Globally renowned pain researcher and communicator Professor Lorimer Moseley is bringing to Vienna the latest strategies for integrating modern pain science into your clinical practice. Expect two enjoyable and challenging days designed to elevate your confidence and competence in treating individuals with chronic pain. This is a unique opportunity, and tickets are limited.
Lorimer Moseley has been busy ‚Down Under‘ investigating how to best help our patients by using pain science discoveries to guide them towards recovery from chronic pain. Lorimer is returning to Austria for a live course that will transform your approach to integrating pain science and education into your clinical practice.
Join Lorimer as he discusses strategies for integrating modern pain science into your clinical practice. With insights from the latest research, Lorimer will focus on contemporary pain education approaches, including the fit-for-purpose model and the Resolve approach to care. He will present new resources and clinical tools to optimise your interventions and share tips and tricks to empower your patients moving forward. This course will enhance your understanding and maximise your educational impact.
Don’t miss out now on the early bird fee. Limited spots are available.
Course description for Pain Science in Practice: with Lorimer Moseley
Duration: 2 days
The course will be held in English. Lorimer is used to teach to non-native audiences.
By the end of this course, participants will:
- Understand the neurophysiological rationale for a biopsychosocial approach to the treatment of persistent pain.
- Understand how visual illusions highlight different characteristics of perception, including the complexity of pain.
- Differentiate injury and pain within a healthcare encounter
- Differentiate between constructivism-based and didactic education models
- Understand the influence of clinician language and treatment approach on patient perceptions and outcomes
- Understand the variables that promote the precision and integrity of body-related neural maps
