wk 2- diagnosis Flashcards

1
Q

biopsychosocial model

A

social- demands/training regimes
biological- body systems/ pathology
psychological- behaviours and beliefs

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2
Q

red flags

A

> 50

systemic symptoms

medical risk factors (osteoporosis, diabetes, immune defiency)

symptoms worse at night, significant morning stiffness

family history of inflammatory joint disease

no response to conservative treatment

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3
Q

flag system

A

Red - signs of serious pathology

Orange - Psychiatric symptoms

Yellow - Beliefs, emotional responses, pain behaviour

Blue - Perceptions about the relationship between work and health

Black - System or contextual obstacles (e.g. legislative)

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4
Q

acute injury of bone

A
  1. fracture
  2. periosteum contusion
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5
Q

chronic injury of bone

A
  1. stress fracture / reaction
  2. periositis
  3. apophysitis
  4. enthesopathy
  5. bone spur
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6
Q

different areas of stress fractures and if theyre high or low risk

A

femoral neck- high
femoral shaft- low
anterior tibia- high
posterior tibia- low
fibula - low
medial mall- high
lateral mall- low
calc- low
talus (lateral proces)- high
navicular- high
sesamoids- high
base of 2nd met - high
proximal diaphysis of 5th met- high

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7
Q

patho of stress fracture

A

imbalance between osteoclastic activity and osteoblastic
not enough recovery

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8
Q

difference between palpation of stress fracture and stress reaction

A

fracture- localised tenderness and swelling
reaction- diffuse

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9
Q

imaging for stress injuries

A

MRI- can grade

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10
Q

low risk recovery times

A

mets 4-6 weeks
tibia/calc- 6-8 weeks
femur- 10-12 weeks

reactions take about 1/3 of that time

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11
Q

rehab for stress injures

A
  1. rest/immobilise- Dependent on bone
  2. cross train (maintain conditioning, avoid atrophy, accelerate return to sport)
  3. exercise rehab program for RTS
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12
Q

femoral neck recovery time

A

1 week bed rest

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13
Q

anterior tibia recovery time

A

6-8 weeks

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14
Q

medial mall recovery time

A

6 weeks

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15
Q

talus recovery time

A

6 weeks

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16
Q

navicular recovery time

17
Q

2nd met recovery time

A

2 weeks, 2 weeks partial WB

18
Q

sesamoid recovery time

19
Q

hyaline cartilage

A

articular cartilage

20
Q

fibrocartilage

A

cartilage that lines articular cartilage for further shock abosprtion, load distribution

meniscus/labrum

21
Q

grading a muscle tear injury

A

site
myofascial
musculotendinous
intratendinous

grade
0-4

22
Q

types of muscle injuries

A
  1. contusion
  2. tear/strain
  3. compartment syndrome
  4. myositis ossificans (bone in muscle formation, can happen after contusion)
23
Q

types of tendon/fascia injuries

A
  1. tear/strain
  2. tendinopathy/fasciopathy
24
Q

stages of tendinopathy/fasciopathy

A
  1. increased thickness/swelling with little collagen dysfunction
  2. tendon matrix disorganised
  3. degenerative
25
sensitivity
people who test positive that have it RULE IN
26
specificity
people who test negative that dont have it RULE OUT
27
If a positive test has a high likelihood ratio
then it will rule it in and vice versa
28
when to image
- uncertain diagnosis or extent of injury - red flags/ ottawa rules - objective documentation required - pre operative planning
29
MBS scheme for imaging
pods can X RAY foot, leg, knee, femur US soft tissue of foot
30
ottawa ankle rules
bone tenderness on 1. posterior edge of medial mall 2. lateral mall 3. unable to walk 4 steps
31
ottawa foot rules
bone tenderness on 1. base of 5th met 2. navicular 3. unable to walk 4 steps
32
imaging bone
XRAY then MRI CT
33
imaging myotendinous unit
US (depends if in foot or not) then MRI
34
imaging ligaments
US XRAY if alvusion suspected
35
imaging peripheral nerves
CT
36
imaging cartilage/synovial membrane
US MRI
37
compartment syndrome testing
exercise until symptoms come on, pressure manometer needle inserted into muscle takes 1 hour if positive - refer to orthopod for fasciotomy
38
things people cant do after concussion
be by themselves (definitely not for first 2 hours) drink alcohol/drugs drive
39