Webinar Associate Professor Ann Cools: Rotator Cuff Tendinopathy: To load or not to load

Rotator Cuff Tendinopathy: To Load or Not to Load?

Evidence-Based Clinical Reasoning & Exercise Prescription with Ann Cools, PhD

Rotator cuff tendinopathy is one of the most frequent and challenging shoulder conditions encountered in physiotherapy. This advanced course provides a clear, evidence-based framework for understanding the mechanisms behind rotator cuff–related shoulder pain and for making confident clinical decisions about assessment, load management and exercise selection.

Over the years, thinking about shoulder pain has shifted away from solely structural explanations toward a more functional, load-capacity driven perspective. This course outlines that evolution and translates the latest scientific insights into practical strategies for your daily practice. You will learn how to differentiate between irritability levels, how to choose appropriate exercises and how to safely progress loading in both early and later stages of tendinopathy.

A central theme is the intelligent application of load: when to reduce it, when to increase it, and how to monitor responses throughout rehabilitation. Exercises such as external rotation variations, full-can, prone elevation and other high-value movements are explored in depth, supported by clear guidance on dosage, progression and pain monitoring.

This course is ideal for physiotherapists who want to refine their decision-making, improve the quality of their rehabilitation programmes and apply a modern, evidence-based approach to shoulder care. You will leave with a more structured way of assessing, reasoning and treating rotator cuff tendinopathy, and with concrete tools you can implement in your clinic immediately.

Learning Goals

1. Critically appraise the rotator cuff tendinopathy continuum and differentiate reactive, dysrepair, and degenerative states to guide stage-appropriate loading strategies using evidence from RCTs and EMG studies.
2. Evaluate irritability levels and design complex, individually tailored loading progressions (isometric → concentric/eccentric → functional tasks) supported by pain-monitoring frameworks (VAS 4–5/10).
3. Integrate biomechanical and neuromuscular findings—including ER weakness and supraspinatus/infraspinatus vulnerability—into advanced clinical reasoning to optimise exercise selection.
4. Analyse patient narratives and expectations and modify communication to avoid structural pathoanatomical framing shown to undermine rehabilitation outcomes.
5. Synthesize evidence from comparative trials to justify treatment choices (exercise vs. surgery; modality selection) and transform this into high-level clinical decision-making for managing RCRSP.