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30 Cards in this Set
- Front
- Back
In chronic pain, the body becomes _____ or receptive fields ______
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Hyper-responsive; increase
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Type of pain that is nociceptive or may be from a disease process
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Acute
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Describe the neuroendocrine stress response
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Sweating, flushing, N/V
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Type of pain that includes the neuroendocrine stress response
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Acute
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Use of this type of pain is to detect or limit tissue damage
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Acute
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Type of pain that resolves to tx
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Acute
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Type of pain that is responsive to pharmacotherapy
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Acute
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Two main types of acute pain
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Somatic and visceral
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_____ receptors are tuned for stretching or edematous pain
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Hollow organ
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True _____ pain is dull, diffuse and usually midline
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Visceral
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Referred pain results from patterns of:
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Embryological development
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Describe somatic deep, acute pain
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Usually C fibers, small, non-myelinated, slow, diffuse
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Describe somatic superficial, acute pain
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A-delta fibers, fast, localized, sharp
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Pain from muscles, tendons, joints, bones - dull, aching, not well localized
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Deep somatic acute pain
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Pain in skin, subcu, or mucous membranes; pricking, throbbing, burning
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Superficial somatic acute pain
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Common form of chronic pain
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Musculoskeletal and visceral
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Common form of chronic pain
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Lesions to nerves
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Common form of chronic pain
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Lesions to CNS
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Common form of chronic pain
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Cancer
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Pain associated with neural d/o is:
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Neuropathic
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Chronic pain from most musculoskeletal d/o is primarily
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Nociceptive
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Two types of classifications of pain according to pathophysiology:
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Nociceptive and neuropathic
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Type of pain d/t injury or acquired abnormality to neural structures
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Neuropathic
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Type of pain occurs in the absence of inflammation
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Neuroapthic
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Type of pain that is a neural response to traumatic or noxious stimuli
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Nociceptive
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Type of pain that is mostly transmitted by free nerve endings
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Nociceptive
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4 steps in nociceptive pain
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Transduction, transmission, modulation, perception
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May be excitatory or inhibitory
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Modulation
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Noxious stimuli is conducted along _____ neuronal pathways from the periphery to the cerebral cortex
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Three
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Name the 3 neuronal pathways
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First, second, and third order neurons
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