Exam Flashcards

1
Q

Classification of chronic pain

A
ICD 11- chronic primary pain
Cacner related
post surgical/ post traumatic
neuropathic
Secondary HA or orofacial
Secodary visceral
Secondary musculoskeletsl
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2
Q

Early life stress

A

immune reaction
increasedd SNS activity, decreased PNS
prolonged release of pro-inflammatory cyotkin
Interfereance with serotonin/ norepinephrine transmission to brain
Activation of glial cells at dorsal horn

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3
Q

Psychosocial screen acronym

A

ACT UP
A-activities- how is pain affecting your life?
C- coping- how do you cope with your pain
T- think- do you think your pain will ever get better?
U- Uspet- are you worried or depressed abot your pain?
P-people- how do other people repsond when you have pain

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4
Q

Outcome measures for pain

A

McGill: descriptors of pain + VAS + body chart
Leeds Assessment of neuropathic pain: 7 items,
Pain quality assessments scale- for neuropathic and nocicpetive pain, measures different aspect of pain (e.g. numbess, itchy, pressure) and rates it on a scale

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5
Q

Chronic low back pain treatment efficacy

A

HVLA: moderate to high, good in ST for intensity, disability and mobility
Mobilisation: moderate, as above
Soft tissue: poor-moderate: positive in ST but poor evidence
Manual therapy + exercise: moderate, good in ST and LT espec with BPS

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6
Q

Chronic neck pain treatment efficacy

A

CX HVLA and mobilisiation: moderate, TX HVLA poor to moderate, soft tissue poor,
positive in ST

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7
Q

Tension type headaches treatment efficacy

A

HVLA, STT and mobilisation poor, only STT positive in short term

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8
Q

Rotator cuff treatment efficiacy

A

mobilisation and HVLA moderate-
Manual therapy and exercise moderate
STT: poor

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9
Q

Frozen shoulder treatmetn efficiacy

A

Mobilisation and HVLA: moderate

Manual therapy and exercise: moderate

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10
Q

TMJ disorders treatment efficacy

A

massage and myofascial release: moderate-high
Cx/ Tx HVLA: poor-moderate
MT and exercsie: moderate

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11
Q

Fibromyalgia treatmetn efficac

A

massge and myofascial release: poor-moderat, postiive in decreasing tenderpoint pain

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12
Q

Exercise and chronic pain

A

exercise increases strength and flexibiity therefore reduce pain and improve function
exercise increases self efficacy, and decreases fear avoidance,
exercise decreases emotional stress
exerises incre. endogenos opioids, incre. pain ihibitor [pathways and decrease. pro inflamm cytokines

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13
Q

Aerobic exercise and chronic pain

A

strongest pain reduction when workign in moderate to high intensity. exercise for 30 minutes

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14
Q

Isometric exercise and chronic pain

A

effects pain perception on thresholds of intensity
Longer the duration= longer the hypoalgesic effect
Greatest chnages in pain happen at 5-9 minute makr
Isomentrics of non-painful areas alos hypoalgesic in pianful areas

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15
Q

Stretching for chronic pain

A

Beneficial for CLBP if combined with strengthening

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16
Q

Dynamic resisted training for chronic low back pain

A
  • Aimed at improving neuromuscular control, strength and endurance of muscles that are key to maintaining spinal and trunk stability
  • Good for CLBP, spondylolysis, spondylolisthesis
17
Q

Effect of exercise peripherlly

A

decrease inflam mediators, increase anti-inflam mediators
dorsal root ganglion: decrease inflam neurotransmitters
dorsal horn: decrease inflammatory neurotramistters from microglia, increae GABA
Brainstem: increase in 5Ht, opiods and decrease n inflammatory mediators

18
Q

Anti-inflammatory chemicals in exercise

A

During exercise IL=6 is released by skeletal muscle which is anti inflam
1L10, interlekin RA, TNFR-I and TNFR-II are released durng DOMS and they reduced cytokines and TNF-a

19
Q

Chronic muslce pain

A

sensitisation of muscle nocicpetors, inflammatory neurotransmitters (ATP), central activation of NDMA gligal celss, increased nerve density, increase DH excitability-thought to be the cause of allodynia nad hyperalgesia

20
Q

Tendon pain

A

tendionpathy occurs when there is overloading nad unable to withstand repeated tensile loading-> disrupion of cellular matrix (TNFa), vasculatiry (subtsance P) and neural growth, inreased firign of a delta nad c (TNFa), kineases reduce tendon strenght, change collagen,

21
Q

Bone pain

A

periosteum is innervated by nociceptors, a delta, a beta and c fibres, bone marrow also has nociceptos. Bone pain is felt from sensitisation of DH, increased activity by amygdala, PAG, hypothalamus, and NGF

22
Q

Joint pain

A

most common is OA, - Joint capsule, ligaments, periosteum, subchondral bone and menisci are innervated by myelinated & un-myelinated a-delta and unmyelinated C fibres , Synovial membrane innervated by C fibres, Articular cartilage is anueronal, treat with NSAIDs

23
Q

Mechanism of joint pain

A

During inflammation blood vessels become more permeable causing effusion and greater intra-articular pressure, Sensitisation of neurons in the joint-related structures , Changes in DH neurons, Reduced nociceptor thresholds, increased silent nociceptors