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Board 2 Green section

AB
Lovett positivevertebral body rotations and convexity towards the low side of the sacrum
Lovett positive in Excessvertebral body rotation and convexity is towards the low side of the sacrum, but to a greater degree, spasms on concavity
Lovett Negativeconvexity is towards the low side of sacrum, but vertebral body rotation is towards the high side of sacrum, spasms on convexity
Lovett Staticconvexity towards the low side of sacrum, but their is no vertebral rotation, bilateral spasms
Lovett FailureInferior sacrum, bilateral spasms
Lovett Reverseconvexity of spine is toward the high side of sacrum, disc hypoplasia
Characteristics of Hyperlordosistight erector spinae, tight quadracepts, weak abs, weak hamstrings, Need sole lifts
Characteristics of HypolordosisTight abs, tight hamstrings, weak erector spinae, weak quadricepts, need Heel lift
Characteristics of Anterior tilting posture (or ant. gravity weight line)Head tilt or rotation, shoulder height, hip height, arm carriage, knee angle (recurvatum), feet malposition, arches/toeing
Characteristicss of lateral gravity weight lineexternal auditory meatus, Anterior body C7, middle of shoulder, ant 1/3 of sacral base, middle hip joint, posterior to patella, 1" anterior to lateral malleolus
Characteristics of Posterior Gravity Weight lineScapula winging, scoliosis, foot angle
Cervical facet plane and motiontransverse plane, motion- rotation
Thoracic plane and motionCoronal plane, motion- lateral flexion
Lumbar plane and motionSagittal plane, motion- flexion/extension
Lumbosacral plane and motionCoronal plane, motion-lateral flexion
Coupled motion of cervical and upper thoracicspinous- rotate into convexity, Body- rotate into concavity
Coupled motion of Lumber and lower thoracicspinous- rotate into concavity, body- rotate into convexity
TonsilsC1, C2
Heart and lungT1-T4
StomachT5-T9
Liver, Pancreas, GallbladderT6-T10
KidneyT11-T12
Ovary,ColonL1,L2
Possible complications of Ligamentum flavumstretches under tension and retracts without bulging, especially during full extension of cervical spine
Posterior Atlanto-Occiptal Membranecalcification- ponticulus posticus, possible vertebral artery compression
Info. about Apical Ligamentpoorly developed in most individuals
Complications of Transverse ligamentmay be compromised in RA,Down's, ankylosing spondylitis
Findings of an AS iliumshorter innominate, smaller obturator foramen, decreased lumbar lordosis, raises femur head level, causes spongy edema at posteroinferior margin of SI joint, sacrum posterior on involved side
Findings of a PI iliumlonger innominate, larger obturator foramen, increased lumbar lordosis, lower femur head level, causes spongy edema at post. superior margin of SI joint, sacrum anterior on involved side
Findings of EX iliumdecreased width producing a narrow ilium, increased width at the base of the obturator foramen, anterior lumbar curve increases, lowers the femur head, tenderness entire length of SI
Findings of an IN iliumincreases width of the ilium making it wider, appears narrow at the base of the obturator foramen, decreases normal anterior curve, raises femur head, causes the foot to diverge away from the median (foot flare)
PR-SPright rotation, no wedge, may have scoliosis on the right, contact SP
PRSright rotation, open wedge on right, scoliosis may be on right, contact SP
PRI-Mright rotation, open wedge on left, scoliosis on left, contact Left mammillary
PR-Mright rotation, no wedge, scoliosis on left, contact Left mammillary
PL-SPleft rotation, no wedge, scoliosis may be on left, contact SP
PLSleft rotation, open wedge on left, scoliosis may be on left, contact SP
PLI-Mleft rotation, open wedge on right, scoliosis on right, contact right mammillary
PRS-SPright rotation, right wedge, scoliosis right, contact SP
PRS-Mright rotation, right wedge, scoliosis left, contact Left mammillary
PRI-SPright rotation, left wedge, scoliosis on right, contact SP
PRI-Mright rotation, wedge left, scoliosis left, contact left mammillary
PR-SPright rotation, no wedge, scoliosis on right, contact SP
PR-Mright rotation, no wedge, scoliosis on left, contact left mammillary
PLS-SPleft rotation, left wedge, scoliosis on left, contact SP
PLS-Mleft rotation, left wedge, scoliosis right, contact right mammillary
PLI-SPleft rotation, right wedge, scoliosis left, contact SP
PLI-Mleft rotation, right wedge,scoliosis on right, contact right mammillary
PL-SPleft rotation, no wedge, scoliosis on left, contact SP
PL-Mleft rotation, no wedge, scoliosis on right, contact right mammillary
A1 flexion Malpositionwedging at the anterior aspect of the vertebral bodies, increased spacing between involved spinous processes, and enlarged IVF
A2 Extension Malpositionwedging at the posterior aspect of the vertebral bodies, spinous processes approximated and IVF smaller
A3 lateral flexion malpositionlateral wedging visible on the A-P view
A4 rotational malpositionvertebral rotation visible on the A-P film, or in the case of the atlas subluxation in the vertex or base posterior views
A5 antero/spondylolisthesisanterior displacement of the vertebral body usually due to pars separation
A6 Retrolisthesissevere posterior displacement due to degeneration of the IVD, and loosening of the motor unit
A7 lateral Listhesissevere lateral displacement of a segment due to degeneration of the IVD and loosening of the motor unit
A8 altered interosseous spacingA=decreased, B= increased
A9osseous formainal encroachment
A views of spinal segments are what?static
B views of spinal segments are whatkinetic
C views of spinal segments are what?sectional
D views of spinal segments are what?Paraspinal
B1 hypomobilityfixation
B2 hypermobilityloosened motor unit
B3 Abberrant motiona segment or group of vertebral segments move in a manner inconsistent with their corresponding area
C1 spinal view is what?scoliosis and or alteration of curves secondary to muscular imbalance
C2 spinal view is what?scoliosis and or alternation of curves secondary to structural asymmetry
C3 spinal view is what?decompensation of adaptational curves
C4 spinal view is what?abnormal motion of a section
D1 spinal view is what?costovertebral or costotransverse disrelationships
D2 spinal view is what?sacro-iliac subluxations
EOPexternal occiput
axisfirst palpable spinous
C3hyoid bone
C4,5thyroid cartilage
C6cricoid cartilage, last moveable spinous in flexion and extension
C7vertebral prominens (70%)
T1vertebral prominens (30%)
T3spine of scapula
T4,T5sternal angle (2nd rib)
L4iliac crest
S2PSIS
facet- s/s, ortho, confirm, misc., TRTscleratogenous extension aggravates, + kemps, x-ray lateral and oblique, Mcnabb's line, adjust and exercise
IVF- s/s, ortho, confirm, misc., TRTone nerve root decreased DTR paraesthesia extension rotation, lateral flexion aggravate condition, ortho- + compression, + distraction, + bakody, confirm- rule out others, TRT- adjust
DISC-s/s, ortho, confirm, TRTantalgia lateral/away and medial/towards, ortho- - valsalva(prolapse) +valsalva(protrusion) + bechterews +lindners, confirm- MRI, TRT- flexion distraction
Tumor- S/s, ortho, confrim, TRTdeep boring unrelenting nocturnal pain, ortho- +valsalva, confirm-MRI, TRT- refer
Spondylo- s/s, ortho, confirm, misc., TRTextension aggravates it, ortho- + all tests that traction the lumbar spine +kemps test, confirm- x-ray oblique, misc- L4 degeneration L5 most common step off sign, TRT- adjust only when symptomatic supine or knee chest
Canal stenosis- s/s, ortho, confirmextension aggravates it, ortho's- variable, confirm- x-ray, CAT scan
SI- s/s, ortho, confirmlow crest, low gluteals, ortho- +gaenslen's test + supported adam's, confirm- x-ray and motion palpation


Dr. Mencl

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