Shoulder Pain in Primary Care Physiotherapy

Current physiotherapy management in patients with shoulder pain is unknown. Additionally, little is known about the effect of diagnostic imaging procedures, especially diagnostic ultrasound, as a relatively new imaging procedure in primary care physiotherapy. The current evidence statement do not makes a recommendation on the use of diagnostic ultrasound. Due to the lack of reproducibility of traditional diagnostic labels, subgroups based on prognostic factors could help facilitate more appropriate treatment plans. Several prognostic factors have been described and it is believed that diagnostic ultrasound and working alliance might also be potential prognostic factors for recovery. Therefore, the main objectives of this thesis are (1) to describe current management in relation to diagnostic work-up (including the use of diagnostic ultrasound) and treatment strategies of physiotherapy care for patients with shoulder pain (2) to identify prognostic factors and develop a prognostic model (including the use of diagnostic ultrasound and working alliance) of recovery for patients with shoulder pain

One question might be capable of replacing the Shoulder Pain and Disability Index (SPADI) when measuring disability: a prospective cohort study

Questions: Is it possible to replace the Shoulder Pain and Disability Index (SPADI) with a single substitute question for people with shoulder pain, when measuring disability and how well does this substitute question perform as a predictor for recovery. Design: A prospective cohort study. Participants: A total of 356 patients with shoulder pain in primary care. Analyses: Convergent, divergent, and “known” groups validity were assessed by using hypotheses testing. Responsiveness was assessed using the Receiver Operating Curve and hypothesis testing. In addition, we performed multivariate regression to assess if the substitute question showed similar properties as the SPADI and if it affected the model itself, using recovery as an outcome. Results: The Spearman correlation coefficient between the total SPADI score and the substitute question was high, and moderate with the Shoulder Disability Questionnaire. The correlation between the substitute question and the EQ-5D-3L was low and the responsiveness was acceptable. The substitute question did not significantly contribute to both prognostic prediction models as opposed to the SPADI. Regardless all models showed poor to fair discrimination. Conclusion: The single question is a reasonable substitute for the SPADI and can be used as a screening instrument for shoulder disability in primary clinical practice. It has slightly poorer predictive power and should therefore not be used for prognosis

Current management and prognostic factors in physiotherapy practice for patients with shoulder pain: Design of a prospective cohort study

Background: Shoulder pain is disabling and has a considerable socio-economic impact. Over 50% of patients presenting in primary care still have symptoms after 6 months; moreover, prognostic factors such as pain intensity, age, disability level and duration of complaints are associated with poor outcome. Most shoulder complaints in this group are categorized as non-specific. Musculoskeletal ultrasound might be a useful imaging method to detect subgroups of patients with subacromial disorders.This article describes the design of a prospective cohort study evaluating the influence of known prognostic and possible prognostic factors, such as findings from musculoskeletal ultrasound outcome and working alliance, on the recovery of shoulder pain. Also, to assess the usual physiotherapy care for shoulder pain and examine the inter-rater reliability of musculoskeletal ultrasound between radiologists and physiotherapists for patients with shoulder pain. Methods. A prospective cohort study including an inter-rater reliability study. Patients presenting in primary care physiotherapy practice with shoulder pain are enrolled. At baseline validated questionnaires are used to measure patient characteristics, disease-specific characteristics and social factors. Physical examination is performed according to the expertise of the physiotherapists. Follow-up measurements will be performed 6, 12 and 26 weeks after inclusion. Primary outcome measure is perceived recovery, measured on a 7-point Likert scale. Logistic regression analysis will be used to evaluate the association between prognostic factors and recovery. Discussion. The ShoCoDiP (Shoulder Complaints and using Diagnostic ultrasound in Physiotherapy practice) cohort study will provide information on current management of patients with shoulder pain in primary care, provide data to develop a prediction model for shoulder pain in primary care and to evaluate whether musculoskeletal ultrasound can improve prognosis