Neurodivergent children are more prone to chronic fatigue, study reveals
A recent groundbreaking study conducted by Brighton and Sussex Medical School (BSMS), in collaboration with funding from the Medical Research Council (MRC), has discovered a significant correlation between neurodivergent traits and chronic disabling fatigue in children, reports Technology Networks. Neurodivergent traits are often associated with conditions like autism and ADHD. Interestingly, the research indicates that children with these traits are twice as likely to experience chronic fatigue by the time they reach 18 years of age.
Leading this important research were Dr Lisa Quadt, Research Fellow in Psychiatry at BSMS, and Dr Jessica Eccles, Reader in Brain-Body Medicine at BSMS. Their findings shed light on the potential link between neurodivergence and chronic fatigue.
According to the study, one contributing factor to the increased likelihood of chronic fatigue among neurodivergent children is heightened inflammation during childhood. This inflammation is known to result from elevated stress levels, which are commonly experienced by individuals with neurodivergent traits. Previous research has also suggested that chronic fatigue can be connected to inflammatory processes.
Dr Quadt emphasizes the significance of trans-diagnostic screening for children and the necessity for improved support systems for neurodivergent individuals. The study points out that neurodivergent children, whether diagnosed or not, often endure heightened stress levels, contributing to elevated inflammatory levels. The research indicates that this may increase the risk of developing chronic disabling fatigue, which significantly impacts their overall quality of life.
It is important to recognize that while this research highlights the higher risk of chronic fatigue in neurodivergent populations, it does not imply that all individuals with chronic fatigue are neurodivergent. The causes and mechanisms of chronic fatigue are multifaceted, requiring healthcare providers to adopt a comprehensive approach in identifying contributing factors and tailoring support and treatment accordingly.
The study's findings strongly advocate for the implementation of better screening practices and enhanced support systems for neurodivergent children. By doing so, it is possible to mitigate the risk of chronic fatigue and ultimately enhance the overall quality of life for these individuals. Emphasizing personalized support tailored to the needs of neurodivergent children is crucial in addressing the intricate factors contributing to chronic fatigue.
Earlier SSP told about how Saharan dust influences hurricane rainfall.
