The glucose concentration in the blood samples from patient C and E is 14mmol/L while the result for glucose test in urine samples is negative. Both urine samples did not produce orange flame when the cottons soaked with each urine sample were heated. This showed that both urine samples do not contain sodium. The blood glucose levels for patient C and E are slightly higher as compare to the constant of the experiment which is 5.6mmol/L. It is shown that the blood sugar levels are consistently higher than the target range and usually from 11 mmol/L to 20 mmol/L when one has mild hyperglycemia (Thompson, Sproule, O’Brien, 2014). Hence, patient C and E were suspected to have mild hyperglycemia. According to Vera, hyperglycemia is characterized by high amounts of sugar in the bloodstream. However, hyperglycemia is not always related to a lack of insulin or insulin sensitivity. It can occur as the result of stress, chronic or acute illness, prescription or illegal medication use and even pregnancy
The glucose concentration in the blood samples from patient C and E is 14mmol/L while the result for glucose test in urine samples is negative. Both urine samples did not produce orange flame when the cottons soaked with each urine sample were heated. This showed that both urine samples do not contain sodium. The blood glucose levels for patient C and E are slightly higher as compare to the constant of the experiment which is 5.6mmol/L. It is shown that the blood sugar levels are consistently higher than the target range and usually from 11 mmol/L to 20 mmol/L when one has mild hyperglycemia (Thompson, Sproule, O’Brien, 2014). Hence, patient C and E were suspected to have mild hyperglycemia. According to Vera, hyperglycemia is characterized by high amounts of sugar in the bloodstream. However, hyperglycemia is not always related to a lack of insulin or insulin sensitivity. It can occur as the result of stress, chronic or acute illness, prescription or illegal medication use and even pregnancy