The nurse that which of the following activities/conditions increases complications of hypoglycemia for the individual with type 1 diabetes? (SELECT ALL THAT APPLY)

A. The client's fasting blood glucose levels (70-80 mg/dl) are within the normal range, and a post- prandial blood glucose level below 200 mg/dl is also considered well-controlled, particularly for someone on an intensified insulin regimen. The hemoglobin A1c level of 4.5% indicates excellent long- term glucose control, typically representing average blood glucose levels of around 90 mg/dl.
B. Hyperglycemia is characterized by elevated blood glucose levels. Given the client's consistently normal fasting and post-prandial levels, they are not at an increased risk for hyperglycemia. Instead, they are maintaining their glucose levels well.
C. Insulin resistance typically manifests as elevated blood glucose levels despite adequate insulin levels or increased insulin requirements. In this case, the client's blood glucose levels are well-controlled, indicating that they are likely responding well to insulin therapy and are not showing signs of insulin resistance.
D. While the client’s blood glucose levels are well-controlled, the risk for hypoglycemia depends on various factors, including insulin dosage, timing, and food intake. However, consistently normal levels do not directly indicate a risk for hypoglycemia unless insulin doses are excessively high or meals are skipped. Therefore, this choice is not justified given the data provided.

A. Heparin does not actually "thin" the blood in the sense of reducing viscosity. Instead, it works by inhibiting certain factors in the coagulation cascade, preventing clot formation. Thus, this response does not accurately describe how heparin functions.

B. Heparin works by activating antithrombin III, which inhibits thrombin and factor Xa, thereby preventing the formation of new clots. It does not dissolve existing clots but helps to prevent the enlargement of existing ones and the formation of new clots.
C. Heparin does not decrease the number of platelets; rather, it interferes with the clotting process by inhibiting specific clotting factors. Platelets may still be present, but their ability to form clots is inhibited by the action of heparin.
D. Heparin does not dissolve existing clots; that function is typically performed by thrombolytic agents. Heparin primarily prevents new clot formation and the extension of existing clots. Additionally, it does not decrease platelet formation.