Make Visible: Complex Chronic Illness Explored #23 Improving quality of life - managing P.E.M. and moving towards stability with O.T. Amy Mooney
Amy Mooney’s aim is to improve the quality of life for her patients. She is an occupational therapist specialising in the treatment of conditions that cause post-exertional malaise (PEM) and their comorbidities – working with patients with ME/CFS, Long Covid, Ehlers Danlos, fibromyalgia, dysautonomia, POTS, and MCAS.
Operating from a place of huge empathy and understanding – she is also a mother of a child with these conditions – Mooney focuses on the individual needs of patients, creating personalised strategies to move patients out of a constant fight for survival, and into a situation in which they can start to improve. She does this through a full assessment of patient’s ADLs (activities of daily living) and their symptom fluctuations.
In this week’s episode Mooney provides us with a breakdown of her approach – endeavouring to build a platform of stability and control for patients by prioritising daily functions and focusing on understanding how symptoms respond to different types of stressors, including cognitive, physical, social, emotional, and environmental factors. She explains the concept of dynamic energy management, responding to our body’s differing capacities on different days, and encourages patients to regain control of their illness by building awareness and learning from the setback. With a background in sensory integration therapy, Mooney highlights the significance of addressing all sensory inputs alongside the, perhaps more obvious, other stressors that contribute in this illness.
Amy Mooney offers telehealth and clinical services to individual clients in private practice, but is also an educator – advising healthcare professionals globally, including contributing substantially to the Bateman Horne Center’s Clinical Care Guide, authoring multiple articles in “WORK: A journal of prevention, assessment and rehabilitation”, and striving to educate practitioners to a deeper understanding of P.E.M. and the tools to reduce it.