Chapter 15 - Muscle Energy Flashcards

1
Q

Explain how ME (post-isometric relaxation) works

A

Isometric contraction –> Golgi tendon organs sense increase tension –> cause reflex relaxation

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2
Q

Explain how ME (reciprocal inhibition - direct) works

A

Take the muscle into the restrictive barrier like normal, but then contract the antagonist muscle against resistance (causes reflex relaxation of the agonist muscle)

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3
Q

Explain how ME (reciprocal inhibition - indirect) works

A

Take the muscle into the position of EASE, then contract the antagonist muscle against resistance (causes reflex relaxation of the agonist muscle)

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4
Q

Joint mobilization using ME - exlain

A

Flexing a muscle pulls the bony attachment (ex. innominate rotation dysfunction)

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5
Q

Oculocephalogyric reflex ME - explain

A

Uses EOM contraction to reflexively effect the cervical and truncal musculature

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6
Q

Respiratory assistance ME - explain

A

Uses voluntary respiratory motion to restore rib motion (ex.)

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7
Q

Crossed extensor reflex ME - explain

A

Contraction of one muscle relaxes that muscle on the other side and contracts the antagonist muscle on the other side

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8
Q

Which is more important in ME: localization or intensity of force?

A

LOCALIZATION

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9
Q

Contraindications to ME

Especially what type of ME?

A

Post-surgery
ICU

Post-isometric relaxation

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10
Q

Upper T spine (T1-4) - ME patient position

A

Used head and neck to move the segment

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11
Q

Lower T spine (T5-T12) - ME patient position

A

Patient grabs same side neck with same side hand, then grabs elbow with contralateral hand.
Doc reaches across to manipulate torso.

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12
Q

Lower T spine ME - difference for doc for neutral vs. non-neutral dysfunction

A
Neutral = under-over
Non-neutral = over-over
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13
Q

Inhalation rib dysfunction:

  • Target rib
  • Patient/doc position/movement
A

Lowest rib in group

Monitor anterior rib while using knee to flex patient. Sidebend patient if BUCKET-HANDLE dysfunction. Encourage exhalation, resist inhalation. For BUCKET-HANDLE dysfunction, patient reaches for ipsilateral knee during exhalation.

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14
Q

Exhalation rib dysfunction:

  • Target rib
  • Patient/doc position/movement
A

Highest rib in group

Patient’s ipsilateral hand on forehead. Grasp rib angle posteriorly and pull INFERIORLY during INHALATION. Hold breath at full inhalation while:

    1. Raising head to ceiling
    1. Turning head 30º AWAY and raising to ceiling
  • 3-5. Pushing elbow toward opposite ASIS
  • 6-9. Push arm anterior
  • 10-12. Adduct arm
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15
Q

Rib 1 exhalation ME - muscle?

A

Anterior and Middle Scalenes

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16
Q

Rib 2 exhalation ME - muscle?

A

Posterior Scalene

17
Q

Ribs 3-5 exhalation ME - muscle?

A

Pec minor

18
Q

Ribs 6-9 exhalation ME - muscle?

A

Serratus anterior

19
Q

Ribs 10-11 exhalation ME - muscle?

A

Latissimus dorsi

20
Q

Rib 12 exhalation ME - muscle?

A

Quadratus lumborum

21
Q

Lumbar ME - position

A

Same as lower T-spine (under-over, over-over)

22
Q

Forward sacral torsion - position

Movement

Monitoring what?

A

Lateral recumbent, axis down, chest to table (Sims)
Flex hips, drop legs off table (SB, engage axis)

Patient lifts ankles to ceiling

Posterior movement of the moving sacral sulcus

23
Q

Backward sacral torsion - position

Movement

Monitoring what?

A

Lateral recumbent, axis down, back to table
Pull lower arm up to rotate torso
Flex hips, drop legs off table (SB, engage axis)

Patient lifts ankles to ceiling

Anterior movement of the moving sacral sulcus

24
Q

Superior pubic shear - ME

A

Drop leg off table (EXT hip), Abduct, patient flexes hip and pushes medially (Adducts)

25
Q

Inferior pubic shear - ME

A

Flex and abduct hip and knee

Patient pushes knee toward opposite foot (extension, adduction)

26
Q

Posterior fibular head ME

A

Prone, flex knee, cup lateral ankle with doc’s hand
Plantarflex and invert foot, internally rotate tibia
Patient dorsiflexes against resistance