How would I trace C with the examples provided 1. General Motor Tract example FORMAT: Motor Cortex of cerebrum -> Internal Capsule -> Mesencephalon -> Pon -> Medulla -> Anterior Horn (synapse) -> Anterior Root -> Exit appropriate ramus -> Appropriate plexus -> Appropriate Spinal Nerve (s) -> Muscle (synapse 2. General Sensation Tracts example FORMAT: Specific receptor Appropriate spinal nerve (s) ->Appropriate plexus (if needed) -> Enters appropriate ramus -> Dorsal Root Ganglion -> Dorsal Root -> Dorsal Horn (Synapse) ->Thalamus (Synapse) -> Internal Capsule -> Appropriate Sensory Cortex (Cerebrum) 3. Sensory and Motor Tracings: example - (chemoreceptors, proprioceptors, nociceptors, thermometers, photoreceptors, mechanoreceptors.), effectors, nerves, plexuses, or rami will vary c) While hanging a picture on the wall the hammer slips and you hit your thumb. You experience a great deal of pain. 1) Using the general sensation tract, trace the sensory pathway from the appropriate receptor to the brain. Include the specific nerves. 2) Now trace the motor pathway from the brain to the wrist extensors to move your thumb away from the hammer.

How would I trace C with the examples provided 1. General Motor Tract example FORMAT: Motor Cortex of cerebrum -> Internal Capsule -> Mesencephalon -> Pon -> Medulla -> Anterior Horn (synapse) -> Anterior Root -> Exit appropriate ramus -> Appropriate plexus -> Appropriate Spinal Nerve (s) -> Muscle (synapse 2. General Sensation Tracts example FORMAT: Specific receptor Appropriate spinal nerve (s) ->Appropriate plexus (if needed) -> Enters appropriate ramus -> Dorsal Root Ganglion -> Dorsal Root -> Dorsal Horn (Synapse) ->Thalamus (Synapse) -> Internal Capsule -> Appropriate Sensory Cortex (Cerebrum) 3. Sensory and Motor Tracings: example - (chemoreceptors, proprioceptors, nociceptors, thermometers, photoreceptors, mechanoreceptors.), effectors, nerves, plexuses, or rami will vary c) While hanging a picture on the wall the hammer slips and you hit your thumb. You experience a great deal of pain. 1) Using the general sensation tract, trace the sensory pathway from the appropriate receptor to the brain. Include the specific nerves. 2) Now trace the motor pathway from the brain to the wrist extensors to move your thumb away from the hammer.

Comprehensive Medical Terminology

4th Edition

ISBN:9781133478850

Author:Jones

Publisher:Jones

Chapter8: The Nervous System

Section: Chapter Questions

Problem E1CRE

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How would I trace B with the examples provided 1. General Motor Tract example FORMAT:Motor Cortex of cerebrum -> Internal Capsule -> Mesencephalon -> Pon -> Medulla -> Anterior Horn (synapse) -> Anterior Root -> Exit appropriate ramus -> Appropriate plexus -> Appropriate Spinal Nerve (s) -> Muscle (synapse 2. General Sensation Tracts example FORMAT:Specific receptorAppropriate spinal nerve (s) ->Appropriate plexus (if needed) -> Enters appropriate ramus -> Dorsal Root Ganglion -> Dorsal Root -> Dorsal Horn (Synapse) ->Thalamus (Synapse) -> Internal Capsule -> Appropriate Sensory Cortex (Cerebrum) 3. Sensory and Motor Tracings example - (chemoreceptors, proprioceptors, nociceptors, thermometers,photoreceptors, mechanoreceptors.), effectors, nerves, plexuses, or rami will vary b) Your friend is massaging your back with deep pressure. Trace the sensory message of pressure from the receptoron your back to the…
How would I trace D with the examples provided below? 1. General Motor Tract example FORMAT:Motor Cortex of cerebrum -> Internal Capsule -> Mesencephalon -> Pon -> Medulla -> Anterior Horn (synapse) -> Anterior Root -> Exit appropriate ramus -> Appropriate plexus -> Appropriate Spinal Nerve (s) -> Muscle (synapse 2. General Sensation Tracts example FORMAT:Specific receptorAppropriate spinal nerve (s) ->Appropriate plexus (if needed) -> Enters appropriate ramus -> Dorsal Root Ganglion -> Dorsal Root -> Dorsal Horn (Synapse) ->Thalamus (Synapse) -> Internal Capsule -> Appropriate Sensory Cortex (Cerebrum) d) In order to perform bicep curls you must flex the anterior flexor muscles of your arm. Trace the motor pathwayfrom the brain to the appropriate muscles.
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