Problem 14
Question
Monitoring the levels of ketone bodies in the urine is a. Considered essential on a daily basis for all diabetic patients b. A reliable method of assessing long-term glycemic control c. Recommended for patients with type 1 diabetes on sick days d. Not recommended by the ADA
Step-by-Step Solution
Verified Answer
c. Recommended for patients with type 1 diabetes on sick days
1Step 1 - Understand the Options
Carefully read all the options provided: a) Essential daily monitoring for all diabetics, b) Reliable for long-term glycemic control, c) Recommended for type 1 diabetics on sick days, d) Not recommended by ADA. Determine what each option implies about the necessity and frequency of monitoring ketone bodies.
2Step 2 - Identify the Most Appropriate Context
Ketone body monitoring is especially crucial for type 1 diabetes patients, particularly during periods of illness or stress, to avoid diabetic ketoacidosis. This makes option c a possible candidate.
3Step 3 - Analyze the Remaining Options
Option a suggests essential daily monitoring for all diabetic patients, which is not the current guideline. Option b is incorrect since ketone body monitoring does not reflect long-term glycemic control. Option d is also incorrect because ADA does recommend it under specific conditions for type 1 diabetics.
4Step 4 - Validate the Correct Option
Given that ketone body level monitoring is indeed recommended for type 1 diabetes patients on sick days to prevent complications, option c aligns with the recommended practices the best.
Key Concepts
type 1 diabetes managementdiabetic ketoacidosis preventionADA recommendations for diabetes
type 1 diabetes management
Managing type 1 diabetes involves continuous monitoring and adjustments. For effective management:
- Regularly check blood glucose levels. It helps to keep track of highs and lows.
- Insulin therapy: Type 1 diabetics need daily insulin injections. It's important to follow a schedule to maintain blood sugar levels.
- Healthy diet: A balanced diet helps to control blood sugar. Include high-fiber foods and avoid excessive sugars and fats.
- Exercise: Regular physical activity aids in maintaining blood sugar levels. Be mindful of how exercise affects your glucose.
- Education: Learn more about managing the condition. This includes understanding how foods, activities, and stress affect blood sugar.
diabetic ketoacidosis prevention
Diabetic ketoacidosis (DKA) is a serious complication of type 1 diabetes. It happens when your body produces high levels of blood acids called ketones. To prevent DKA:
- Monitor ketone levels: Especially on sick days or when stressed. Use a urine ketone test or blood ketone meter.
- Adequate hydration: Drink water regularly. Dehydration can worsen ketone levels.
- Manage insulin doses: Always take your insulin, even when sick. Consult with your healthcare provider on dose adjustments.
- Seek medical advice: If you have high ketones, get in touch with your doctor immediately.
ADA recommendations for diabetes
The American Diabetes Association (ADA) provides guidelines for effective diabetes management. Important recommendations include:
- Monitor Blood Glucose: Regular checks help to manage and adjust treatment plans.
- Healthy Eating: Follow a diabetes-friendly diet that includes whole grains, fruits, vegetables, and lean proteins.
- Physical Activity: Incorporate moderate exercise into your routine.
- Medication Adherence: Follow prescribed treatment plans, including insulin and other medications.
- Ketone Monitoring: For type 1 diabetics, it is recommended to check ketones during illness or stress to prevent DKA.
- Education and Support: Stay informed through continuous education and support groups.
Other exercises in this chapter
Problem 12
Monitoring the levels of ketone bodies in the urine via nitroprusside reagents provides a semiquantitative measure of a. Acetoacetate b. 3 - \(\beta\) -Hydroxyb
View solution Problem 13
A factor, other than average plasma glucose values, that can affect the \(\mathrm{HbA}_{1} \mathrm{C}\) level is a. Serum ketone bodies level b. Red blood cell
View solution Problem 15
A urinalysis identifies a positive result for reducing sugars, yet the test for glucose (glucose oxidase reaction) was negative on the dipstick. What do these r
View solution Problem 16
Urinalysis of a diabetic patient identified the following: Year 1: Urine albumin was \(15 \mathrm{mg} / \mathrm{g}\) creatinine. Year 2: Urine albumin was \(25
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