Chronic Pain 4 - PT tx considerations Flashcards
Medical model
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
Role of PT
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
As pain persists…
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
Mature model revisited
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
Deconstructing faulty beliefs
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
Can you determine stages of your own patients - bx change model
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
Stats - providing the right info at the right time can help progress pt through stages - but not easy
:)
Backfire effect
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
Deconstructing faulty beliefs
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
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
Experience less pain Move better Function better Have dec pain catastrophization Exercise more Spend less money on healthcare
Correcting maladaptive beliefs about pain using VOMIT
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
Pts learn best via
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
PNE (pain neuroscience education) basics
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
PNE basics - individualizing it
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
Example stories
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