. muscle spindles. b. PNF. c. motor neurons. d. Golgi tendon organs. Question 12 The principle of overload for flexibility training may be applied by increasing frequency, intensity, and/or time for each session. True False Question 13 Which is considered the minimum frequency of training needed for increasing ROM? Select one: a. 2-3 days per week b. 4-5 days per week c. 3-4...
What are the advantages to regulating enzyme activity through phosphorylation? How does it differ from allosteric...
What are the advantages to regulating enzyme activity through phosphorylation? How does it differ from allosteric regulation and how is it similar? Are there any advantages to phosphorylation versus allosteric regulation of protein function?
10:11 iCloud 1. Golgi tendon organs are sensory receptors located in the between the muscle belly and its tendon between the muscle tendon and the bone between the synovial space and the joint ligament between the joint ligament and muscle tendo 2. Golgi tendon organs respond to muscle tension by causing the muscle to Contract Shorten Lengthen Rela 3. Golgi tendons cause when the muscle contraction ceases. Eccentric contraction Concentric contraction Autogentic inhibition Reciprocal inhibitio 10:17 iCloud 4. During stretching,...
What prevents two antagonistic muscles from contracting simultaneously? O Polysynaptic reflexes The myotatic reflex Muscle spindles Reciprocal inhibition QUESTION 2 Motor neurons communicate to muscle at the: neurofiber synapse muscle spindle polar junction neuromuscular junction QUESTION 3 What is responsible for initiating muscle contractions? Actin Sarcomeres Acetylcholine Myofibrils QUESTION 4 the thick filament that moves along the thin filament. Myosin, actin M line, Z line Z line, M line Actin, myosin QUESTION 5 move nutrients through the digestive tract and...
Drag the labels to identify structural components of the
spinocerebellar pathway.
Drag the labels to identify structural components of the spinocerebellar pathway. Spinocerebellar pathway PONS Cerebellum Anterior spinocerebellar tract Medulla oblongata Posterior spinocerebellar tract Spinal Proprioceptive input from Golgi tendon organs, muscle spindles, and joint capsules
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