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Gamification Physiology

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Gamification Physiology

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Gamification Physiology
 

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Gamification PhysiologyOnline version

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by praga thish
1

Merkel Pacinian corpuscles Meissner A


Fine Touch - ? s corpuscles , discs - ? fibers

2

Anterior Spinothalamic tract Primary somatosensory cortex (area 3,1,2) Crude Touch Lateral Spinothalamic Tract Discrimination point Primary Sensory cortex 2-point discrimination Fine touch

Fine Touch & - Dorsal Column Medial Lemniscal Pathway ( DCML ) to - Anterior Spinothalamic Tract
Pain -

3

inhibitory neurotransmitters interneurons Ventral Horn Mechanociception nociceptive fibers Sensory Glycine Gate Control Theory of Pain second order neurons dorsal horn enkephalins A? fibers

Pain Suppression by Rubbing ?
Theory : Gate Control Theory by Melzack and Wall ( 1965 ) . The mechanism include rubbing which stimulates ( from mechanoreceptors like Meissner corpuscles ) . These fibers synapse on in the of the spinal cord . Interneurons release ( e . g . , GABA , ) . This inhibits transmission from ( A ? and C fibers ) to in the spinothalamic tract , reducing the perception of pain .

4

skin receptors pain A fine touch DCML spinothalamic tract mechanical disruption cortical representation. Crude touch A? fibers A? fibers point discrimination pain disruption coarse touch two-point discrimination receptors

Two - point discrimination depends on : High density of Meissner ? s corpuscles and Merkel discs . Intact and pathway . Requires fine spatial resolution and precise and pain depend on the free nerve endings , and use ? / C fibers via the , which has less spatial resolution but is more redundant and diffuse .

Injury Implication :

1 . The trauma ( abrasion ) likely damaged or disrupted ( Meissner / Merkel ) and , leading to impaired and reduced
2 . Crude touch and are spared because their are more widespread . Their nerve fibers ( A ? , C ) are less sensitive to . ALS pathway remains functional .

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