Exercise Shows Promise in Easing Symptoms for Chronic Lymphocytic Leukemia Patients, But Support and Guidance Are Lacking

A recent study conducted by researchers at the University of Surrey highlights the significant benefits of physical activity for individuals living with chronic lymphocytic leukemia (CLL), the most prevalent type of blood cancer. The study emphasizes the crucial need for personalized exercise guidance, as many patients express a desire to participate in exercise programs yet seldom receive tailored advice from healthcare providers.

Surveying 128 CLL patients across the UK, the research found that nearly 80% were interested in engaging in exercise routines. However, a stark 70% reported that they had never been guided on how to incorporate physical activity safely and effectively into their lives. Dr. David Bartlett, an expert in exercise immunology, explained that providing proper guidance could greatly enhance the quality of life for CLL patients. Exercise has been associated with improved physical and daily functioning, reduced fatigue and pain, and overall symptom management.

The findings also reveal a gap in structured healthcare interventions like prehabilitation and rehabilitation programs for CLL within national health systems, including the NHS. Patients showed a preference for virtual exercise classes, either at home or in community settings, citing the importance of convenience, cost-efficiency, and proximity. They valued advice from specialized healthcare professionals such as exercise physiologists and physical therapists over peer-led or generic fitness instructions.

Ellie Miles, a Ph.D. student involved in the study, stressed the importance of individualized exercise plans that account for treatment status and specific symptoms. Tailored, expert-led programs are vital for addressing the unique challenges faced by each patient.

This research underscores the potential of physical activity to improve life quality for CLL patients and highlights the urgent need for healthcare systems to develop structured, accessible, and personalized exercise support tailored to this population.

Source: Medical Xpress