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PEFA Assessments
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Created by
Jas T
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Cards (25)
Shoulder
Acromion process shape & coracoacromial arch angle - associated with
rotator cuff tears
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Knee
Prior knee injury within the past
2
years +
increased
age + increased
valgus
stress + poor
balance
- increased risk of
knee
injuries
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Lower
back
Asymmetrical
movement patterns + poor
trunk endurance
and
pelvic
control - association with
non-specific
lower back injuries
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Each employer and occupation will present a different set of inherent
risks
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Shoulder roles
Significant
overhead
work,
external
rotation strength, scapula tracking and
internal
ROM
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Shoulder roles
Painting
,
electrical
, labour
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Knee roles
Repetitive
kneeling
and
crouching
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Knee roles
Landscapers
,
carpenters
and renovators
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Lower back roles
Repetitive
bending and
twisting
,
heavy
lifting, and possible risk of
falls
from
heights
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Lower back roles
Roofers
and
removalists
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Protocols
for assessing physical requirements
Active
ROM
assessment
Manual Muscle Testing (
MMT
)
Isoinertial Lifting Evaluation (
Occasional
)
Progressive
Isoninertial Lifting Evaluation (
Frequent
)
Push/Pull
Grip
strength
The
Functional Impairment
Test - Head, and Neck/Shoulder/Arm (FITT_HaNSA) Protocol
Thomas
Test
ACSM
Curl Up Test
90/90
Hamstring
flexibility test
Star
Excursion Balance Test
Drop Jump
Screening Test
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Progressive
Isoninertial Lifting Evaluation
Capable of frequent lifting capacity -
2/3
of
8hr
shift / Between 2 -
29
minutes
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Progressive
Isoninertial Lifting Evaluation
Repeated
4x
within 20 seconds
Weight is added until technique
failure
or requested termination
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Occasional
Isoninertial Lifting Evaluation
Capable of occasionally lifting -
1/3
of
8hr
shift / Not lifting every
30
mins
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Occasional
Isoninertial Lifting Evaluation
Requires lifting
only
once
at each weight
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Measure
HR
if possible between sets
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No specific
standardised
protocol to simulate physical demands of the role - hence focus on ensuring safety to complete task using
standardised
tests (rather than focusing on their ability to complete the
task
itself)
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Clients with poor
abdominal
strength +
tight
lower
back musculature
May have
increased
disposition to lower
back
injury = test
trunk
ROM,
thomas
test and
90/90
test
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Grip Strength Test
Measure maximum
isometric
strength of
hand
and
forearm
muscles for a general measure of overall
arm
strength
Results alone should not be relied upon to determine
upper
limb function
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Thomas
Test
Indicates likelihood of
lower
back
injury if hip flexors are
tight
/shortened
If foot still resting on bed / tightness =
J-Sign
or
stroke
= tight
iliotibial
band
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90/90 Test
Assesses
hamstring
tightness
(more effective than sit-and-reach?) + easily
quantifiable
and good for
progress
monitoring
If knee within
20
degrees of full extension = positive
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FIT-HaNSA Protocol
Requires peg board + useful for roles with significant amounts of
overhead
work, e.g. electrician
Battery of three exercises that simulate activities of
lifting
and
sustained
overhead work
Tests the
endurance
of the
shoulder
+ monitors
degrees
of shoulder function
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Star Excursion Balance Test
Time-consuming, but good
evidence-based
- identifies future risk of
ankle
injury, or presence of
chronic
ankle
instability
Indication to stop test:
Athlete
unable
to
touch
their foot to the line before returning back to the start / loss of
balance
No
aiding
for balance
Hands must stay on hips at all times
Athlete must lightly touch the floor - loss of
balance
due to
heavy
contact is not allowed
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ACSM Curl Up Test
Simplified way of assessing
trunk
endurance
- important for
stabilising
movements and
balance
+ prevent injuries
Measured by no. of
curl-ups
Test will continue until subject is no longer able to keep up with the metronome or has a volitional stop
If
75
curl-ups or more achieved, the test may also finish
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Include associated assessment for:
Identified
Injury
risk
Physical
demands
Then report results on assessments and compare to
normative
Make a
conclusion
on the overall ability to meet the
requirements
of the role
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