This study aims, by means of a randomized control trial, to investigate which treatment method (corticoid injection + physiotherapy with a focus on manual therapy and home-exercises versus corticosteroid injection + physiotherapy with focus on education and supported home exercises) gives better results on clinically relevant outcomes (range of glenohumeral motion, psychological factors, pain, shoulder function, quality of life) and on parameters derived from arthroscopic glenohumeral investigation by means of MRI. Furthermore, associations between (1) the results on the MRI investigation, (2) the range of glenohumeral motion, (3) shoulder function and pain, and (4) psychological factors will be assessed at different time-points (before and at 6-12-18 and 52 weeks after the first injection).
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
SINGLE
Enrollment
100
corticoid injection + physiotherapy with a focus on manual therapy and home-exercises
corticosteroid injection + physiotherapy with focus on education and supported home exercises
Jessa Ziekenhuis
Hasselt, Belgium
Scapulothoracic, glenohumeral and elbow joint range of motion
before the first injection with corticosteroids By means of inertial motion sensors, range of motion in the scapulothoracic, glenohumeral and elbow joint will be assessed during functional task performance
Time frame: baseline
Scapulothoracic, glenohumeral and elbow joint range of motion
after the first injection with corticosteroids. By means of inertial motion sensors, range of motion in the scapulothoracic, glenohumeral and elbow joint will be assessed during functional task performance
Time frame: week 6
Scapulothoracic, glenohumeral and elbow joint range of motion
after the first injection with corticosteroids. By means of inertial motion sensors, range of motion in the scapulothoracic, glenohumeral and elbow joint will be assessed during functional task performance
Time frame: week 12
Scapulothoracic, glenohumeral and elbow joint range of motion
after the first injection with corticosteroids. By means of inertial motion sensors, range of motion in the scapulothoracic, glenohumeral and elbow joint will be assessed during functional task performance
Time frame: week 18
Scapulothoracic, glenohumeral and elbow joint range of motion
after the first injection with corticosteroids. By means of inertial motion sensors, range of motion in the scapulothoracic, glenohumeral and elbow joint will be assessed during functional task performance
Time frame: week 52
parameters on arthrographic investigation by means of MRI
the thickness of the coracohumeral ligament, the capacity of the inferior glenohumeral joint recessus are investigated.
Time frame: baseline
parameters on arthrographic investigation by means of MRI
the thickness of the coracohumeral ligament, the capacity of the inferior glenohumeral joint recessus are investigated.
Time frame: week 18
Disability of the shoulder, elbow and hand questionnaire
assessment of upper limb function
Time frame: baseline
Disability of the shoulder, elbow and hand questionnaire
assessment of upper limb function
Time frame: week 6
Disability of the shoulder, elbow and hand questionnaire
assessment of upper limb function
Time frame: week 12
Disability of the shoulder, elbow and hand questionnaire
assessment of upper limb function
Time frame: week 18
Disability of the shoulder, elbow and hand questionnaire
assessment of upper limb function
Time frame: week 52
Brief pain inventory
assessment of current, worst and night pain on a 11 point likert scale
Time frame: baseline
Brief pain inventory
assessment of current, worst and night pain on a 11 point likert scale
Time frame: week 6
Brief pain inventory
assessment of current, worst and night pain on a 11 point likert scale
Time frame: week 12
Brief pain inventory
assessment of current, worst and night pain on a 11 point likert scale
Time frame: week 18
Brief pain inventory
assessment of current, worst and night pain on a 11 point likert scale
Time frame: week 52
EQ-5D-5L questionnaire
Quality of life assessment
Time frame: baseline
EQ-5D-5L questionnaire
Quality of life assessment
Time frame: week 6
EQ-5D-5L questionnaire
Quality of life assessment
Time frame: week 12
EQ-5D-5L questionnaire
Quality of life assessment
Time frame: week 18
EQ-5D-5L questionnaire
Quality of life assessment
Time frame: week 52
Self-efficacy questionnaire
this questionnaire assesses the self-efficacy of a person
Time frame: baseline
Self-efficacy questionnaire
this questionnaire assesses the self-efficacy of a person
Time frame: week 6
Self-efficacy questionnaire
this questionnaire assesses the self-efficacy of a person
Time frame: week 12
Self-efficacy questionnaire
this questionnaire assesses the self-efficacy of a person
Time frame: week 18
Self-efficacy questionnaire
this questionnaire assesses the self-efficacy of a person
Time frame: week 52
Tampa scale of kinesiophobia
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this scale investigates fear of movement
Time frame: baseline
Tampa scale of kinesiophobia
this scale investigates fear of movement
Time frame: week 6
Tampa scale of kinesiophobia
this scale investigates fear of movement
Time frame: week 12
Tampa scale of kinesiophobia
this scale investigates fear of movement
Time frame: week 18
Tampa scale of kinesiophobia
this scale investigates fear of movement
Time frame: week 52
Hospital anxiety and depression scale
this scale investigates anxiety and depression
Time frame: baseline
Hospital anxiety and depression scale
this scale investigates anxiety and depression
Time frame: week 6
Hospital anxiety and depression scale
this scale investigates anxiety and depression
Time frame: week 12
Hospital anxiety and depression scale
this scale investigates anxiety and depression
Time frame: week 18
Hospital anxiety and depression scale
this scale investigates anxiety and depression
Time frame: week 52