Rehabilitation program of the shoulder: Difference between revisions
(New page: = Rehabilitation program of the shoulder = == Non-operative rehabilitation == When designing a rehabilitation program for patients with an unstable shoulder (glenohumeral joint instabili...) |
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= | = Non-operative rehabilitation = | ||
= | When designing a rehabilitation program for patients with an unstable shoulder (glenohumeral joint instability), it's important that the follow key factors should be considered: <ref name="Wilk">E. Wilk, K., C. Macrina, L., M. Reinold, M., 'Non-operative rehabilitation for traumatic and atraumatic glenohumeral instability', North american journal of sports physical therapy, VOL. 1 (2006), februari, nr. 1, p. 16-31</ref> | ||
*Onset of pathology | |||
*Degree of instability and the effect of their functions | |||
*Onset of pathology | *Frequency of dislocation (chronic versus acute) | ||
*Degree of instability and the effect of their functions | *Direction of instability (posterior, anterior or multidirectional) | ||
*Frequency of dislocation (chronic versus acute) | *Concomitant pathologies (Bankart lesion, [[Hill Sachs Lesion|Hill sachs lesion]], a reverse Hill sachs lesion...) | ||
*Direction of instability (posterior, anterior or multidirectional) | *End range neuromuscular control | ||
*Concomitant pathologies (Bankart lesion, [[ | |||
*End range neuromuscular control | |||
*Activity level | *Activity level | ||
When considering all of this seven key factors, each patient will have a different structure of the non-operative rehabilitation program. | When considering all of this seven key factors, each patient will have a different structure of the non-operative rehabilitation program. | ||
This rehabilitation program will be divided into two categories: traumatic and atraumatic. It's important to discuss about this traumatic and atraumatic dislocation protocol, to make it better. | This rehabilitation program will be divided into two categories: traumatic and atraumatic. It's important to discuss about this traumatic and atraumatic dislocation protocol, to make it better. | ||
<br> | |||
== Traumatic == | |||
= | This traumatic dislocation protocol will vary in length for each individual depending on the seven key factors and the arm dominance, desired goals and activities. <ref name="Wilk" /> | ||
<u>Phase 1 - The acute motion phase</u> | |||
< | The glenohumeral joint will be immobilized in an internally rotated and adducted position (2-4 weeks to allow scarring of the injured capsule and younger people 7-14 days). There is some discuss about the position of immobilisation. Several studies concluded that immobilization in external rotation significantly reduced the the recurrence rate of instability in first-time-dislocaters and chronic dislocation. <ref name="Wilk" /><ref name="Cutts">Cutts, S., Prempeh, M., Drew, S., 'Anterior shoulder dislocation', Ann R coll Surg Engl, VOL. 91 (2009), p. 2-7 (Level of evidence 2A)</ref> | ||
The goals of this phase are decrease pain, inflammation and muscular spasms; re-establish [[ | The goals of this phase are: decrease pain, inflammation and muscular spasms; re-establish [[Shoulder Instability|dynamic stability]] and non-painful range of motion; retard muscular atrophy; improve proprioception and protect the healing capsular structures. To achieve this goals, following aspects will be implement: | ||
*decrease pain and inflammation | *decrease pain and inflammation | ||
*Range of motion (ROM) exercise: activo-passive, passive and active | *Range of motion (ROM) exercise: activo-passive, passive and active whit some help<br> | ||
*Strengthening/proprioception | *Strengthening/proprioception exercises: isometrics performed with the arm at side | ||
* | *Rhythmic stabilization | ||
Before the patient may enters the following phase, he must meet certain criteria which include: | |||
1) Full functional ROM, 2) minimal pain and diminished inflammation, 3) sufficient static stability and 4) adequate neuromuscular control. | |||
<br> | |||
<u></u> | |||
<u>Phase 2 - Intermediate phase</u> | |||
Goals of this phase are: enhance the proprioception, kinesthesia and dynamic stabilization; regain and improve muscular strength and the neuromuscular control; and normalize arthrokinematics. To achieve this goals, following aspects will be implement: <ref name="Wilk" /> | |||
*Progress ROM at 90 degrees abduction (painfree) | |||
*Initiate isotonic strengthening: emphasis on external rotation and scapular strengthening | |||
*Neuromuscular control of the shoulder complex: initiating proprioceptive exercise, rhythmic stabilization drills | |||
*As needed: continue use of ice, [[Current Concepts in Electrotherapy|eletrotherapy]] modalities<br> | |||
Before the patient may enters phase 3, he must meet certain criteria which include: | |||
*As needed: continue use of ice or electrotherapy modalities | 1) minimal pain and tenderness, 2) symmetrical capsular mobility, 3) full non-painfull ROM and 4) good strength, endurance and dynamic stability of the upper extremity and scapulothoracic musculature. | ||
*Continue isotonic strengthening, but now progressing resistance | |||
*Emphasize PNF (45,90 and 145 degrees) | <br> | ||
*When working whit athletes: advanced neuromuscular control drills | |||
*Endurance training: increase the length of an exercise, more repetitions, more exercise periods throughout a day | <u>Phase 3 - Advances strengthening phase</u> | ||
Goals of this phase are: improve the neuromuscular control, strength, power and endurance; enhance the dynamic stabilizations; and prepare the patient or athlete for his activities. To achieve this goals, following aspects will be implement: <ref name="Wilk" /> | |||
*As needed: continue use of ice or electrotherapy modalities | |||
*Continue isotonic strengthening, but now progressing resistance | |||
*Emphasize PNF (45,90 and 145 degrees) | |||
*When working whit athletes: advanced neuromuscular control drills | |||
*Endurance training: increase the length of an exercise, more repetitions, more exercise periods throughout a day | |||
*Initiate plyometric training | *Initiate plyometric training | ||
Before the patient may enters phase 4, he must meet certain criteria which include: | |||
1) Full functional ROM, 2) static and dynamic stability and 3) sufficient strength and endurance. | |||
<u></u> | |||
<u>Phase 4 - Return to activity phase</u> | |||
< | Goals of this phase are: increase the activity level (progressively) to prepare the patient or the athlete for functional return to his activity or sport. To achieve this goals, following aspects will be implement: <ref name="Wilk" /> | ||
*Isokinetic test (external and internal rotation; ab- and adduction) | *Exercise as in phase 3 | ||
*a progress interval training | *Progress the isotonic strengthening exercises | ||
*An interval sport program | |||
*consider a brace for contact sports (stabilizing the [[Glenohumeral Joint|glenohumeral joint)]] | |||
<br> | |||
<u>Follow up</u>: | |||
*Isokinetic test (external and internal rotation; ab- and adduction) | |||
*a progress interval training | |||
*Maintain the exercise program | *Maintain the exercise program | ||
<br> | |||
<br> | |||
== Atraumatic == | |||
= | = Post-operative rehabilitation = | ||
= References = | |||
#E. Wilk, K., C. Macrina, L., M. Reinold, M., 'Non-operative rehabilitation for traumatic and atraumatic glenohumeral instability', North amarican journal of sports physical therapy, VOL. 1 (2006), februari, nr. 1, p. 16-31 | |||
#Cutts, S., Prempeh, M., Drew, S., 'Anterior shoulder dislocation', Ann R coll Surg Engl, VOL. 91 (2009), p. 2-7 (Level of evidence 2A) | |||
<references /> | |||
[[Category:Occupational Health]] | |||
[[Category:Shoulder]] | |||
[[Category:Rehabilitation Protocols]] |
Latest revision as of 17:42, 9 April 2021
Non-operative rehabilitation [edit | edit source]
When designing a rehabilitation program for patients with an unstable shoulder (glenohumeral joint instability), it's important that the follow key factors should be considered: [1]
- Onset of pathology
- Degree of instability and the effect of their functions
- Frequency of dislocation (chronic versus acute)
- Direction of instability (posterior, anterior or multidirectional)
- Concomitant pathologies (Bankart lesion, Hill sachs lesion, a reverse Hill sachs lesion...)
- End range neuromuscular control
- Activity level
When considering all of this seven key factors, each patient will have a different structure of the non-operative rehabilitation program.
This rehabilitation program will be divided into two categories: traumatic and atraumatic. It's important to discuss about this traumatic and atraumatic dislocation protocol, to make it better.
Traumatic[edit | edit source]
This traumatic dislocation protocol will vary in length for each individual depending on the seven key factors and the arm dominance, desired goals and activities. [1]
Phase 1 - The acute motion phase
The glenohumeral joint will be immobilized in an internally rotated and adducted position (2-4 weeks to allow scarring of the injured capsule and younger people 7-14 days). There is some discuss about the position of immobilisation. Several studies concluded that immobilization in external rotation significantly reduced the the recurrence rate of instability in first-time-dislocaters and chronic dislocation. [1][2]
The goals of this phase are: decrease pain, inflammation and muscular spasms; re-establish dynamic stability and non-painful range of motion; retard muscular atrophy; improve proprioception and protect the healing capsular structures. To achieve this goals, following aspects will be implement:
- decrease pain and inflammation
- Range of motion (ROM) exercise: activo-passive, passive and active whit some help
- Strengthening/proprioception exercises: isometrics performed with the arm at side
- Rhythmic stabilization
Before the patient may enters the following phase, he must meet certain criteria which include:
1) Full functional ROM, 2) minimal pain and diminished inflammation, 3) sufficient static stability and 4) adequate neuromuscular control.
Phase 2 - Intermediate phase
Goals of this phase are: enhance the proprioception, kinesthesia and dynamic stabilization; regain and improve muscular strength and the neuromuscular control; and normalize arthrokinematics. To achieve this goals, following aspects will be implement: [1]
- Progress ROM at 90 degrees abduction (painfree)
- Initiate isotonic strengthening: emphasis on external rotation and scapular strengthening
- Neuromuscular control of the shoulder complex: initiating proprioceptive exercise, rhythmic stabilization drills
- As needed: continue use of ice, eletrotherapy modalities
Before the patient may enters phase 3, he must meet certain criteria which include:
1) minimal pain and tenderness, 2) symmetrical capsular mobility, 3) full non-painfull ROM and 4) good strength, endurance and dynamic stability of the upper extremity and scapulothoracic musculature.
Phase 3 - Advances strengthening phase
Goals of this phase are: improve the neuromuscular control, strength, power and endurance; enhance the dynamic stabilizations; and prepare the patient or athlete for his activities. To achieve this goals, following aspects will be implement: [1]
- As needed: continue use of ice or electrotherapy modalities
- Continue isotonic strengthening, but now progressing resistance
- Emphasize PNF (45,90 and 145 degrees)
- When working whit athletes: advanced neuromuscular control drills
- Endurance training: increase the length of an exercise, more repetitions, more exercise periods throughout a day
- Initiate plyometric training
Before the patient may enters phase 4, he must meet certain criteria which include:
1) Full functional ROM, 2) static and dynamic stability and 3) sufficient strength and endurance.
Phase 4 - Return to activity phase
Goals of this phase are: increase the activity level (progressively) to prepare the patient or the athlete for functional return to his activity or sport. To achieve this goals, following aspects will be implement: [1]
- Exercise as in phase 3
- Progress the isotonic strengthening exercises
- An interval sport program
- consider a brace for contact sports (stabilizing the glenohumeral joint)
Follow up:
- Isokinetic test (external and internal rotation; ab- and adduction)
- a progress interval training
- Maintain the exercise program
Atraumatic[edit | edit source]
Post-operative rehabilitation[edit | edit source]
References[edit | edit source]
- E. Wilk, K., C. Macrina, L., M. Reinold, M., 'Non-operative rehabilitation for traumatic and atraumatic glenohumeral instability', North amarican journal of sports physical therapy, VOL. 1 (2006), februari, nr. 1, p. 16-31
- Cutts, S., Prempeh, M., Drew, S., 'Anterior shoulder dislocation', Ann R coll Surg Engl, VOL. 91 (2009), p. 2-7 (Level of evidence 2A)
- ↑ 1.0 1.1 1.2 1.3 1.4 1.5 E. Wilk, K., C. Macrina, L., M. Reinold, M., 'Non-operative rehabilitation for traumatic and atraumatic glenohumeral instability', North american journal of sports physical therapy, VOL. 1 (2006), februari, nr. 1, p. 16-31
- ↑ Cutts, S., Prempeh, M., Drew, S., 'Anterior shoulder dislocation', Ann R coll Surg Engl, VOL. 91 (2009), p. 2-7 (Level of evidence 2A)