Upload
drkannabiran-bhojan
View
155
Download
1
Embed Size (px)
Citation preview
Motor reorganization in shoulder injuries-a sketch for sport specific skills
Dr .B.KANNABIRAN,M.P.T,Ph.DConsultant manipulative sports physiotherapistProfessor in physiotherapy-RVS college of physiotherapyTigger point dry needling , Spinal, fascial, cranial & visceral manipulation practioner
What's new??????????????Sports Rehabilitation to Sports Re-Abilitation on Motor Ability Perspective
Motor reorganization in sports injuries-a pathway for Re-AbilitationWhat's new????????????????
To understand role of sports physio in rehabilitation
Role of sports physioTo understand role of sports physio in rehabilitation
Re Abilitation & rehabilitationRe-AbilitationA therapeutic approach that targets the various motor abilities will be termed in this short lecture as Re- abilitation.
Rehabilitation The focus in this form of movement recovery is on the overall skill of performing the particular movement. This will be loosely referred to as skill rehabilitation
Much of the rehabilitation promoted in this lecture isthe marrying of the three concepts discussed 1. The focus on functional movement2. The principle of skill/ability level rehabilitation3. The code for motor adaptation
Rehabilitation levels: skill andability level rehabilitationIn functional rehabilitation we identify five such elements that optimize neuromuscular adaptation:cognition, being active,feedback, repetition similarity
Conditions with an intactmotor system
Neuromuscular changes associated with musculoskeletal injuries, sports injuries, post surgery, back pain and other musculoskeletal pain conditions Conditions where certain behaviors impede recovery or may lead to injury or pain Non-traumatic pain conditions, such as trapezius myalgia, chronic neck pain and painful jaw .
What do we aim at? Why?Because localized, joint/muscle-specific rehabilitation may not be as effective in recovering control losses as rehabilitation of whole movement patterns.The aim in neuromuscular re-abilitation is to help the person recover their losses to the best of their ability, rather than improving their personal best.
The injury response-intro
The standard injury response-protection strategy turning down four movement parameters
INJURY RESPONSE & MOTOR ABILITIESFORCE CONTROL
LENGTH CONTROL
VELOCITY CONTROL
NEUROMUSCULAR ENDURANCE
small changes in movement parameters can have aprofound and complex influence on muscle recruitment.
The motor system in injury
Motor organization for preventingfurther damage after injury.
ARTHROGENIC INHIBITION
SYNERGISTIC PROTECTION
Impingement- bilateral(painful and non-painful sides)decrease in the time to peak tension during medial rotation of shoulder. Mattiello-Rosa et al
Frozen shoulder-reducedendurance in deltoid. Sokk J, etal
Impingement reduced endurance of trapezius, deltoideus,infraspinatus,and supraspinatusDuring submaximal contraction,not related to pain. Bandholm T et al
JOINT BRACING SYNERGISTIC CO-CONTRACTION
Active range depends on control of shortening andlengthening of the synergistic pairs.
ACUTE INJURY-MOTOR REORGANISATION AS A POSITIVE PROTECTIVE FUNCTION
SENSITIZATION CONDITIONS-PROTECTIVE MOVEMENT STRATEGY
PHYSICAL CONSTRAINTS /IMMOBILIZATION LEADS TO DYSFUNCTIONAL MOTOR ADAPTATION
PSYCHOMOTOR REORGANIZTION THAT RESEMBLES INJURY RESPONSE
The Aetiology and progression of A, non-traumatic pain conditions and B, musculoskeletal injury.
CHANGES IN TIMING & DURATIONTHINK MOVEMENT NOT MUSCLES
Facts INJURY RESPONSE IS A POSITIVE HEALTHY RESPONSERESPONSE IS HIGHLY INDIVIDUALISTICACUTE MUSCULOSKELTAL INJURIES ARE LEFT ALONE-BODY KNOWS THE BESTREHABILITATE WHEN INJURY RESPONSE FAILS PARAMETRIC & SYNERGISTIC ABILITIES ARE AFFECTEDCOMPOSITE ABILITIES (COORDINATION ,BALANCE & TRANSITION TIME) MAY CHANGE AS A KNOCK ON EFFECTTHINK MOVEMENT NOT MUSCLES
In the injury response the parametricabilities are affected within a synergistic levelIt will also have a knock-on effect on the composite abilities.
Motor complexity model
Motor complexity model
Motor complexity model
Context principle
Context principle
Context principle
Context principle
Some features of the cognitive and autonomous phases.
PARAMETRIC ABILITIES FORCEVELOCITYLENGTHENDURANCE
SYNERGISTIC ABILITIES CO-CONTRACTION RECIPROCAL ACTIVATION
PARAMETRIC ABILITIES/SYNERGISTIC & COMPOSITE ABILITIES
Sports Re-Abilitation
CO-CONTRACTION
CO CONTRACTION / FORCE/.AP CONTROLLATERAL CONTROLROTATION CONTROL CO CONTRACTION / LENGTH.CO CONTRACTION / VELOCITY.
RECIPROCAL ACTIVATIONRESISTANCEFORCELENGTHVELOCITYCO-ORDINATION
DYNAMIC CONTROLCO CONTRACTIONLATERAL CONTROLAP CONTROLRECIPROCAL ACTIVATIONAP FORCEMULTIPLEMOVEMENT PLANES /LENGTH + FORCEVELOCITYLENGTH(MMP)
AP CONTROL
LATERAL CONTROL
ROTATION CONTROL
Co-contraction & reciprocal activation
Rotational control reciprocal activation
Reciprocal activation
Transition time in reciprocal activation
Reciprocal activation velocity/ hip/ coordination
Reciprocal activation length/ hip Rotation & lateral control
MULTIDIRECTIONAL CONTROL
LENGTH + FORCECo-ordination
MULTIPLEMOVEMENT PLANES / LENGTH + FORCE
TRANSITION TIMELENGTHRECIPROCAL TO CO CONTRACTION CONTROL
DYNAMIC- CONTROL
To concludeSports ( neuromuscular) Re-Abilitation is to help individuals to recover their control movement. If rehabilitation would confer protective function against progressive tissue damage in the future is unknown.Functional movement is individual specific There is no need to know the complex and exact anatomy of musclesThe focus is on movement capacity and not on individual muscles
References Mattiello-Rosa SM,Camargo PR, Santos AA.Abnormal isokinetic time-topeaktorque of the medialrotators of the shoulder insubjects with impingementsyndrome. J Shoulder ElbowSurg 2008;17(1 Suppl):54S60S.Bandholm T, Rasmussen L,Aagaard P, et al. Force steadiness,muscle activity, and maximalmuscle strength in subjects withsubacromial impingementsyndrome. Muscle Nerve 2006;34(5):631639.Sokk J, Gapeyeva H, Ereline J,et al. Shoulder muscle strengthand fatigability in patients withfrozen shoulder syndrome: theeffect of 4-week individualizedrehabilitation. ElectromyogrClin Neurophysiol 2007;47(45):205213.Falla D, Farina D, GravenNielsenT. Experimental musclepain results in reorganization of coordination among trapeziusmuscle subdivisions duringrepetitive shoulder flexion. ExpBrain Res 2007;178(3):385393van Dieen JH, Selen LPJ,Cholewicki J. Trunk muscleactivation in low-back painpatients, an analysis of theliterature. J ElectromyogrKinesiol 2003;13(4):333351.Schaible HG, Grubb BD.fferents and spinal mechanismsof joint pain. Pain 1993;55:554. Adkin AL, Campbell AD,Chua R, Carpenter MG. Theinfluence of postural threat on thecortical response to unpredictable and predictable posturalperturbations. Neurosci Lett2008;435(2):120125.Lamoth CJ, Daffertshofer A,Meijer OG, Lorimer Moseley G,Wuisman PI, Beek PJ. Effects of experimentally induced pain andfear of pain on trunk coordinationand back muscle activity duringwalking. Clin Biomech (Bristol,Avon) 2004;19(6):551563.Lamoth CJ, Stins JF, Pont M,et al. Effects of attention on thecontrol of locomotion inindividuals with chronic low back pain. J Neuroeng Rehabil 2008;5:13.Moseley GL, Hodges PW.Reduced variability of postural strategy prevents normalization of motor changes induced by back pain: a risk factor for chronictrouble? Behav Neurosci2006;120(2):474476.Cholewicki J, van Dieen JH,Arsenault AB. Muscle functionand dysfunction in the spine.J Electromyogr Kinesiol 2003;13Bandholm T, Rasmussen L,Aagaard P, et al. Effects ofexperimental muscle pain onshoulder-abduction forcesteadiness and muscle activity inhealthy subjects. Eur J ApplPhysiol 2008;102(6):643650.