Lumber spine assessment and treatment Flashcards

1
Q

red flags- cancer

A

history of cancer in themselves, strong family history, unexplained weight loss, general feeling unwell

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2
Q

red flags- infection

A

recent surgery/ open wound, high temp, general feeling unwell

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3
Q

red flags- myelopathy

A

central cord compression in cervical spine

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4
Q

red flags-cauda equina syndrome

A

retention of urine, loss of anal tone/bowel incont, saddle anaesthesia (ask about changes in sensation around groin or genitalia), bilat leg pain/ worsening neuro, erectile dysfunction

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5
Q

how to know if neuro assessment needed

A

numbness, pain down one leg, altered sensation, P and N, changes in bladder and bowel, sudden onset on pain in LL, nature of pain= burning pain, shooting pain, electric shock pain

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6
Q

lumber spine assessment

A

observations, AROM, PPIVM’s, PAIVM’s, muscle length testing, muscle strength testing, palpation of soft tissue, function

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7
Q

observations

A

posture, offloading, asymmetry, COG, muscle bulk, guarding/bracing, fear avoidance, spinal curve, alignment, abnormal movement pattern

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8
Q

AROM

A

flex- standing run hands down front of legs (marker could be where fingers reach), side flex- hands down side, rotation- sit down to fix pelvis- rotate whole UL- position of shoulders could be maker, extension- hand on hips
looking for pain reproduction, asymmetry
functional demo- show what movements that hurt

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9
Q

PPIVM’s- flexion and extension

A

flex- patient side lying, palpate lumber spine, rest patients legs on top of femur and move hips into flexion
ext- same position, and push legs backwards- push through femur

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10
Q

PPIVM’s- rotation and side flexion

A

side flex- side lying, lift lower legs off plinth whilst palpating L spine
rotation- forearm resting across ischial tuberosity fixing hip, other arm under armpit push upper body towards bed or push pelvis towards bed, whilst palpating L spine

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11
Q

what does PPIVM’s and PAIVM’s stand for

A

passive physiological intervertebral movement

passive accessory intervertebral movements

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12
Q

PAIVMS

A

central PA with caud/ceph
unilateral PA
transverse glide

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13
Q

what of the surrounding muscles affect L spine and length testing

A

glut max, hamstrings (length testing), hip flexors (thomas test), abdominal muscles

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14
Q

how can you assess motor control

A

good= control, smooth movement, gait

could be control of single leg stand, roll down= segment at a time (L, T, C)

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15
Q

palpation of surrounding soft tissue

A

palpate- muscle tone, bulk, pain provocation, hyperalgesia

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16
Q

functional assessment

A

aggs or limitations in their day to day function, what are their goals? observe them doing functional activity- look at modification

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17
Q

common example of functional assessments

A

sit to stand, bending, twisting, lifting/reaching, standing/walking, sports or gym activity

18
Q

excluding other joints

A

SIJ, hip, knee

19
Q

indications for a neurological examination

A

pain in dermatomal distribution- tells us which nerve route is affected, pain from L spine referred beyond the hip, altered sensation in LL, pain in LL that may be related to a lumber condition, complaints of weakness in LL

20
Q

what can cause pain in dermatomal pattern

A

disc prolapse/foraminal (foreamen narrow)/ SC stenosis, narrow spinal canal- tumour and spondylitis, spondiolythesis (where vertebra above slip forward on vertebra below)
nerve route problem= radiculopathy,

21
Q

peripheral nerve distribution

A

nerve irritated anywhere else= peripheral nerve distribution
sciatic nerve= posterior thigh, femoral nerve= anterior thigh, tibial nerve= posterior thigh, saphenous- medial side of lower leg, common peroneal- lateral

22
Q

nerve conduction tests

A

myotomes, reflexes, tendon jerk, dermatomes- light touch (A beta fibres) and pin prick (sharp pain= A delta) (test first)- can test C fibres with hot/cold therapy

23
Q

how to test dermatomes

A

use tissue paper or cotton wool test each dermatomal level systemically, then repeat with sharp object
ask if each leg feels the same

24
Q

LL myotomes- femoral nerve

A

L2-3- illiopsoas- hip flexion, L3-4- femoral nerve- knee extension, L4-5- deep femoral nerve- TA- DF, L4-5, S-1- EHL- big toe extension,

25
Q

LL myotomes- sciatic nerve and branches

A

L5/S1-2- tibial nerve- gastroc and soleus, L5-S1- common peroneal nerve- peroneus longus and brevis- eversion, L5-S1- sciatic nerve- hamstrings- knee flexion

26
Q

reflex testing

A

patella- palpate patelal tendon, achilles- place ankle in DF- using forearm

27
Q

what reflexes mean- hyper-reflexive, hyporeflexive

A

hyper- UMN lesion, hypo- LMN lesion or low tone

28
Q

what reflexes mean- normal, absent

A

absent- LMN lesion

29
Q

PKB test

A

sidelying, lower knee pulled up to chest with neck flex, full knee flex and hip ext(passive), then ext cervical spine- should have more movement, if not then muscle problem
femoral nerve

30
Q

SLR

A

sciatic nerve, supine lying, MR hip slightly, passively flex hip and ext knee (wrap hand around calcaneus), could be differentiate between muscle tightness and nerve by adding DF (if same degrees of hip flex= muscles)

31
Q

SLR- how to differentiate between the branches of the sciatic nerve

A

tibial nerve- DF and eversion, surreal nerve- DF and inversion, common perineal nerve- PF and inv, least range= problem

32
Q

Slump

A

sciatic nerve and above, sit fully supported with thighs on the bed, hands held behind back, slump shoulders down, hold, neck flexion active, passive DF ankle and ext knee

33
Q

how to differentiate with slump

A

should get more movement when sitting up straight and take of DF- between nerve pain and muscle- same range= muscle problem

34
Q

UPN testing

A

babinski- run sharp end of reflex hammer on base of foot on lateral border and toes should curl, positive test- toes ext clonus- quickly force ankle into DF= positive- leg goes into spasm

35
Q

treatment options

A

education/ reassurance/ reduce threat, address patients beliefs and yellow flags, exercise (strength, endurance, power, control, proprioception, stretching), mannual therapy (PAIVMs, MVM’s/ SNAG’s, NAGs), activity modification/function

36
Q

treatment options- examples

A

stiff- PPIVM/ PAVIMs (give/roll/spine/glide)- both decrease pain/ exercise- AROM= stretches capsule and soft tissue
muscle length= stretch 30 secs- 3 times (90 secs)
strength= strengthening exercises (deadlifts, ab exercises)
reduced control of movement= use mirror or video or break down movement
reduced endurance- body weight exercise or dead lift

37
Q

what does MWM, SNAG, NAG, PMWM, SMWAM

A

MWM- mobilisations with movement, SNAG= sustained natural apophyseal glide, NAG= natural apophyseal glide, PMWM- peripheral mobilisations with movement, SMWAM= spinal mobilisations with arm movement

38
Q

principles of application- mannual therapy

A

functional technique- WB and/or combined with functional movement, subtle handling and directional changes, PILL (pain instantaneous and long lasting), if no change- change technique, use active movement towards restricted/symptomatic range with glide, hold glide & repeat (6-10), neuromodulatory response= decreased pain

39
Q

SNAGs

A

sustained end range technique combined with active movement, movement induced symptoms, antero-superior, central or unilateral, severe but non-irritable, self-snags, active movement with passive, maintained to return, SNAG= increases ROM

40
Q

MWM’s lumber flex

A

sitting- central/unilateral pressure to SP, belt below ASIS, put belt round therapist waist, aim- increase flex and decrease pain, X3 reps
standing- patient knees slightly flexed, use plinth for patient to place hand on for stability, might have to stand to the left to allow patient to bend forward

41
Q

MWM’s lumber extension

A

sitting- pressure applied to the superior SP of vertebral segment involved, same position as flex
standing- may need to stand to side to give patient space