Today I came across a study which found that children with type I diabetes who watched four hours or more of TV per day had higher glucose levels than children that watched less TV. This study caught my attention because I saw writing about it as an opportunity to distinguish the difference between type I and type II diabetes for anyone that is confused about them.
It raises the concept that behavioral patterns and blood sugar levels are related to one another in the body, even when the medical community doesn’t understand the reasons why.
Hyperglycemia, or diabetes, has become a huge problem in the United States over the past 25 years. According to the U.S. Department of Health and Human Services 25.8 million Americans are affected by diabetes. The most prevalent form is non-insulin dependent diabetes mellitus (NIDDM) or type II.
In this form, cells are not responding to the insulin that is being released from the pancreas, and the body is becoming insulin resistant. This lack of response causes the amount of glucose constantly circulating in the blood to continually be higher than normal.
Another form is insulin dependent diabetes mellitus (IDDM) or type I. In type I the pancreas is no longer able to produce sufficient amounts of insulin, and as a result people suffering from this form must take insulin injections to regulate the glucose in the blood.
Type I diabetes was formerly called juvenile diabetes because it affected mostly children, who had to learn to live their entire life taking insulin. If type I diabetics do not take insulin they will die because their bodies are not able to regulate their glucose levels no matter how pristine their healthy behaviors.
For young people living with type I diabetes it is critical to manage their blood sugar levels as children and into adulthood, to prevent the devastating complications like blindness, heart and kidney damage, nerve impairment or amputations as an adult.
This study doesn’t give specific reason why children that watched four or more hours of TV caused higher blood sugar.