Chronic Pain 4 - PT tx considerations Flashcards

1
Q

Medical model

A

Lots of people working to help solve chronic pain epidemic - where do we as PTs fit in?
We should be able to have an impact in all aspects

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2
Q

Role of PT

A

Early recognition and tx is a critical component in managing chronic pain
Limit the barrage of input - MT, TE, Education, Modalities, etc
Afferent input is the most powerful driver of neuroplasticity

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3
Q

As pain persists…

A

it gets more complex requiring a more comprehensive plan for treatment

Psych tx - we can talk to them and touch and help them move
So a lot that we do with PT addresses this

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4
Q

Mature model revisited

A

Cognition and beliefs are intertwined in a pts clinical pain presentation
Fear avoidance and pain catastrophization significantly impacts a pain experience
One way to normalize pain experiences associated with misbeliefs is pt education

Teaching them about their pain will decrease their pain - take it a step further though with various interventions - but know that education is effective

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5
Q

Deconstructing faulty beliefs

A

Well established that when a person is confronted with “new” healthcare information they have 3 options

  • No way
  • Get it (superficially)
  • Yes, yes get it
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6
Q

Can you determine stages of your own patients - bx change model

A

Pre contemplation - I don’t want to be here (maybe need to fail PT before sx)

Contemplation/Preparation - Someone said I should come see you about your approach

Action - Comes back to follow up appts and they have questions - THIS IS WHAT WE WANT

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7
Q

Stats - providing the right info at the right time can help progress pt through stages - but not easy

A

:)

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8
Q

Backfire effect

A

You are not trying to prove them wrong - can’t go at it that way - you are likely to create a dissociation - it is critical to build a strong trusting relationship and be sure that you replace it with relevant facts - if you are going to tell them their DJD is not causing their pain, you need to give them something to anchor to but you need to have a trusting relationship to do this

Let them come to the realization through your snippets of information rather than you just telling them the information - almost feeding them to come to the conclusion on themselves

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9
Q

Deconstructing faulty beliefs

A

Current educational models used for teachign people about pain have significant limitations
Does not explain the complexities associated with pain
Does not embrace interdisciplinary approach
Does not improve pain and function
Likely induces more fear and anxiety and misbeliefs

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10
Q

Current best evidence proves that if a pt is taught more about their pain experience from a biological and physiological perspective and “get it” they

A
Experience less pain
Move better
Function better
Have dec pain catastrophization
Exercise more
Spend less money on healthcare
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11
Q

Correcting maladaptive beliefs about pain using VOMIT

A

poster that goes through normal prevalence of some pathology
Need to introduce it to pt at the right time though and explain it in a way that helps them understand they it is more complex

85% show knee arthritis, 50% bball have meniscal injury
Guy that tore 3 RTC and didn’t know at time - 20% have partial tears (no pain)
Cspine - disc bulges are normal aging
Lumbar - changes after age 20

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12
Q

Pts learn best via

A

metaphors, examples, and pictures
Pictures of nail in shoe (and actually btw toes) - Nail in skull (and just tooth pain) - can use these to help pts understand

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13
Q

PNE (pain neuroscience education) basics

A

Be simple - not dumb it down - keep simple and smart
Use pictures in color
Meet pt at his or her level - pain education should be slightly different for everyone
Personalized - apply it to situation at hand

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14
Q

PNE basics - individualizing it

A

Each clinician should individualize their stories and adapt to their environment
Develop and use new stories
Practiced - like any other technique
Be seen as a shopping cart - diff stories for diff conditions, starting and end points diff for each pt, number and sequence of stories will be diff for each pt too

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15
Q

Example stories

A
1 NS as body living alarm system
2 Extra sensitive alarm system
3 Computer processing
4 Speeding buses vs ankle sprains
5 Nerve sensors - ion channels
6 Pain meetings in the brain
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16
Q

Example stories - NS as living alarm system

A

Put hand on stove, you want to know about it - engage pt and ask them how they would know about it

400 nerves stretch for 45 miles
Danger messages to brain
Brain process info and produce pain if there is sufficient reason
Focus of story is to teach about normal and brain as central component

17
Q

Example stories - Extra sensitive alarm system

A

We have a little electricity in our nerves all the time - we have a threshold that if gets enough input it goes to brain and then settles back down - in some cases though 1 in 4 individuals instead of it coming back down to resting it stays elevated (predictive coding - is in protective state) - for the pt, now their nervous system is more sensitive so something that did not used to produce pain is now producing pain

Home security system example - if wind rattles doors it sets off alarms - so maybe something that they think they need to be worried about (bending forward is painful) is something that might not need to be worried about

18
Q

Example stories - Extra sensitive alarm system - delivery of it - message is meant to

A

explain sensitization, hyperalgesia, and allodynia as protective mechanisms

Can then relate to the pts subjective reports of contribution to their elevated system, work, family, multiple explanations for pain, persisting pain, etc.

Bringing it together for them that our NS can be too active sometimes

19
Q

Example stories - computer analogy

A

Can describe central sensitization, peripheral sensitization

Comp when function normal - you press D key sends info from keyboard to comp and it outputs a D on the screen

In pt computer, they press D and instead of putting one D it is putting 20 Ds

Can be used for allodynia too where no matter what key your press (hot/cold, light
touch) the same “D” danger signal of pain will be the output

Helps them learn that it is not their fault that they are in pain

20
Q

Example stories - speeding buses vs. ankle sprains

A

Imagine you are walking and step off curb and sprain ankle
But imagine you see a speeding bus coming at you - will you feel your ankle sprain? No - your brain knows it is more important to get out of the way of the speeding bus

This can help a patient understand that peripheral vs processing pain is dissociated

21
Q

Example stories - nerve sensors ion channels

A

Peripheral sensitization driven from the brain
Multifactorial nature of pain
There is hope!

Injure themselves as bend forward -
Ion channels change though in response to our thoughts and beliefs
So our brain can put high volume of sensory in movement of bending forward so it can scrutinize this more

Every 2 to 3 days though this is changing so if we can provide right environment in the absence of fear we can change this!!!

22
Q

Example stories - pain meetings

A

How pain can affect other areas of the brain
Thoughts/beliefs are impulses too

With chronic pain multiple brain areas are activated and each serve specific functions
When overwhelmed with pain those areas are impaired too so can have multiple s/s
- so can help describe other contributions to their pain - like decreased appetite for example

23
Q

McClinton notes

A

Make them stories that are relevant to the patient - in exam you have to listen and hear their stories so that you can bring them back in

Individualize your metaphors that you use - and do less than what you think at first because it might overwhelm the patient and you have not earned that alliance with the patient yet