Intro to Counterstrain Flashcards

1
Q

What is Counterstrain?

A

gentle, passive indirect OMM technique for MSK pain

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2
Q

Define tenderpoint

A

non radiating area of tenderness that is located within muscle, tendon, ligaments, or fascia that reduces when places into a position of ease

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3
Q

Dr. Lawrence H Jones

A
  • 1955
  • treatment of 2.5 month history of psoas syndrome
  • helped patient find comfortable position to sleep
  • 90 seconds
  • found over 300 tenderpoints
  • only need to do regional positioning
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4
Q

Janet Travell MD

A

was publishing about Trigger point at the same time as Jones was publishing about tenderpoint

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5
Q

Trigger Point

A
  • located in muscle
  • characteristic pain pattern
  • locally tender and radiates pain
  • present with taut band of tissue that will twitch when palpated
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6
Q

Tender Point

A
  • located in muscle, tendon, ligaments, fascia
  • no characteristic pain pattern
  • only locally tender
  • no taut band or twitch response
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7
Q

Only requirement for CS

A

patient must be able/willing to be positioned and relax

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8
Q

Contraindications

A
  • severe trauma, illness, instability where management beside OMM is indicated
  • patient cannot voluntarily relax
  • unable to position patient without extreme pain or anatomic changes
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9
Q

Naming of tenderpoints

A
  • laterality, anterior/posterior and the vertebra

- or by the anatomic structure that is being treated

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10
Q

Treatment nomenclature

A
  • position of ease
  • upper case = a lot
  • lower case = a little
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11
Q

Maverick point

A

tenderpoint with treatment position opposite of the rest of the region

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12
Q

Stoic

A

distinct palpable TTA without tenderness

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13
Q

Nociceptive Perspective

A
  • initiated by nociceptors in strained tissue
  • produces reflexive contraction to protect tissue
  • stuck in reflex loop
  • ex) ligament muscular reflex during ankle sprain
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14
Q

Proprioceptive Perspective

A
  • muscle spindle fiber determine length/stretch of muscle
  • work with spinal gamma motor neurons (LMN)
  • determine length of agonist and antagonist muscles through alpha motor neurons to prevent sudden changes
  • rapid stretch without recovery (injury/trauma) of spindle fiber will cause protective contraction
  • this contracture maintained by gamma motor system
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15
Q

Consequence of prolonged contraction/nociception

A
  • overwhelms normal sympathetic and parasympathetic regulation of muscle perfusion
  • reduced metabolic recovery of muscles
  • lactic acid leads to sensitization of nerve endings
  • nociceptive produces cascade of neuropeptides
  • local edema
  • sensitized nerve endings
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16
Q

Pathologic Neutral

A
  • contracture of muscles produced by both models becomes the new pathologic neutral
  • neutral = when muscles are most relaxed
  • pathologic neutral is where we position our indirect techniques
17
Q

1) Relaxation Phase

A
  • tissues shortened into position of ease

- palpate TTA at tenderpoint, localize through 3 plane to normalize tissue

18
Q

2) Normalization of nocicieptive and neuro input phase

A
  • nociceptive input resolves in position of ease

- spindle fiber length resets and gamma loop is restored to normal input

19
Q

3) Washout phase

A
  • metabolic washout begins 10-15 seconds after optimal position achieved (therapeutic pulse may be felt)
  • peak washout occurs at approx 1 minute
20
Q

4) slow return to neutral phase

A
  • tissues are now moved back to normal neutral
  • rapid return could reactivate spindle activity
  • muscle spindles remain somewhat facilitated for up to 24 hours after treatment
  • remind patients to take it easy after treatment
21
Q

Counterstrain steps

A

1) find most significant tender point
2) establish tenderness scale
3) monitor throughout
4) place patient in position of ease of at least 70% improvement
5) hold for 90 seconds
6) slowly return to neutral
7) recheck tenderness

22
Q

Finding a tenderpoint

A

-TART

23
Q

Tenderness scale

A
  • tell patient tender point is a 10 out of 10

- move to position of ease until they feel a 3 out of 10