Joint mobilisation Flashcards
Why do we mobilise joints
Healthy joints
Dysfunctional joints e.g. Ankle sprain (ATFL)
Pathological joints e.g. Osteoarthritic shoulder (glenohumeral) joint
mobilisation
‘passive movements performed in such a way that at all times they are within the control of the patient so that he can prevent the movement if he so chooses.’ small - large amplitude, low velocity.
manipulation
‘sudden thrust or movement of small amplitude, performed at a speed that renders the patient powerless to prevent it.’ small amplitude, high velocity.
physiological(osteokinematics) movements
those that patient can carry out actively
accessory arthrokinematic movements
those that patient cannot perform himself but which can be performed on him by someone else
Possible because all joints have certain slackness in capsule & surrounding ligaments
PROM
Passive movements –
Physiological movements that are performed by the therapist – at a single joint or at several joints in sequence to maintain joint range & muscle length
Not graded
PPM
Passive Physiological Mobs (Graded)
PAM
Passive Accessory Mobs (Graded)
Arthrokinematics
(direction of glide)
arthrokinematics is determined by
by morphology (shape) of joint surfaces
Kaltenborn’s Convex-Concave rule
Arthrokinematics (direction of glide) is determined by morphology (shape) of joint surfaces
AP accessory movements
anteroposterior glide
PA accessory movements
posteroanterior glide
Longitudinal caudad
caudad
in line with long axis of bone
lat
Lateral distraction
or lateral glide