Diabetes is an autoimmune disorder associated with an inability of the affected person’s/child’s pancreas to secrete insulin. There are two types of diabetes (type I and type II). Read on to understand the neuropsychological aspects of Diabetes.
Type I Diabetes:
Type I diabetes is considered to be insulin dependent in which the child must take insulin injections, as there is a complete inability for the body to produce insulin. Type I Diabetes is associated with unusual thirst, excessive urination, rapid unexplained weight loss, and overwhelming fatigue. This is one of the most prevalent chronic childhood diseases with approximately 29,000 new cases diagnosed each year. The peak incidence rate of type diabetes is between 10 and 14 years of age.
Type II Diabetes:
Type II diabetes is considered to be non-insulin dependent and is rarely signaled by a clinically obvious medical crisis. Type II is most common in individuals who are over forty years old and whose body mass index is greater than 25 (considered overweight). This is a fairly common condition in that there are approximately 600,000 new cases identified each year.
Neuropsychological Aspects of Diabetes:
Research has indicated that age of onset of diabetes is a critical factor in secondary cognitive impact. What this means is that children who have been diagnosed with diabetes in the first four to six years of age are more prone to significantly lower cognitive scores. This is also found to be true with concerns with attentional regulation. In general, children and adolescents with a diagnosis of diabetes are not more prone for a diagnosis of ADHD; however, if the child had been diagnosed with diabetes early in life, they are more likely to exhibit symptoms of ADHD.
Children and adolescents with late onset diagnosis of diabetes are more prone to concerns with verbal cognitive functioning and academic achievement in comparison to a control group of non-diabetic children and adolescents.
Overall, diabetes can be a pretty well-controlled disorder. If children and adolescents control their insulin levels, they tend to not demonstrate more neurocognitive concerns than their non-diabetic peers.