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Measurement Devices Norkin

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Universal Goniometer Validity. Does the angle of the goniometer represent ... Align the goniometer's SA and MA with the landmarks. Determine the axis of motion ... – PowerPoint PPT presentation

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Title: Measurement Devices Norkin


1
Measurement Devices (Norkin White, 1995)
Documentation
  • by
  • Vince Lepak, MPH, PT
  • October 22, 1998

2
Range of Motion (ROM)Measurement Devices
  • Goniometers
  • Tape
  • Inclinometers
  • Bubble
  • Digital
  • CROM BROM
  • Arthrodial Protractors

3
Goniometers
  • Plastic
  • Steel
  • Gravity dependent
  • They use a weighted pointer.
  • See page 20 of Norkin and White (1995)

4
Universal Goniometers
  • Most commonly used
  • Measures almost any joint on the body
  • Alignment is easy
  • Stationary Arm
  • Moveable Arm
  • Fulcrum
  • Read the beginning and end ROM

5
Universal Goniometer Validity
  • Does the angle of the goniometer represent the
    angle created by the proximal and distal bones of
    the joint?
  • Yes

6
Universal Goniometer Reliability
  • It varies from joint to joint.
  • Generally peripheral joints showed greater
    reliability than spinal measurements
  • Generally intra-rater is greater than inter-rater
  • No difference between the small and large
    goniometers when measuring shoulder ROM.

7
Improving Reliability
  • Use the preferred position and stabilize the
    proximal joint component
  • Explain and demonstrate the desired motion to
    your patient
  • Move the joint passively to the completed rom
  • Determine the end-feel and make a clinical
    estimate on the ROM
  • Palpate the appropriate bony landmarks
  • Align the goniometers SA and MA with the
    landmarks
  • Determine the axis of motion

8
Improving Reliability (cont.)
  • Read and record the measurement
  • Compare to the opposite side
  • Try to re-measure at the same time of day when
    your patient returns for their follow-up visit.
  • Successive measurements should be taken by the
    same examiner who strives to utilize the same
    amount of force for the end-feel
  • Inexperienced examiners should take an average of
    several measurements

9
Tape
  • C7 to S1
  • Schober Technique
  • lumbosacral junction
  • 10 cm above
  • .90
  • Modified Schober Technique
  • lumbosacral junction
  • 10 cm above
  • 5 cm below
  • .97

10
Inclinometer
11
(No Transcript)
12
(No Transcript)
13
CROM
  • Intra-rater .76 to .94
  • Inter-rater .66 to .90
  • You can measure the amount of forward head or ROM

14
CROM BROM
15
Arthrodial Protractors
16
Documentation
  • Be as specific and objective as possible
  • Be concise
  • Become familiar with what is acceptable at your
    clinic
  • Be open-minded for differing opinions

17
Recording (p.26)
  • Do not use WNL (within normal limits)
  • Instead say Bilateral UE AROM is equal and
    available in all directions while sitting. There
    were no restrictions that appeared to interfere
    with dressing or reaching into a cabinet.
  • Record the beginning and ending position using
    the 0 to 180 degree notation method.
  • Do not use Total Joint Range of Motion (TJROM).

18
Table Example
All motions for both shoulders revealed a
capsular end-feels.
19
Other Examples
  • Left elbow PROM extension to flexion is 10-0-150
    degrees
  • Prone PROM of left knee flexion is 0-150 degrees
  • AROM of sitting left knee extension is 20 degrees
    from neutral.

20
Reference
  • Norkin, C., White, D. (1995). Measurement of
    joint motion A guide to goniometry (2nd ed.).
    Philadelphia F. A. Davis.
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