Diabetes: What Really Lies Behind Hyper- and Hypoglycemia?
Two types of conflicts lie behind the mass phenomenon of diabetes
Diabetes Type 1, Diabetes Type 2, juvenile diabetes or age-related diabetes? There are two essential types of conflicts and situations that make these confusing terms easier to understand.
The topic of diabetes with the two important variables for blood sugar and insulin production is easier to understand when we look at the two biological special programs responsible for sugar mobilization and insulin production. Everything is based on the interaction of two hormones:
• The blood sugar level is controlled by the hormone glucagon, which is produced in the alpha cells of the pancreas.
• The hormone insulin is produced in the pancreas by the beta cells and ensures that the sugar present in the blood is transported into the cells.
The various diabetes terms can be traced back to two programs and functional changes. On the one hand, it is the underfunction of the alpha cells with too little sugar in the blood and on the other hand the underfunction of the beta cells with too much sugar in the blood.
Conflict type 1 leads in the conflict-active phase to an underfunction of the alpha cells. This means: Too little glucagon is produced, which means too little sugar can be mobilized from the liver. This leads to low blood sugar, also called hypoglycemia.
Conflict type 2 leads in the conflict-active phase to an underfunction of the beta cells. This means: Less or almost no insulin is produced anymore. The result is an increase in blood sugar because the sugar cannot be transported into the cells. This high blood sugar is also referred to as hyperglycemia.
Biological conflicts are not physical defects
In both types of conflicts there are no errors of the body, an autoimmune disease or a genetic defect. The alpha and beta cells of the pancreas only react with underfunction when the corresponding biological conflicts are active. No cell breakdown or cell buildup processes occur here.
Analysis and diagnostics become complicated when both conflicts are active simultaneously or with a time delay. The blood sugar level then goes haywire. There is a constant alternation between too low and too high blood sugar, independent of the food intake. Such difficult cases in which the blood sugar level is not easy to adjust are referred to as difficult-to-control diabetes.
With the understanding of the biological laws we can however find our way out of the labyrinth. We can better understand which of these special programs has which consequences.
One more general note:
Every cell or every organ has specific functions in the body. Based on the biological laws it becomes understandable and comprehensible that cells can have normal function, overfunction or underfunction when certain biological conflicts or regulatory mechanisms have been activated.
It makes a big difference with regard to symptoms and complaints whether a conflict is currently active or whether the conflict has been resolved and the body is in the repair phase.
Conflicts that hit us suddenly and unexpectedly cannot be prevented, because they are anchored as biological code deep in our subconscious. They are meant to secure our survival or enable solutions in situations where our nutrition, our life or species preservation is endangered or threatened.
We explain the two conflict themes in the next article: The Biological Conflicts in Diabetes