Welcome to your ultimate diabetes NCLEX questions and reviewer! Answer all the diabetes mellitus practice questions (100 items) from our nursing test bank and test your competence in the nursing management of diabetes.
Diabetes Mellitus Nursing Test Bank
In this section is the practice NCLEX quiz for diabetes mellitus. This 100-item quiz will test your knowledge and ability to differentiate the different types of diabetes mellitus, recognizing the clinical manifestations and signs and symptoms of complications, medical management, nursing management, and patient education.
Quizzes included in this guide are:
- Diabetes Mellitus NCLEX Questions Quiz #1 (25 Items)
- Diabetes Mellitus NCLEX Questions Quiz #2 (25 Items)
- Diabetes Mellitus NCLEX Questions Quiz #3 (25 Items)
- Diabetes Mellitus NCLEX Questions Quiz #4 (25 Items)
- Read and understand each question before choosing the best answer.
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Diabetes Mellitus NCLEX Questions (Part 2: 25 Items)
You are now on the second part of your NCLEX practice questions mock exam for diabetes mellitus! Again, another set of 25 items!
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Looking for the rationales? Please click on the “View Questions” button below to review your answers and read through the rationales for each question.
Question 1 of 25
A client’s blood gases reflect diabetic acidosis. The nurse should expect:CorrectIncorrect
Question 2 of 25
The nurse knows that glucagon may be given in the treatment of hypoglycemia because it:CorrectIncorrect
Question 3 of 25
A client with type 1 diabetes mellitus has a fingerstick glucose level of 258mg/dl at bedtime. An order for sliding scale insulin exists. The nurse should:CorrectIncorrect
Question 4 of 25
The physician orders 36 units of NPH and 12 units of regular insulin. The nurse plans to administer these drugs using one (1) syringe.
Tip: Identify the steps in this procedure by listing them in priority order, simply drag and drop the choices below.
Inject air equal to NPH dose into NPH vial
Inject air equal to regular dose into regular dose
Invert NPH vial and withdraw NPH dose
Invert regular insulin bottle and withdraw regular insulin dose
Question 5 of 25
The nurse is teaching a client regarding the administration of insulin as part of the discharge plan. Which of the following insulin has the most rapid onset of action?CorrectIncorrect
Question 6 of 25
A client with diabetes mellitus states, “I cannot eat big meals; I prefer to snack throughout the day.” The nurse should carefully explain that:CorrectIncorrect
Question 7 of 25
A client with diabetes mellitus has an above-knee amputation because of severe peripheral vascular disease, Two days following surgery, when preparing the client for dinner, it is the nurse’s primary responsibility to:CorrectIncorrect
Question 8 of 25
Which of the following nursing interventions should be taken for a client who complains of nausea and vomits one hour after taking his glyburide (DiaBeta)?CorrectIncorrect
Question 9 of 25
Which of the following chronic complications is associated with diabetes?CorrectIncorrect
Question 10 of 25
Rotating injection sites when administering insulin prevents which of the following complications?CorrectIncorrect
Question 11 of 25
Which of the following methods of insulin administration would be used in the initial treatment of hyperglycemia in a client with diabetic ketoacidosis?CorrectIncorrect
Question 12 of 25
Insulin forces which of the following electrolytes out of the plasma and into the cells?CorrectIncorrect
Question 13 of 25
Which of the following causes of Hyperglycaemic Hyperosmolar Non-Ketotic Syndrome (HHNS) is most common?CorrectIncorrect
Question 14 of 25
A client is in diabetic ketoacidosis (DKA) secondary to infection. As the condition progresses, which of the following symptoms might the nurse see?CorrectIncorrect
Question 15 of 25
Clients with type 1 diabetes may require which of the following changes to their daily routine during periods of infection?CorrectIncorrect
Question 16 of 25
Marlisa has been diagnosed with diabetes mellitus type 1. She asks Nurse Errol what this means. What is the best response by the nurse? Select all that apply.CorrectIncorrect
Question 17 of 25
Dr. Shrunk orders intravenous (IV) insulin for Rita, a client with a blood sugar of 563. Nurse AJ administers insulin lispro (Humalog) intravenously (IV). What does the best evaluation of the nurse reveal? Select all that apply.CorrectIncorrect
Question 18 of 25
Ben injects his insulin as prescribed, but then gets busy and forgets to eat. What will the best assessment of the nurse reveal?CorrectIncorrect
Question 19 of 25
A clinical instructor teaches a class for the public about diabetes mellitus. Which individual does the nurse assess as being at the highest risk for developing diabetes?CorrectIncorrect
Question 20 of 25
A patient was recently diagnosed with type 1 diabetes mellitus and received insulin. Which laboratory test will the nurse assess?CorrectIncorrect
Question 21 of 25
Jansen is receiving metformin (Glucophage). What will be the best plan of the nurse with regard to patient education with this drug? Select all that apply.CorrectIncorrect
Question 22 of 25
Serafica who has diabetes mellitus type 1 is found unresponsive in the clinical setting. Which nursing action is a priority?
TIP: To arrange all answers in the correct order, simply drag and drop the choices below.
Call the physician STAT.
Assess the vital signs.
Call a code.
Treat the client for hypoglycemia.
Question 23 of 25
Serge who has diabetes mellitus is taking oral agents and is scheduled for a diagnostic test that requires him to be NPO. What is the best plan of the nurse with regard to giving the client his oral medications?CorrectIncorrect
Question 24 of 25
A client diagnosed with type 1 diabetes receives insulin. He asks the nurse why he can’t just take pills instead. What is the best response by the nurse?CorrectIncorrect
Question 25 of 25
Nurse Andy has finished teaching a client with diabetes mellitus how to administer insulin. He evaluates the learning has occurred when the client makes which statement?CorrectIncorrect
Review Notes for Diabetes Mellitus
If you need a quick review around the concepts of diabetes mellitus, please see the refresher below:
- Diabetes mellitus is a disorder characterized by insufficient production of insulin in the pancreas or when there is a resistance or deficiency of available insulin resulting in hyperglycemia.
- It is characterized by disturbances in carbohydrate, protein, and fat metabolism.
- Sustained hyperglycemia has been shown to affect almost all tissues in the body and is associated with significant complications of multiple organ systems, including the eyes, nerves, kidneys, and blood vessels.
- Type 1 diabetes mellitus or, formerly called insulin-dependent diabetes mellitus, typically occurs in younger people with the exact cause is unknown. Type 1 diabetes may result from an autoimmune process triggered by a virus
- Type 2 diabetes mellitus, formerly called non-insulin dependent diabetes mellitus, is characterized by defects in insulin release and use, and insulin resistance. Commonly occurs in patients with obesity and those with genetic susceptibility to DM.
- Gestational diabetes mellitus is characterized by glucose intolerance of any degree that occurs during pregnancy.
- Type 1 diabetes mellitus:
- There is a destruction of the islet cells in the pancreas causing insufficient insulin and excess glucagon.
- Glucose accumulates in the serum causing hyperglycemia.
- Blood being delivered in the kidneys has high glucose concentration causing osmotic diuresis and glycosuria.
- Osmotic diuresis causes water loss, resulting in polydipsia.
- Lack of insulin makes the body unable to use carbohydrates primarily and instead uses fats and proteins for energy production, resulting in ketosis and weight loss.
- Polyphagia and fatigue result from the break down of nutritional stores.
- Type 2 diabetes mellitus:
- Insulin resistance occurs in diabetes mellitus, wherein there is a decrease in tissue sensitivity to insulin.
- In normal conditions, insulin binds to special receptors on the cell surfaces and initiates reactions involved in glucose metabolism. However, in type 2 diabetes, these intracellular reactions are diminished, making insulin less effective at stimulating glucose uptake by the tissues and at regulating glucose release by the liver.
- If the beta cells cannot keep up with the increased demand for insulin, the glucose level rises and type 2 diabetes develops.
- Gestational diabetes mellitus:
- Hyperglycemia develops in pregnancy because of the secretion of placental hormones, which causes insulin resistance.
- Gestational diabetes is related to the anti-insulin effects of progesterone, cortisol, and human placenta lactogen, which increase the amount of insulin needed to maintain glycemic control.
- Hypoglycemia is when the blood the glucose falls to less than 50 to 60 mg/dL and is linked to excessive use of hypoglycemic agents, decreased food intake, increased physical activity, excessive alcohol consumption, or renal failure. It often occurs before meals, especially if meals are delayed or snacks are omitted. It can occur on type 1 or type 2 diabetes.
- Diabetic ketoacidosis (DKA) is caused by an absence or severe inadequacy of insulin. This deficit in available insulin results in disorders in the metabolism of carbohydrate, protein, and fat. DKA is usually associated with incorrect or failure to take insulin as prescribed and stress and is occurring in clients with type 1 diabetes.
- Hyperglycemic Hyperosmolar Nonketotic Syndrome (HHNS) is the combination of severe hyperglycemia and hyperosmolarity with little or no acidosis. The insulin level in HHNS is too low to prevent hyperglycemia but is high enough to prevent fat breakdown. HHNS occurs in older clients (50 to 70 years old) with type 2 diabetes and is associated with stress or ingestion of certain drugs.
- Microangiopathy, or diabetic microvascular disease, is characterized by capillary basement membrane thickening most prominently in the retina and glomerulus.
- Diabetic retinopathy is the deterioration of the small blood vessels that nourish the retina causing visual impairment.
- Nephropathy is a renal dysfunction caused by microvascular changes in the kidney secondary to diabetes mellitus.
- Diabetic neuropathy refers to a group of diseases that affect all types of nerves characterized by paresthesias or decreased sensation. Peripheral neuropathy and autonomic neuropathy are two of the most common types of neuropathy found in diabetes.
- Increased susceptibility to infections results from an impaired ability of granulocytes to respond to infectious agents.
- Diabetes mellitus:
- Polyuria (increased urination), polydipsia (increased thirst), and polyphagia (increased appetite) are the classic symptoms of diabetes mellitus, also known as the “3 P’s of DM”.
- Fatigue and weakness
- Weight loss
- Sudden vision changes
- Tingling or numbness in hands or feet
- Dry skin
- Skin lesions or wounds that are slow to heal
- Recurrent infections (urinary, skin, vulva)
- Diabetic Ketoacidosis (DKA)
- Hyperglycemic Hyperosmolar Nonketotic Syndrome (HHNS)
- Mild hypoglycemia: stimulation of the sympathetic nervous system.
- Cool, moist skin, or pallor
- Moderate hypoglycemia: decreased glucose levels for the brain cells.
- Impaired CNS function
- Inability to concentrate
- Memory lapses
- Double vision
- Severe hypoglycemia: severe impairment of the CNS.
- Disoriented behavior
- Difficulty arousing from sleep
- Loss of consciousness
- Mild hypoglycemia: stimulation of the sympathetic nervous system.
Laboratory and Diagnostics
- Diabetes mellitus
- Fasting blood glucose level above 140 mg/dL or postprandial (after meals) blood glucose levels above 200 mg/dl measured on more than one occasion is diagnostic.
- Glycosylated hemoglobin (HgbA1C) shows an elevated blood glucose level.
- Diabetic ketoacidosis (DKA)
- Blood glucose levels between 300 and 8900 mg/dL
- Ketoacidosis is reflected in low serum bicarbonate (0 to 15 mEq/L) and low pH values.
- Accumulation of ketone bodies is reflected in blood and urine ketone measurements.
- Sodium and potassium concentrations may vary depending on the degree of dehydration. Increased levels of creatinine, blood urea nitrogen, and hematocrit go along with dehydration.
- Arterial blood gas indicate metabolic acidosis
- Serum blood glucose higher than 700 mg/dL
- Serum blood osmolality is higher than 350 mOsm/kg
- Urine specimen reveals the absence of ketosis
- Serum electrolyte levels show hypernatremia and hypokalemia.
- Serum blood glucose level is less than 70 mg/dL
- The main goal of treatment is to normalize insulin activity and blood glucose levels to reduce the development of complications.
- There are five components of management for diabetes: nutrition, exercise, monitoring, pharmacologic therapy, and education.
- Insulin is the primary treatment for type 1 diabetes.
- Weight reduction is the primary treatment for type 2 diabetes.
- Exercise enhances the effectiveness of insulin.
- Monitor blood glucose levels and provide teaching to the patient on how to do so.
- Administer medications, as prescribed:
- Self-administering insulin
- Provide information and teaching on how to self-administer insulin.
- On storing insulin: vials of insulin, when not in use, should be refrigerated (extreme temperatures should also be avoided). Insulin vial that is currently in use can be kept at room temperature (1 month). Cloudy insulins should be thoroughly mixed by gently inverting the vial or rolling it between the hands before drawing the solution. Intermediate-acting insulin showing a frosted, whitish coating inside the bottle, should be discarded.
- On selecting syringes: syringes should match the insulin concentration.
- On mixing insulins: patients should be warned not to inject one type of insulin into the bottle containing a different type of insulin. Patients with difficulty mixing insulins may use premixed insulin.
- Selecting and rotating injection sites: the abdomen, upper arms, thighs, and hips are the four main sites for insulin injection. Rotation of injection sites is recommended to prevent lipodystrophy which may cause a decrease in the absorption of insulin. Encourage the patient to use all available injection sites within one area rather than randomly rotating sites from area to area.
- Inserting the needle: insulin should be injected into the subcutaneous tissue, the incorrect technique may affect the rate of absorption.
- Nurse teaching on diabetes
- Assess readiness to learn and include the patient’s family in developing a diabetic teaching plan.
- Prevention of complications
- Dietary and lifestyle changes
- Proper self-care (especially foot care)
- Administration and management of insulin
- Use of hypoglycemic medications
- Management of DKA.
- Treatment goal is to prevent dehydration, electrolyte loss, and acidosis.
- Normal saline (0.9%) is infused at a high rate to replace fluid loss. Hypotonic solution (0.45% NS) may be used for hypertension or hypernatremia.
- Administer regular insulin, as ordered.
- Monitor serum glucose levels as insulin is administered.
- Monitor potassium levels, because potassium shifts affect the heart.
- Monitor respirations as respiratory distress can occur.
- Assess vital signs, intake and output, and monitor ketone levels.
- Management of HHNS.
- Assess vital signs, fluid status, and laboratory values. Fluid status and urine output are closely monitored because of the risk for renal failure secondary to severe dehydration.
- Because clients are usually older, monitor for heart failure and cardiac arrhythmias.
- Management of Hypoglycemia.
- Monitor blood glucose levels.
- Administer glucose (oral glucose, I.V. glucose, or glucagon).
- Advise client to carry simple sugar at all times to prevent case of hypoglycemia.
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