Diabetes Informative Speech

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I'm sure you have heard about diabetes before, right? Diabetes has become a major problem globally as it is associated with a higher morbidity and mortality rate. As a medical worker, documenting a detailed history of medical illness is important when it comes to identifying the aetiology of current diagnosis. Each time when I asked a question regarding medical illnesses among people who are in the late adulthood or elderly patients, the majority of them has diabetes mellitus as one of the comorbidities. In the United States alone, 9.4% of the general population which is equivalent to approximately 30 million individuals have been diagnosed with diabetes mellitus in 2015. Approximately 80 million people have the sign of prediabetes which could …show more content…

This type of glucose transporter is efficient in a condition whereby the concentration of circulating blood glucose is low. If the level of blood glucose is high i.e. in an uncontrolled diabetic patient, the expression of this glucose transport protein would be low which would make the reuptake process of glucose quite sluggish. Theoretically, glucose can't stay for long in the blood circulation as they can interact with the circulating protein which would cause them to form the advanced glycation end product (AGE) in a harmful process called …show more content…

Sorbitol would become the reactant to the second part of the polyol pathway. It will be converted into fructose by sorbitol hydrogenase with the help of nicotinamide adenine dinucleotide (NAD+) as a cofactor which will be reduced to NADH. So how's the production of fructose affect the body? There are two ways how the production of intracellular fructose can be quite damaging: The fructose would be phosphorylated to a compound called fructose-3-phosphate The resulting compound, fructose-3-phosphate can be broken down into 3-deoxyglucosone. Both of the compounds formed can serve as substrates for the production of advanced glycation end products (AGE). AGE is a damaging compound which can be found abundantly in a diabetic patient. We will discuss how damaging can this compound be, in my next article. Pixabay The NADH produced by the reduction process of NAD+ can be utilised by NADH oxidase to produce a superoxide free radical. This is achieved by an electron transfer from the NADH to an oxygen molecule. It is fascinating, isn't it? The fact that a single reaction can cause so much damage to the body. Activation of polyol pathway not only will hinder the capacity of our body to prevent oxidative damage, but it will also increase the insulting oxidants which will accelerate the cellular

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