L-spine/LE Medical Screening Flashcards

1
Q

what are red flags?

A
  • patient who is inappropriate for independent management by MSK provider
  • require medical management and present with S/Sx of serious pathology
  • may have evidence of serious comorbidities including RA/central sensitization
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2
Q

what are broad clinical concerns?

A
  • fever, chills, sweats
  • unexplained weight loss
  • fatigue/malaise
  • unexplained nausea/vomiting (sometimes unremitting)
  • night pain
  • inability to increase or decrease pain/Sx
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3
Q

pathologic fractures S/Sx

A
  • older individuals
  • female
  • prolonged corticosteroid use
  • mild trauma/sudden pain without reason
  • history of osteoporosis
  • Sign of Buttock if sacral insufficiency fracture present

red flag

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4
Q

what 4 components are part of diagnositc rule to screen for vertebral fractures?

A
  • female
  • age >70
  • significant trauma (major in young, minor in elderly)
  • prolonged corticosteroid use
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5
Q

sacral stress fracture S/Sx

A
  • athletic female
  • increased level of vigorous/repetitive athletic activity
  • pain involves buttocks
  • pain reproduced with athletic activities (e.g. running)
  • dietary insufficiency
  • menstrual irregularities
  • previous stress fractures
  • non-responsiveness to previous treatment
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6
Q

what is Sign of Buttock?

A
  • cluster of discomfort
  • combination of findings that indicates serious pathology of gluteal/sacroiliac/low back region
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7
Q

what are 5 parts of Sign of Buttock?

A
  • limited trunk flexion noted during standing exam
  • supine straight leg raise limited/painful (but not radicular pain)
  • hip flexion with knee flexion limited/painful (limitation > than that of SLR)
  • hip rotation is painful/limited but in non-capsular pattern
  • empty end feel on hip flexion
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8
Q

spondylolysthesis/spondylolysis S/Sx

A
  • young individual
  • repetitive hyperextension injury
  • seen commonly in wrestlers/American football linemen
  • sudden severe bilateral sciatica occurred during athletic activity
  • pain with extension (prone with passive bilateral hip extension)
  • no urinary bowel incontinence
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9
Q

spinal compression fracture S/Sx

A
  • history of major trauma (such as vehicular accident, fall from height, direct blow to spine)
  • history of minor trauma for osteoporotic/elderly individuals (such as falls/heavy lifts)
  • age > 75
  • prolonged use of corticosteroids
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10
Q

what factors would increase index of suspicion for spinal compression fracture?

A
  • increased pain with WB (supine is position of comfort)
  • point tenderness over site of fracture (tap over SP)
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11
Q

what factors would decrease index of suspicion for spinal compression fracture?

A
  • age ≤ 50
  • Sx not aggravated with weight loading or thoracolumbar flexion movements
  • clinical findings are consistent with one/more of ICF-based LBP subgroups
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12
Q

abdominal aortic aneurysm (AAA) S/Sx

A
  • pain at rest/night
  • pulsating abdominal mass that is found with inspection/palpation of abdomen
  • patient typically complains of throbbing type pain
  • family history of cardiovascular disease
  • risk increases with family history of AAA
  • Sx cannot be provoked with mechanical examination of lower back
  • back/abdominal/groin pain
  • presence of peripheral vascular disease or coronary artery disease and associated risk factors (age > 50, smoker, HTN, DM)
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13
Q

what factors would increase index of suspicion for AAA?

A
  • symptoms not related to movement stresses associated with somatic LBP
  • abdominal girth < 100cm (40in)
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14
Q

vascular claudication S/Sx

A
  • older individual
  • family history of cardiovascular disease
  • pain in calf with activity, relieved with rest
  • one foot colder than other
  • symptoms cannot be provoked with mechanical examination of lower back
  • positive inclined treadmill test (pain with flat AND inclined treadmill)

key symptom → bolded

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15
Q

neurogenic claudication S/Sx

A
  • compression of nerves
  • Sx with walking but Sx disappear if patient is walking with shopping cart
  • for treadmill test → Sx on flat treadmill, but if inclined to 25° patient will be forced to bend trunk to walk and Sx should disappear
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16
Q

kidney stones S/Sx

A
  • sudden sharp pain of intermittent nature (reaches testicles or labium)
  • same pain with fever
  • renal infection
  • Sx cannot be provoked with mechanical examination of lower back
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17
Q

genitourinary issues S/Sx

A
  • lumbosacral pain
  • night pain
  • Sx cannot be provoked with mechanical examination of lower back
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18
Q

gastrointestinal issues S/Sx

A
  • pain occurs after eating in upper lumbar area (L1-2)
  • pain can be relieved by further intake of food
  • Sx cannot be provoked with mechanical exam of low back
  • typically Sx are chronic and progressive
  • associated with abdominal pain
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19
Q

ankylosing spondylitis S/Sx

A
  • middle-aged individual
  • pain on/off, regardless of exertion
  • progressive loss of ROM
  • alternating pain in sacroiliac joints with walking
  • later sign → gross bilateral limitation of side bending
  • pain goes in vertical direction (not laterally or to LE)
  • stiffness in morning eases with movement
  • no paresthesia
  • 25% of people have inflammation of eye that worsens with exposure to bright light

rheumatic disease

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20
Q

what are 3 differential diagnoses of LBP with potential neurologic involvement?

A
  • radiculopathy from acute disc herniation
  • spinal stenosis
  • cauda equina syndrome
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21
Q

cauda equina S/Sx

A
  • neurologic emergency
  • treatment within first 48 hours is correlated with better outcomes
  • commonly caused by atraumatic midline posterior disc herniation at L3-S1 levels
  • bilateral severe pain/weakness in LE
  • saddle pain/paresthesia
  • urinary/bowel incontinence (S4 nerve root not affected) → urinary RETENTION is Sx of reference

key symptoms → bolded

22
Q

what factors would increase index of suspicion for cauda equina syndrome?

A
  • saddle anesthesia
  • sensory/motor deficits in feet (L4, L5, S1 areas)
23
Q

what factors would decrease index of suspicion for cauda equina syndrome?

A
  • LE sensation is normal/improving
  • LE muscle performance is normal/improving
  • normal reflexes
24
Q

cancer (spinal tumor) S/Sx

A
  • previous history of cancer
  • patient age > 50 with new onset of low back pain
  • unexplained weight loss
  • night pain
  • worsening pain
  • no response to conservative management
  • Sign of Buttock
  • constant pain not affected by position/activity, worse at night
  • no relief with bed-rest

key symptoms → bolded

25
Q

what are the cancers that frequently cause LBP?

A

“lead kettle” (PB KTLL)
* prostate
* breast
* kidney
* thyroid
* lung
* lymphoma

26
Q

what factors would increase index of suspicion for back related tumor?

A
  • constant pain not affected by movement, but worse with WB
  • pain not responsibe to therapy (failure to improve within 30 days)
27
Q

what factors would decrease index of suspicion for back related tumor?

A
  • clinical findings consistent with one or more of ICF-based LBP subgroups
  • Sx resolving with subgroup matched interventions
28
Q

infection S/Sx

A
  • fever
  • recent bacterial infection
  • recent lumbar spine symptoms
  • immunocompromised status
  • night pain
  • worsening pain
  • no response to conservative management
  • IV drug user/abuser

key symptoms → bolded

29
Q

what factors would increase index of suspicion for back related infection?

A
  • fever, malaise, swelling
  • spine rigidity; accessory mobility may be limited
  • elevated body temperature (increasing suspicion of tuberculosis osteomyelitis, pyogenic osteomyelitis, spinal epidural abscess)
30
Q

what factors would decrease index of suspicion for back related infection?

A
  • body temperature is normal
  • clinical findings are consistent with one or more of ICF-based LBP subgroups
31
Q

central sensitization S/Sx

A
  • not traditional “red flag,” but patients require medical management
  • patients typically classified as chronic with past history of episodes of back pain and inability to heal (“doctor shoppers”)
  • widespread pain
  • pain does not follow anatomical pattern (patients will sometimes color entire pain diagram)
  • high psychological distress
  • pain disproportionate to provocation and easing tests
  • hypersensitivity to light touch
32
Q

what are yellow flags?

A

MSK disorder that can be treated but there is underlying medical/psychological issue that may need co-management/outright referral

33
Q

what are 7 physical comorbidities associated with LBP?

A
  • arthritic conditions (RA, OA)
  • endocrine conditions (thyroid)
  • cardiovascular conditions (HTN, HLD, angina, atherosclerosis)
  • gastrointestinal conditions (constipation)
  • metabolic conditions (diabetes)
  • neuropathies (MSK conditions, irreducible disk lesion, congenital spine pathologies)
  • pulmonary conditions (asthma, coughing, COPD)
34
Q

what are 2 tools for assessment of physical comorbidities associated with LBP?

A
  • Cumulative Illness Rating Scale (14 body system assessment)
  • Functional Comorbidity Index (binary 18 item scale, correlates with SF-36)
35
Q

what are the questions used in a 2 item depression screen?

A
  • over the past 2 weeks, have you felt down, depressed, or hopeless?
  • over the past 2 weeks, have you felt little interest or pleasure in doing things?

one (+) answer → 96% sensitivity, 57% specificity

36
Q

what are psychosocial factors?

A

within context of LBP, psychosocial factors describe characteristic of patients that pose risks of poor treatment outcomes

37
Q

what are the costs of ignoring/inappropriately managing psychosocial factors?

A
  • unnecessary patient suffering
  • restricted participation in valued activities
  • loss of productivity at work
  • waste of valuable health care resources
38
Q

why is it important to assess psychosocial factors?

A
  • risk of presence of high psychosocial factors
  • function determines treatment outcome to be poor (pain/return to work both unreliable)
39
Q

what are 6 psychological factors we should assess?

A
  • catastrophizing
  • unhelpful beliefs
  • depression
  • anxiety
  • passive coping strategies
  • fear of movement

these are potentially modifiable

40
Q

what are 5 social factors we should assess?

A
  • perception about workplace
  • job dissatisfaction
  • inability to modify work
  • worker injury compensation
  • legislations precluding patient from return to work

might not be able to modify

41
Q

what is the summary of psychological process for pain?

A
42
Q

what does the FABQ assess?

A

fear of movement

43
Q

what does the Tampa Scale of Kinesiophobia assess?

A

measures fear of LBP

44
Q

what does the PCS (Pain Catastrophizing Scale) assess?

A

extent of catastrophic cognitions (pain catastrophizing)

45
Q

why aren’t the FABQ and pain scales enough?

A
  • they don’t classify risk
  • OREBRO → good predictor of future absenteeism due to sickness/function, but not of pain (may promote use of appropriate interventions for patients with psychological risk factors)
  • STarT Back → predict progression to chronic status (not an outcome measure)
46
Q

what is the OSPRO?

A

multidimensional yellow flag assessment tool

47
Q

what is the core philosophy of current PT practice?

A

address impairments based on biomedical concepts

48
Q

what is the primary goal of current PT practice?

A

reduce symptoms

49
Q

what is the core philosophy of psychologically informed practice?

A

incorporate patient attitudes, beliefs, and emotional responses into patient management based on biopsychosocial models

50
Q

what is the primary goal of psychologically informed practice?

A

secondary prevention of disability (prevent the progression from acute → chronic)

51
Q

what is the core philosophy of current psych practice?

A

identify/treat mental illness

52
Q

what is the primary goal of current psych practice?

A

minimize impact of psych disorder on well-being/function