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The post-stroke shoulderLiesbet De Baets
What is a stroke?
Acute verstoring bloedcirculatie in de hersenen
met neurologische uitvalverschijnselen
- Ischemisch (80%) of hemorragisch (20%)
- Meest voorkomende ernstige neurologische aandoening
- 1/3de zeer ernstige beperkingen
- Restverschijnselen:
Motorische stoornissen (verlamming, spasme, …)
Sensorische stoornissen
Pijn
Affectieve stoornissen
Cognitieve stoornissen
Fatische stoornissen
Diplopie / Hemi-anopsie
…
Patients’ priorities for rehabilitation immediately after stroke are on
regaining gait self-care in general
Patients’ priorities for rehabilitation ~ 3 mths after stroke are on
Regaining arm function
88% of the variance in hand function post-stroke is explained
by changes in active range of shoulder motion
Beebe and Lang, 2008
Regain upper extremity FUNCTION
Prevent shoulder PAIN
UE related treatment goals after stroke
Initial after stroke:
often flaccid paralysis
importance of correct handling/positioning
Spontaneous ‘recovery’:
Proximal to distal UE ‘recovery’
synergies that produce one movement pattern
evolution towards selective movement control
importance of correct exercise therapy
Regain upper extremity FUNCTION
Gillen 2011; Kim, 2012, Gould and Barnes, 2013
Initial after stroke:
flaccid paralysis in >90%
importance of correct handling/positioning
Spontaneous ‘recovery’:
Proximal to distal UE ‘recovery’
synergies that produce one movement pattern
evolution towards selective movement control
importance of correct exercise therapy
Regain upper extremity FUNCTION
Gillen 2011; Kim, 2012, Gould and Barnes, 2013
Correct handling of the paretic shoulder/upper limb
Attention for transfers
Attention: Dof risk for learned non-use
Slings?
Correct handling of the paretic shoulder/upper limb
Prevent post-stroke shoulder pain
Correct positioning/handling of the hemiplegic shoulder:
Prevention of inferior subluxation due to gravitational pull
Prevention of traction on various nerves
Decrease the risk for shoulder-hand syndrome (CRPS)
Initial after stroke:
often flaccid paralysis
importance of correct handling/positioning
Spontaneous ‘recovery’:
Proximal to distal UE ‘recovery’
synergies that produce one movement pattern
evolution towards selective movement control
importance of correct exercise therapy
Regain upper extremity FUNCTION
Gillen 2011; Kim, 2012, Gould and Barnes, 2013
Regain upper extremity FUNCTION
Start on as early as possible with upper extremity rehab
to maximize neuroplasticity
to avoid learned non-use
to prevent development of shoulder pain
=
Day 1
Regain upper extremity FUNCTION
Michielsen et al., Int J Phys Med Rehabil 2015
Trunk control test
Item 3 < 25No balance in
sitting position 30s
Item 3 = 25
BFM – stage 2 < 11no movement out of flexion pattern
BFM – stage 2,3,4 > 17 movement out of
pattern
Lying Supine Pronesit/stand
SupineLat.pos.
Supine/a/
Lat.pos./ap/, /a/
Sit/ap/to
/a/
Stand/ap/to
/a/
Scapula setting Selectiverecruitment
Core in lying, related toreaching
SitStand
JSU-diagram for rehabilitaton of the upper limb after stroke
Eccentric movement of internal rotators – pectoralis majorActivation of biceps and triceps (concentric and eccentric)
During a meaningful activity
Side lying on affected side
Michielsen et al., Int J Phys Med Rehabil 2015
Trunk control test
Item 3 < 25No balance in sitting
position 30s
Lying
JSU-diagram for rehabilitaton of the upper limb after stroke
trunk, scapula and upper arm are passively stabilized, to enable movement outside synergy
eccentric and concentric activity of serratus anterior (scapula protraction/scapula setting)
eccentric and concentric control of triceps
Lying in supine position
Michielsen et al., Int J Phys Med Rehabil 2015
Trunk control test
Item 3 < 25No balance in sitting
position 30s
Lying
JSU-diagram for rehabilitaton of the upper limb after stroke
Trunk and scapula are passively stabilized, more DoF for GH joint and influence of Fz
eccentric activity of pectoralis and anterior deltoid (horizontal abduction)
concentric / eccentric activity of shoulder flexors
Michielsen et al., Int J Phys Med Rehabil 2015
Trunk control test
Item 3 < 25No balance in sitting
position 30s
Lying
JSU-diagram for rehabilitaton of the upper limb after stroke
Lying in supine position
Trunk and scapula are passively stabilized, more DoF for GH joint and influence of Fz
scapula setting
scapulothoracic protraction (serratus anterior)
concentric/eccentric control external rotators and
posterior deltoideus
concentric/eccentric activity of triceps brachii.
Side lying non-affected side
Michielsen et al., Int J Phys Med Rehabil 2015
Trunk control test
Item 3 < 25No balance in sitting
position 30s
Lying
JSU-diagram for rehabilitaton of the upper limb after stroke
To address relation between core stability and scapula setting
A task is chosen in which grasping is included
Regain upper extremity FUNCTION
Michielsen et al., Int J Phys Med Rehabil 2015
Trunk control test
Item 3 < 25No balance in
sitting position 30s
Item 3 = 25
BFM – stage 2 < 11no movement out of flexion pattern
BFM – stage 2,3,4 > 17 movement out of
pattern
Lying Supine Pronesit/stand
SupineLat.pos.
Supine/a/
Lat.pos./ap/, /a/
Sit/ap/to
/a/
Stand/ap/to
/a/
Scapula setting Selectiverecruitment
Core in lying, related toreaching
SitStand
JSU-diagram for rehabilitaton of the upper limb after stroke
Focus on reachingObl. ext. abd – serr ant
Functional tasks, in different starting positions
Michielsen et al., Int J Phys Med Rehabil 2015
BFM – stage 2 < 11no movement out of flexion pattern
SupineProne
sit/stand
SupineLat.pos.
Supine/a/
Lat.pos./ap/, /a/
Sit/ap/to /a/
Stand/ap/to /a/
Scapula setting Selectiverecruitment
Core in lying, related to reaching
Regain upper extremity FUNCTION
Michielsen et al., Int J Phys Med Rehabil 2015
Trunk control test
Item 3 < 25No balance in
sitting position 30s
Item 3 = 25
BFM – stage 2 < 11no movement out of flexion pattern
BFM – stage 2,3,4 > 17 movement out of
pattern
Lying Supine Pronesit/stand
SupineLat.pos.
Supine/a/
Lat.pos./ap/, /a/
Sit/ap/to
/a/
Stand/ap/to
/a/
Scapula setting Selectiverecruitment
Core in lying, related toreaching
SitStand
JSU-diagram for rehabilitaton of the upper limb after stroke
Constraint induced movement therapy
To decreaseinterhemispheric competition
Timmermans et al, 2009, Brunner et al, 2014
Technology-supported rehabilitation
Virtual reality - Serious gamingRobot assisted movement - Hocoma Patient-specific training - Tagtrainer
Frequent movement repetition (overlearning)
Natural environmental context
Address function, activity and participation
Prevent post-stroke shoulder pain
PSSP prolongs rehabilitation of affected limb and hospital stay,
negatively influences neuroplasticity
negatively affects ADL and QoL and
is associated with withdraw from participation in rehab process
Griffin and Bernhardt, 2006Suriya-amarit et al, 2014
4th most common medical complication after stroke
?
Suriya-amarit et al, 2014
Prevent post-stroke shoulder pain
Knowledge on functional anatomy, kinesiology and
muscle function around shoulder complex is essentiel
Neumann, 2009
Prevent post-stroke shoulder pain
Factors associated with shoulder pain after stroke
• Decreased glenohumeral abduction ROM
• Decreased glenohumeral external rotation ROM
• Poor scapulothoracic position
• Poor scapulothoracic motion
• Spasticity - hypertonicity of elbow flexors
Similar to factors associated with shoulder pain in musculoskeletal rehabilitation
De Baets L, 2013, 2015, 2016 Lindgren I, 2007, 2012, 2014
Patients’ priorities for rehabilitation immediately after stroke are on
regaining gait self-care in generalFocus physical therapy Focus occupational therapy
KNGF richtlijn beroerte, 2014
Prognose arm-handvaardigheid zes maanden na het CVAExtensie van de vingers / abductie van de schouder op dag twee na het CVA.
Indien mogelijk op dag 2: 98% kans op enige arm-hand vaardigheid op 6 maandenOnmogelijk op dag 2: op dag 5 wel: 25% kans op enige arm-hand vaardigheid op 6 maanden
op dag 9 wel: 14% kans op enige arm-hand vaardigheid op 6 maanden
Risico van ‘slechte’ prognose UE rehab is no priority?Risico van ‘goede’ prognose UE rehab is no priority?
Initial after stroke: flaccid paralysis in >90%
Spontaneous recovery:
Proximal to distal UE recoverysynergies that produce one movement pattern
evolution towards selective movement control
Three to six months after stroke: 55 to 75% of stroke patients UE dysfunction
Six months after stroke: 30-66% of stroke patients remain without voluntary function 5-20% demonstrates complete recovery
Regain upper extremity FUNCTION
Gillen 2011; Kim, 2012, Gould and Barnes, 2013
Increase function – prevent shoulder pain : summary
Start with upper extremity rehab as early as possible
to facilitate neuroplasticity
to avoid learned non-use
to prevent secondary impairment, e.g. MSK-like shoulder pain,
shoulder hand syndrome, …
The patient 'thinks’ activity, the therapist 'thinks' structure/function
External focus for motor learning
UE recovery is often limited. Keep balance between …
Allowing compensatorymovement to increasefunctionality/activity
Risk for injury due tocompensatory movement
Implementation of a musculoskeletal model in neurorehabilitation is not straightforward
Increase function – prevent shoulder pain : conclusion