Joint mobilization
ConCAVE
-Cave bent like a C or like Cave
ConVEX
-bulges out like it vexes u
Which one is moving?
-The word that comes second is the part that is moving so just remember: stable foundation comes first and the moving parts come second
Convex concave:
Convex is the stable one and the concave is moving
Concave is moving the same
This is due to the fact the saft and head are moving in THE SAME DIRECTION
Concave convex:
Concave does not move and the convex does
The convex moving is complex
This is due to the fact the saft and head are moving in THE OPPOSITE DIRECTION
Accessory movements:
movements, such as roll, spin, and slide, are joint movements that an individual cannot perform by themselves. These movements accompany the physiological motion of a joint and are assessed passively to evaluate range and symptom response in the open pack position of the joint
Kaltenborn's 3 Grades of Mobilization
1 Small-amplitude distraction is applied
No stress is placed on the capsule.
Balances forces of muscles acting on joint, reduces muscle tension, and pressure acting on the joint.
2 Tightening of joint - "Take up the slack"
Therapist provides enough distraction to tighten the tissues around the joint
Determine sensitivity of the joint
Pain inhibition and maintain joint play
3 Distraction is used to stretch the joint structures to improve mobility and motion
Apply enough amplitude to place stretch on the capsule and surrounding structures
Maitland's 5 Grades of Mobilization
1 Pain management and spasms
Small amplitude rhythmic oscillating mobilization in the early range (beginning of the range) of movement
2 Pain management and spasms.
Large amplitude rhythmic oscillating mobilization in the midrange of movement
3 Large amplitude rhythmic oscillating mobilization to point of limitation in range of movement
4 Small amplitude rhythmic oscillating mobilization at end of the available range of movement (tissue resistance, no pain)
5 Small amplitude, quick thrust at end of the available range of movement (thrust manipulation)
DO NOT DO JOINT MOBLIZATIONS IF:
Malignancy
Bone disease
Unhealed fracture or malalignment; ligament rupture
Total joint replacements
Systemic diseases (i.e., rheumatoid arthritis)/infectious arthritis
Excessive pain
Spondylolisthesis
Fusion or ankylosis
Osteomylitis
Precaustions
Hypermobility
Joint effusion (Fluid within the intra-articular space)
Inflammation
Pregnancy - avoid spine, pelvis, and hips
Joint POS
Resting Position
Joint Capsule and ligaments are most relaxed
Joint has maximum joint play/mobility
Position used during evaluation and treatment of hypomobile joints
Loose-Packed Position
Articulating surfaces of bones are maximally separated
Joint will have greatest amount of play
Position used for traction and joint mobilization
Close-Packed Position
Joint surfaces are in contact with each other