Dual Task Performance in Rheumatic Diseases

Overview

Chronic pain is pain that exceeds the duration of the injury or trigger stimulus and lasts for at least three months. Recent studies show that chronic pain has devastating effects on cognitive functions by causing emotional stress, anxiety, and depression.The studies show that chronic pain affects certain cognitive areas. These areas are; processing speed, short-term memory, longterm memory, inhibitory control and working memory. In addition, task-oriented studies show that chronic pain affects not single tasks, but rather dual tasks that require the use of complex cognitive function (executive function). 40-60% of rheumatologic patients do not have sufficient relief in their pain. For this reason, dual task performance may be affected in individuals diagnosed with rheumatological disease, secondary to the impairment of cognition. In the literature, there are only limited studies showing dual-task performance effects in individuals diagnosed with fibromyalgia and osteoarthritis. However, chronic pain is the main health problem that prevents mobility restriction and participation in all rheumatic diseases. In addition, there is no study investigating the dual task performance effect in rheumatic diseases in a comprehensive way. Therefore, the aim of the study is to investigate the effect of rheumatic diseases on dual-task performance by comparing it with the control group.

Pain is an unpleasant sensory or emotional experience associated with actual or potential tissue damage and is classified as acute or chronic. Acute pain is felt for a short time after an injury or harmful stimulus and is considered part of a defense strategy; It points to an active danger to the organism. Chronic pain that exceeds the duration of the injury or trigger stimulus and lasts for at least three months. Recent studies show that chronic pain has devastating effects on cognitive functions by causing emotional stress, anxiety, and depression. Studies show that chronic pain affects certain cognitive areas. These areas are; processing speed, short-term memory, long-term memory, inhibitory control and working memory. In addition, task-oriented studies show that chronic pain affects not simple tasks, but rather dual tasks that require the use of complex cognitive function (executive function). Task; it is a behavior, skill or ability that needs to be done. The simple (single) task contains only one alert or task. For example, walking. Dual task requires the simultaneous performance of two different tasks that can be measured independently and have different goals. For example, calculating while walking at the same time. In rehabilitation approaches, single or dual task trainings are applied. Among physiotherapy and rehabilitation approaches, single task training consists only of exercises involving motor performance; Dual task trainings can consist of different exercise combinations that require two different tasks to be performed at the same time as motor + motor, cognitive + cognitive or motor + cognitive performances. The clinical benefit of dual task training is that most of the daily living activities are done in dual task conditions. Chronic pain is a common health problem associated with most rheumatic diseases. It is pain that lasts for at least 3 months and cannot be completely relieved with standard pain medication. 40-60% of rheumatologic patients do not have sufficient relief in their pain. For this reason, dual-task performance may be affected in individuals diagnosed with rheumatological disease, secondary to the impairment of cognition. In the literature, there are only limited studies showing dual-task performance effects in individuals diagnosed with fibromyalgia and osteoarthritis. However, chronic pain is the main health problem that prevents mobility restriction and participation in all rheumatic diseases. In addition, there is no study investigating the dual task performance effect in rheumatic diseases in a comprehensive way. Therefore, the aim of thestudy is to investigate the effect of rheumatic diseases on dual-task performance by comparing it with the control group.