assessment Flashcards
initial
I would normally screen the joints above and below so the knee and lower back however for the osce I’m just going to mention I would do that due to the exam being timed
second
I would first test the non affected side to establish normal for the individual and then have a baseline to compare to – for the sake of the timed exam I will just be stating I would do that
Active ROM
- tests the inert (capsule, ligaments, cartilage) and contractile structures (muscles)
Stabilise pelvis in abb/abd
Passive ROM-
tests the inert structures (capsule, ligaments, cartilage)
Stabilise pelvis in abb/abd
Isometric muscle test-
contractile structures (muscles)
Quadrant
- Tests inert structures like the labrum or any irregularity’s to the femoral head surface
- Looking for clunking or reproduction of patients pain
- Arthritis, acetabular labrum defect, avascular necrosis of the femoral head or tight joint capsule
FABERS test - hip abduction / external rotation in 80 flexion
- stresses the inert structures of the femoral-acetabular joint and produces pain, if irritated
- Tests for impingement
- sensitivity of 50% and a specificity of 56%. This means, that this test has only weak clinical value in practice.
Thomas
Patient stands at the end of the plinth, one knee to chest, roll back into supine on end of plinth.
- iliopsoas (normal = thigh approximately horiz)
- rectus femoris (normal = knee approx 900 flexion with thigh horiz)
- iliotibial band (normal = approx to mid line with thigh horiz) if tight would go out laterally
- adductors (normal = approx to mid line with thigh horiz) would go in medially
approx + 100 to each of the above tests on over pressure.
Hamstring popliteal angle
test for herniated disc and nerve root irritation. Hamstring tightness
Quads
heel to bottom
Obers test
- stabilise the pelvis- ensure the hip doesn’t internally rotate or flex
- tests for tight TFL and IT band positive if the leg doesn’t reach the plinth and stays in an abducted position