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Stack #72576
receptors
| Question | Answer |
|---|---|
| Deep sensory receptors (2): | Muscle and joint receptors |
| Name muscle receptors: 4 | muscle spindles, Golgi Tendon organs, free nerve endings, and Pacinian corpuscles |
| Name joint receptors: | Golgi-type endings, free nerve endings, Ruffini endings, and Paciniform endings |
| name thermoreceptors (2): | Cold and warmth receptors |
| What are the nocioceptors: | respond to noxious stimuli, perception of pain |
| Chemoreceptors (5): | taste, smell, Arterial oxygen, osolality, Blood CO2, and Blood glucose |
| What is the role of muscle spindles: | monitor chnges in lenght of the muscles and velocity of these changes, important role in position and movement sense in motor learning |
| What is the role of Golgi Tendon organs: | monitor tension within mm, prevent structural demage to the mm by inhibition of the contracting mm and fasilitation of the antagonist |
| what is the location of Golgi tendon organs | in both proximal and distal tendinouse insertions of the muscle |
| What is the role of free nerve endings in mm? | respond to pain and pressure |
| where are the of free nerve endings in mm localized? | in fascia of the muscle |
| what is the role of Pacinian Corpuscles? | respond to vibration and deep pressure |
| where are the Pacinini Corpuscles localized? | in mm fascia |
| Where are the Golgi-type endings localized? | in the ligaments |
| what is the role of the Golgi-type endings? | detect the rate of joint movement |
| where are the free nerve endings localized in joints? | capsue and ligaments |
| what is the role of free nerve endings in joints? | respond to pain and crude awareness of join motion |
| Where are the Ruffini endings localized? | joint capsule and ligaments |
| what is the role of Ruffini endings? | responsible for direction and velocity of joint movement |
| Where are the Paciniform endings? | n the joint capsule |
| what is the role of the Paciniform endings | monitor rapid joint movement |
| Where are the Blood CO2 receptors? | modula, aortic and carotic bodies |
| Where are the Arterial oxygen receptors? | aortic and carotic bodies |