1.0) Outcome Procedures Flashcards
MRC procedure
- Unclothe the part of patient needed to allow palpation and observation of the muscle to be tested. Give clear explanations to the patient and demonstrate.
- Test good side first. Assume this will be grade 5 test for grade 5 only.
- For the affected side, check the available range by passive movement
4.Then, starting from grade 0, progressively test the affected side. Stop
progressing through the grades if the patient cannot achieve the next grading. Record the highest grade achieved /5 (e.g. 3/5)
0-2
- Position the patient to eliminate the effect of gravity on the movement. Support limb either manually or using a re-ed board.
- Check for a contraction visually and by palpation of the muscle belly
- Use the mid-range (strongest) to assess for grade 1 contraction= flicker
4.For grade 2, check that the movement can be completed through full available with gravity counterbalanced
range.
3
- Position the patient to allow the movement to occur against gravity
- Check that movement can be completed through full range
- Isolate the movement to prevent any trick movements- eg tilted pelvis hip adduction
4
- Same as grade 3 but with added resistance
- Upper limb 0.5kg
- Lower limb 1kg
5
- Same as grade 4 but with maximal resistance
- The resistance may be applied by a heavy hand/ankle weight or the therapist
– position yourself at a mechanical advantage and ensure you can resist the movement evenly throughout range.
- If the muscle group allows for it, the patient’s own body weight may be used as a maximal resistance eg plantar flexors
- Consider whether the muscle can work effectively as an agonist, antagonist, synergist, fixator, eccentrically, concentrically for short burst and sustained activity.
Range of Movement Assessment
Explanation
It is necessary in clinical practice to measure the available range of passive and active movement of the joint to produce a problem list and evaluate the success of treatment
Range of Movement Assessment
Methods
Goniometry
Inclinometer
Tape measure
To improve reliability of a specific measurement the following guidelines should be followed:
▪️Unclothe the part of the body you want to observe and palpate
▪️Choose a starting position which allows the joint to be positioned at zero (anatomical position) and allows patient to move through the full available range for that joint
▪️Stabilise the proximal joint segment E.g. forearm on a table for wrist movement
▪️Instruct patient to perform the movement slowly and smoothly observe for patient using trick or substitute movements
▪️Observe the movement estimate the joint range before measure
▪️Measure good side first
▪️Measure bad side more than once to improve reliability
▪️Record the measurement accurately
What is a Goinometer used for
To assess the range of movement in peripheral joints
It allows a physio to measure the degree is through which a joint moves
It is most commonly used for joint movements in the sagittal and frontal planes
How do you improve the reliability of Goniometery
Bony landmarks are used to determine the placement of the axis – placed on joint line and the arms of the goniometer with other honey land marks
Eg knee flexion: instruct bring heel to bum bend knee as far as possible
🔹Start position: 1/2 or supine lying
🔹Axis position: lat fem con
🔹Stationary arm:GT femur
🔹Moving arm: lat malleolus
What is zero degrees
Usually the position of the joint in the anatomical position and the starting point but the patient may not be able to achieve this position
Goniometer procedure
▪️Select the appropriate size of goniometer
▪️Measure the unaffected side once first, then the affected side twice.
▪️Visually inspect the active range of movement and estimate the available ROM – this will help you to know which scale to read from on the goniometer
▪️Consider whether the joint has moved through the zero point of that ROM (e.g. if the patient was able to move their wrist from a flexed position to an extended position, they will have moved through zero degrees of both wrist flexion and wrist extension).
▪️Position the patient in the appropriate starting position (Table )
▪️Identify the bony landmarks for the axis and arms of the goniometer, mark the axis using a washable pen if the landmark is difficult to visualise.
▪️If the joint has not obviously moved through zero degrees of the range of motion, measure and record the starting position in degrees.
▪️Instruct the patient to carry out the active movement – you can follow the movement with the arms of the goniometer but this is not essential
▪️Measure the position of the joint at end-range by lining up the goniometer with the relevant bony points.
▪️Record the end-range in degrees. For the affected side, take the average (midpoint) of your two readings.
▪️Record the range from starting point to and end point (e.g. 0-90 degrees or (10-120 degrees). This is your range of movement and should be recorded for both sides.
What is the difference between extension and hyper extension
Extension = natural follows flexion
Hyperextension =motion opposite flexion beyond 0°it will be a - number
Can occur at elbow and knee:
Knee flexion 0-130° + 10° hyperextension
Why would you use an Inclinometer
Measuring neck ROM where goniometer is impossible can also be used to measure shoulder ROM
Inclinometer Procedure
Very similar to goniometer with additional considerations