Week 1- L-spine Common Clinical Presentations Flashcards

1
Q

Classifications of LBP.

A
  • Acute or Subacute LBP with Mobility Deficits
  • Acute, Subacute, or Chronic LBP with Movement Coordination Impairments
  • Acute LBP with Related (Referred) Radiating LE Pain
  • Acute, Subacute, or Chronic LBP with Radiating Pain
  • Acute or Subacute LBP with Related Cognitive or Affective Tendencies
  • Chronic LBP with Related Generalized Pain
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2
Q

What are (3) prognostic indicators for development of recurrent LBP?

A
  • Hx previous episodes.
  • Excessive spine mobility.
  • Excessive mobility in other joints.
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3
Q

What are the (5) prognostic indicators for development of chronic LBP?

A
  • Presence of symptoms below the knee.
  • Psychosocial distress or depression.
  • Fear of pain, movement, and re-injury or low expectations of recovery.
  • Pain of high intensity.
  • Passive coping style.
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4
Q
  • ______ _____ Pain: Area bordered by transverse line from T12 – S1.
  • ______ _____ Pain: Area bordered by vertical lines through PSISs and horizontal lines through S1 and sacrococcygeal joints .
A
  • Lumbar Spine Pain

- Sacral Spine Pain

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5
Q

LBP Prevalence:

  • Mechanical = ___%
  • Non-mechanical spinal conditions = ___%
  • Visceral = ___%
A
  • Mechanical = 97%
  • Non-mechanical spinal conditions = ~1%
  • Visceral = 2%
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6
Q

Common Clinical Presentations List, (11)

A
  • Neoplasms
  • Infection
  • Spondyloarthropathies
  • Vertebral Body Fracture
  • Spondylolysis & Spondylolysthesis
  • Discogenic Pain (discitis and internal disc disruption)
  • Radicular pain/ radiculopathy
  • Lumbar Stenosis
  • Zygapophysial Joint Pain
  • Muscle Pain
  • L-Spine Surgeries
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7
Q

Neoplasms:

  • What is the presenting complaint in 90% of neoplasm patients?
  • What are the (4) most common sites of metastasis?
A
  • Back pain

- Breast, Lung, Prostate, Kidney

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8
Q

What may be found during a patient interview/Hx with Neoplasms? (6)

A
  • PMH includes cancer
  • Progressive
  • Fatigue
  • Weight Loss
  • Smoking
  • Pain Complaints
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9
Q

Common pain complaints found with patients with Neoplasms:

  • Persistent
  • Not alleviated with “________”
  • Worse at _______
  • _________ symptoms
A
  • Persistent
  • NOT alleviated with “bed rest”
  • night
  • Neurological
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10
Q

Neoplasm Physical Examination:

  • ____-_______ presentation
  • Age > ___
  • Anemia
  • Neurological signs
A
  • non-mechanical

- Age > 50`

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11
Q

Infection:

  • Vertebral osteomyelitis is misdiagnosed in ____% of cases and has an average delay of _____ months in diagnosis.
  • _______ ________ is a hematogenous spread of bacteria into epidural space that occurs in 10% of spine infections. Misdiagnosis rate is estimated at 50%.
A
  • 33.7%, 2.6 months

- Epidural Abscess

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12
Q

What may be found during a patient interview/Hx with Infection (Vertebral Osteomyelitis)? (6)

A
  • Often traced to other sources of infection (bladder most common)
  • At risk patients (immunocompromised or DM)
  • Weight loss
  • Fatigue
  • Fever
  • Neurological Symptoms
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13
Q

Patients with Vertebral Osteomyelitis often complain of local, focal back pain that is worse with _________ loading and improves with __________ position.

A
  • mechanical

- recumbent

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14
Q

Vertebral Osteomyelitis Physical Examination:

  • Fever
  • ______ tenderness
  • Aggravated with local __________
  • __________ signs
  • Lab tests important for Dx
A
  • local
  • percussion
  • Neurological
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15
Q

Epidural Abscess is often concomitant with vertebral osteomyelitis and can present similar to mechanical _________ pain.

A

-radicular

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16
Q

Fractures:

  • What are the (3) divisions of fracture classifications.
  • Vertebral fractures increase mortality and is a predictor for subsequent vertebral fractures (__-__x) and hip fracture (__x).
A
  • Anterior Column, Middle Column, Posterior Column

- vertebral fracture (4-5x), hip fracture (3x)

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17
Q

What are the (3) Types of Fractures in the TLICS Classification System?

A
  • Compression
  • Translation
  • Distraction
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18
Q

Compression Fractures (“Traditional”):

  • Stable injury involving the ______ column.
  • Common mechanism is axial loading in what position?
  • A compression ______ fracture involves the anterior and middle columns and makes up 15-20% of all major vertebral body fractures.
  • Where is a compression burst fracture most common? What is of concern with burst fractures?
  • Compression burst fractures come from high axial force in what position?
A
  • anterior
  • flexed position
  • burst
  • T/L Junction, neural involvement
  • flexed
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19
Q

Translation/Rotation Fractures:

  • Associated with what common MOIs?
  • Involves ________ and _____ forces.
  • Horizontal displacement of one T/L vertebral body on another.
  • Facet joints are intact but __________.
A
  • Fall from height or heavy object falling on body with bent trunk.
  • torsion and shear forces
  • dislocated
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20
Q

Distraction Fractures:

  • Separation in the ________ axis.
  • Anterior & posterior ligaments, anterior & posterior bony structures, both.
  • Potential Frx to __________ elements.
A
  • vertical

- posterior

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21
Q

What are some red flags for vertebral fracture? (4)

A
  • Older age
  • Significant trauma
  • Corticosteroid use
  • Contusion/abrasion
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22
Q

Henschke Cluster Items for Vertebral Frx. (4)

A
  • Age > 70 years
  • Significant trauma
  • Prolonged corticosteroid use
  • Sensory alterations from the trunk down
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23
Q

Roman Cluster Items for Vertebral Frx. (5)

A
  • Age >52
  • No presence of leg pain
  • BMI = 22
  • Does not exercise regularly
  • Female
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24
Q

Spondylolysis:

  • Fatigue fracture of ____________.
  • What are the (3) proposed mechanisms?
  • What is a flail segment?
  • 90% of Spondylolysis at ___ level.
A
  • pars interarticularis
  • Acquired (repetitive microtrauma), Congenital, Developmental
  • Bilateral pars defect with attached multifidi.
  • L5 level
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25
Q

Spondylolisthesis:

  • Anterior slip of the vertebrae following bilateral __________.
  • What are the grades?
  • Greatest slippage occurs between __-__ years old. Why?
  • Often reduced ______ observed with flex/ext radiographs (rather than instability).
A
  • spondylosis
  • Grade 1=0-25%, Grade 2=25-50%, Grade 3=50-75%, Grade 4=75-100%
  • 10-15 years old, bone is not ossified
  • ROM
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26
Q

What populations are at increased risk for Spondylolysis and Spondylolisthesis? (3)

A
  • Athletes (repetitive extension)
  • girls (2x), women (4x)
  • Adolescents
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27
Q

Patients with Spondylolysis or Spondylolisthesis have localized LBP, which is worsened with ________ activities.

A

-extension

28
Q

Spondylolysis and Spondylolisthesis Physical Examination:

  • Include __________ testing
  • Visual Inspection: _________ lumbar lordosis
  • Possible __________ deformity
  • Pain with lumbar ________/_________
  • “Hamstring tightness” has been proposed
    • ________ testing & _______ testing at involved segment (if administered)
A
  • neurological
  • excessive
  • step-off
  • extension/rotation
    • instability testing & spring testing
29
Q

Discogenic Pain (Internal Disc Disruption):

  • Involves an _______ fracture.
  • Common MOI is axial ___________.
  • May involve possible Schmorl’s nodes, what is this?
  • May progressively degredate the matrix.
A
  • end-plate fracture
  • compression
  • Extrusion of the IV disc nuclear material through the endplate, with displacement of this material into the adjacent vertebral body.
30
Q

Discogenic Pain (IDD):

  • Following ______ or __________ injury.
  • Nucleus less able to withstand pressure and _______ must accept more loading.
  • Discs lose height leads to excessive loading on facet joints, and _________ formation.
A
  • rotary or end-plate injury
  • Annulus
  • osteophyte
31
Q

Bulging disc involves ___-___% of circumference.

A

-50-100%

32
Q
  • What is Somatic Referred Pain?
  • What is Radicular Pain?
  • What is Radiculopathy?
A
  • Somatic Referred Pain = Altered pain perception in CNS.
  • Radicular Pain = Pain related to nerve root irritation.
  • Radiculopathy = Conduction block of motor and sensory axons.
33
Q

Is Radicular Pain acute or chronic?

A

Both

  • Acute: Trauma (twisting/lifting injury common)
  • Insidious: Progressively more distal as health condition progresses.
34
Q

How do patients describe Radicular Pain?

A
  • Shooting/lancing pain traveling along nerve distribution.
  • “band-like”
  • Pain with activities that close neuroforamen.
35
Q

Radicular Pain Physical Examination:

  • Visual Inspection: _______shift possibly
  • Painful/ limited ROM with motions that __________ foramen or place tensile load on nerve root
  • Potentially + _______, ______, and ______ ____ ______ tests
  • Tenderness/ turgor with guarding paraspinals
A
  • lateral shift
  • compress
  • Slump test +, SLR test +, Well Leg Raise test +
36
Q

Spinal Stenosis:

  • Stenosis is mainly degenerative, what does this mean?
  • What are the symptoms?
  • Will these patients have long tract signs?
A
  • Mostly seen in older adults.
  • LBP, bilateral involvment, UMN/LMN symptoms, posterior leg pain,diminished lumbar lordosis, extension ROM pain
  • Yes (Hoffman’s, Babinski, Clonus)
37
Q
  • ______ Canal Stenosis is a narrowing of the vertebral canal and can cause impingement on neurological structures in vertebral canal. Makes up 65% of cases with L-spine stenosis.
  • Hx includes age > __ years and _______ LBP
A
  • Central Canal Stenosis

- age > 65, chronic LBP

38
Q

Central Canal Stenosis Symptomology:

  • Possible ______ ________ symptoms
  • ____ or ____symptoms in lumbosacral distributions (pending level)
  • Pain ___________ with walking/ standing (prolonged)
  • Pain relieved with sitting, walking with UE support (walker, shopping cart)
  • Pain in ______ (posterior lower legs especially) > lower back
A
  • Cauda Equina
  • UMN or LMN
  • increases
  • legs
39
Q

Central Canal Stenosis Physical Examination:

  • Visual Inspection: _________ lumbar lordosis
  • Painful/Limited ________ and ___________ ROM (passive and active)
  • Shortened hip ________, lengthened hip _________
  • _________ signs
A
  • diminished
  • extension and lateral flexion
  • shortened hip extensors, lengthened hip flexors
  • neurological signs
40
Q

Lateral Canal Symptomology:

  • ____ symptoms in lumbosacral distributions
  • Pain ________ with walking/standing (prolonged)
  • Pain relieved with sitting, walking with UE support (walker, shopping cart)
  • _____ and ___ pain (unilateral)
A
  • LMN
  • increases
  • LBP and LE
41
Q

Lateral Canal Physical Examination:

  • Visual Inspection: __________ lumbar lordosis
  • Painful/Limited ________ and ___________ ROM (passive and active)
  • _________ signs
A
  • diminished
  • extension and lateral flexion
  • neurological
42
Q

Z-Joint Pain:

  • Referred pain in _______ and _____, though pattern not reliable.
  • What are a few potential etiologies?
  • Often secondary with DDD/disc spondylosis
A
  • buttock and thigh

- OA and Spondyloarthropathy

43
Q

Z-Joint Pain Symptomology (Degenerate OA):

  • Local/ referred, unilateral _______ and _________ pain.
  • Aggravation with facet _______. Relief with facet _______.
A
  • low back and buttock pain

- closing, gapping

44
Q

Z-Joint Physical Examination (Degenerative OA):

  • PROM/AROM: Pain/limited lumbar __________, ipsilateral ___________, contralateral __________, and end-range flexion.
  • Muscle guarding lumbar erector spinae.
  • Possibly difficulty activating ________.
  • Painful spring testing/ UPA.
  • ___________ with joint mobility testing.
A
  • lumbar extension, ipsilateral lateral flexion, contralateral rotation
  • multifidi
  • hypomobility
45
Q

Z-Joint Pain Symptomology (Acute Traumatic):
-Diminished pain in slight flexion position and positions that ____ the z-joint.
Pain with _________ activities greatest (closing of z-joint).

A
  • gap

- extension

46
Q

Z-Joint Pain Physical Examination (Acute Traumatic):

  • “_______” posture, potential lateral shift
  • Painful limited ROM greatest w/ _______
  • Painful spring testing/ UPA
  • Tender, guarded paraspinals
A
  • “slouched” posture

- extension

47
Q
  • What is Meniscoid entrapment?
  • During lumbar ______, meniscoid is drawn out of joint.
  • During lumbar _______, it buckles and occupies space.
A
  • When the soft tissue in between the joint capsule becomes trapped, and a ‘pinching’ or ‘catching’ sensation is experienced.
  • flexion
  • extension
48
Q

Neuromuscular Instability/Muscle Imbalance:

  • _________ patterns between muscle groups that result in pain.
  • What are the proposed pain generators? (2)
A
  • Activation

- involved musculature (DOMS with excessive guarding), joint structures (aberrant loading patterns)

49
Q

Neuromuscular Instability/Muscle Imbalance Symptomology:

  • LBP is _________.
  • ________/_______ with trunk motion.
  • _______/_________ noises.
  • Aggravated with _________ positions (sitting, standing), flexion motion, sudden trunk movements, returning to upright position from flexed position.
A
  • constant
  • Catching/locking
  • Clicking/popping
  • prolonged
50
Q

Neuromuscular Instability/Muscle Imbalance Physical Examination:

  • Aberrant motions (trunk AROM)
  • Painful/ limited: AROM (commonly _______), returning from full motion
  • Excessive motion
  • Paraspinal guarding/ tenderness
  • _______mobility (joint mobility testing)
    • _________________Test and __________________ Test
A
  • commonly flexion
  • hypermobility
    • Prone Instability Test and Passive Lumbar Extension Test
51
Q

___________ AKA “back mice” is herniation of fat through posterior layer of thoracolumbar fascia. Innervated fat tissue is compressed during motions and places tensile load on fascia.

A

-Thoracolumbar Fascia Fat Herniation

52
Q

What are the (3) main types of muscle pain?

A
  • General Muscle Strain
  • Diffuse Muscle Pain
  • Muscle Spasm
53
Q

Which type of muscle pain is controversial, especially with chronic LBP?

A

-Muscle Spasm

54
Q

Which type of muscle pain involves a forceful stretch of contractile unit against contraction, has a common failure at the myotendinous junction, and provokes an inflammatory response?

A

-General Muscle Strain

55
Q

Which type of muscle pain is likely ischemic in nature and happens with sustained muscle contraction compressing on vascular structures?

A

-Diffuse Muscle Pain

56
Q

LBP and health related conditions associated with fatty infiltration and atrophy of _________. Fatty infiltration likely related to muscle disuse and spinal injury.

A

-multifidi

57
Q

“The presence of discrete focal tenderness located in a palpable taut band of skeletal muscle, which produces both referred regional pain (zone of reference) and a local twitch response.”

-They can be _______ or ________.

A

-Trigger Points

active or latent

58
Q

What (3) things are needed for Dx of trigger points?

A
  • Palpable band
  • Local and referred tenderness
  • Local twitch response
59
Q

L-Spine Common Surgical Procedures. (7)

A
  • Medial Branch Neurotomy
  • Laminoforaminotomy
  • Laminectomy
  • Laminoplasty
  • Discectomy
  • Interbody Fusion
  • Arthroplasty
60
Q
  • Tissues in neuroforamen compressing nerve tissue removed. (lamina, disc, hypertrophied ligaments, etc.)
  • Under fluoroscopy.
  • Open vs. minimally invasive.
A

-Laminoforaminotomy

61
Q
  • Radiofrequency ablation of medial branch of dorsal rami.
  • Under fluoroscopy.
  • Indicated for pain relief to address z-joint pain.
A

-Medial Branch Neurotomy

62
Q
  • Removal of the lamina. (Complete: removal of lamina & SP)

- Likely contributes to diminished stability.

A

-Laminectomy

63
Q
  • Reconstruction of posterior ring at lamina.
  • Open door: bone graft from SP fixated on open side.
  • Indications: multi-level spondylosis/ spinal stenosis.
  • Increases space for cord.
  • Posterior approach, removal/ thinning of lateral lamina.
A

-Laminoplasty

64
Q
  • Aspiration of nucleus via probe.

- Indications: HNP/ disc origin of symptoms.

A

-Percutaneous Discectomy

65
Q
  • Removal of disc that is compressing/ irritating the nerve root.
  • Up to 90% success rate reported.
A

-Microdiscectomy

66
Q
  • Indications: stenosis.
  • Reduces/ eliminates segmental motion/ stress on involved structures.
  • TLIF (transforaminal lumbar interbody fusion): bone graft & titanium mesh placed into distracted IV space.
  • ALIF (anterior lumbar interbody fusion): fixation with bone grafts, cages, dowels.
  • Increased risk for subsequent degeneration of adjacent segments.
A

-Interbody Fusion

67
Q
  • Disc is removed and replaced with metal & plastic prosthesis.
  • Restoration of motion.
  • Avoidance of subsequent adjacent segment stress concentrations.
A

-Arthroplasty