<unk>  dislocation is a common complication of upper limb trauma (arm pulled while in abduction or direct impact to<unk>  resulting with the humeral head sitting anteriorly out of the glenoid fossa. Technique is as follows: Step 1 Sit patient up (without slouching, towel or pillow down spine) and place into analgesic position. ‘Hold’- take control of the affected limb with a 'hold.' This is a firm steady downward hold (not a pull) designed to move the humeral head towards where it needs to be, taking off some of the stretch from the capsule (reducing pain), and providing confidence to the patient that you have taken control of the limb. Once you are in this position, it can be useful to ask the patient their pain level, and explain again what you are going to do. It’s important to note that the elbow is not being supported from below, but is being placed in a downwards ‘hold’. The affected arm is adducted (next to the body) and the elbow fully flexed (optimally shortens the biceps muscle, allowing full relaxation) The humerus points directly down and should be in a neutral position (no forward flexion or external rotation). Ask the patient to<unk> s back, chest out.” (reducing scapular anteversion and so reducing the static obstruction of the glenoid rim). Kneel next to your patient and place your wrist onto their forearm, with their hand resting on your<unk> . Step 2 Massage the biceps. Ask your patient to again put<unk> s back, chest out” and relax. Massage the biceps (gently) at mid humeral level. Wait for your patient to fully relax and the humeral head slips back into place. Tell your patient that they will feel “strange” as the joint slips back in and not to fight this movement. Continue to gently move the humerus forwards and back in order to find the perfect angle, and provide a small amount of momentum to allow the head to slide across the glenoid. Step 3 anterior/posterior humeral movements. The humerus can then be gently moved forwards and back in order to find the perfect angle, and provide a small amount of momentum to allow the head to slide across the glenoid. This combines the principle of overcoming the movement inertia with the apposition of the slippery articular surfaces of the glenoid rim and the humeral head.
Cunningham shoulder reduction
Shoulder reduction
Military brace
Narcosynthesis
Auricular splint
Orthopedic plate
Percutaneous pinning
Milwaukee brace