Behavioural Approaches to Pain Flashcards

1
Q

Is it possible to have pain and know about it

A

No - Pain is inherently regarding awareness; attention is separate

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2
Q

Do we have special pain receptors

A

No, we have receptors that are involved in messaging which may signal pain

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3
Q

What happens in terms of sensitivity as pain persists over time and why

A

Pain becomes less sensitive to tissue damage in the body as that pathway becomes more and more optimised

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4
Q

Acute Pain

A

Pain that has lasted less than 3-6 Months

Useful protective function whilst body heals

Medication normally works quite well

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5
Q

Persistent Pain

A

Continues after 3 months

Tissues have healed

Pain is unhelpful

Caused by changes to nerves and neuro-networks

Medication has limited effectiveness

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6
Q

Levels of Pain

A

Tissue - Muscle, skin, ligament & bone

Spinal Cord

Brain

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7
Q

Discuss the Pain that occurs in tissues

A

Nociceptors - Threat Detectors that detect changes in intense temprature, threats from chemicals/pressure or internal chemicals like inflammatory mediators

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8
Q

Discuss the pain that occurs at the level of the spinal cord

A

Nociceptors send signals to the spinal cord

There is a synapse in the dorsal horn - neurotransmitters send signals to the brain; brain also sends signals to spinal cord

LIKE A GATE (when opened, signals are magnified)

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9
Q

Discuss the pain that occurs at the level of the brain

A

Messages that reach the brain combine with other messages like what you can see (e.g. seeing your hand fall off/knowledge of what’s happening/emotions/memory)

The brain then has to decide “do i need to protect x”

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10
Q

What is the goal of pain

A

Protecting the person

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11
Q

Qualitative Discussion of degenerative pain

A

We all have degeneration like disk degeneration as we age; even people who are asymptomatic are likely to experience degenerative pain in some ways

(e.g. slip disks)

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12
Q

DIMs and SIMs

A

Danger In Me
- Anything that suggests that tissues need protecting takes pain up

Safety In Me
- Anything that suggests your tissues are safe takes pain down

When DIMs outweigh SIMs, pain is produced

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13
Q

Factors of DIMs and SIMs

A

Sensory Input (e.g. seeing a cut)
Things you do
Things you say/think/believe (thinking you have a serious injury)
Places you go (hospitals either way depending on bias)
People in your life (reassurance/stressing)
Things happen in your body (Anxiety/Joy/Inflammation)

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14
Q

Examples of the brain using past experiences for pain

A

Electricians dealing with mild shock

Waiters and chefs with hot plates

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15
Q

Effect of a bad smell on length of time holding your hand in an ice bucket

A

A poor smell has been found to reduce someone’s tolerance for freezing water

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16
Q

Effects of understanding pain (Based on Explain Pain studies)

A
Quality of life improves
Sleep improves
Likelihood of full time work increases
Worry decreases
Pain-related expenses reduce
Pain decreases
17
Q

Concepts to teach patients how to improve pain

A

Pain is normal, personal and real (validation)

There are danger sensors not pain sensors

Pain & tissue damage rarely relate

Pain depends on balance of danger & safety

Pain involves distributed brain activity

18
Q

Elicit-Provode-Elicit Model

A

Elicit Information
Give Information
Elicit What They Think

19
Q

Acceptance & Commitment Therapy

A

ACT encourages people to embrace their thoughts and feelings rather than fighting or feeling guilty for them

Stops people from ruminating and focusing more on pain than they might need to

Growing life around pain as opposed to trying to diminish the pain - makes the pain seem smaller

20
Q

Pillars of ACT

A

Open (Skillfully relating to the inner world)
Aware (Present in the moment)
Active (Using values to guide ation)

21
Q

Central Concept(s) of ACT

A

Suffering is normal and part of the human condition

You can’t stop the waves but you can learn to surf