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Clinical Pearl Details
September 2013
Monica Sasaki, PT, MPT, OCS, FAAOMPT, CSCS -
Halima Ahmadu, PT, DPT, OCS, FAAOMPT -
Technique: |
Long axis distraction of the coxofemoral joint with a strap |
Indication: |
This technique can be used to improve passive hip
range of motion and to decrease pain at rest, with motion, and at end
range. Crow et al. utilized long axis joint distraction along with
exercise to address severely restricted hip motion and saw a
significant increase in total passive range of motion. The authors
theorized that manual therapy including long axis distraction improved
the extensibility of the ligament-capsular tissue, broke up
adhesions, realigned collagen and decreased pain by stimulation of
mechanoreceptors. The reason for submitting this clinical pearl is to
provide clinicians with an alternative home exercise that may reinforce
manual techniques that address hip range of motion limitations and
pain, performed in the clinic. |
Positioning: |
Patient assumes a supine position in front of a
doorway. The involved foot is placed in a looped strap anchored in
the door jamb. The involved foot should be resting on a bolster that
places the lower extremity in approximately 30 degrees of flexion, 30
degree abduction and in slight external rotation. The uninvolved foot
is placed on a foot stool supported against the door. |
Instruction: |
A downward force is applied through the uninvolved
foot resulting in a caudal glide or long axis distraction through the
involved hip. The pelvis should remain level for the duration of the
stretch. Increased force through the uninvolved foot will increase
the vigor of the mobilization. Stretch discomfort is acceptable but
should subside quickly upon completion of the exercise. |
Dosage: |
Amplitude of motion may vary depending on the goal of
treatment. For restricted accessary motion with pain through or at
end range a sustained force may be beneficial. |
References: |
Crow JB, Glefand B, Su EP. Use of joint mobilization
in a patient with severely restricted hip motion following bilateral
hip resurfacing arthroplasty. Phys Ther. 2008;88:1591-1600. |
Figure 1 |
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