abetes Centre, you are an endocrinologist, and a 38-year-old person who has no symptoms of diabetes arrived at your clinic, but when you checked his fasting blood sugar (FBS) level, it was132 mg/dL (7.3 mmol/L). Based on these results, does this result indicate normal blood glucose? What should you then do for recommend this perso

abetes Centre, you are an endocrinologist, and a 38-year-old person who has no symptoms of diabetes arrived at your clinic, but when you checked his fasting blood sugar (FBS) level, it was132 mg/dL (7.3 mmol/L). Based on these results, does this result indicate normal blood glucose? What should you then do for recommend this perso

Curren'S Math For Meds: Dosages & Sol

11th Edition

ISBN:9781305143531

Author:CURREN

Publisher:CURREN

Chapter11: Measuring Insulin Dosages

Section: Chapter Questions

Problem 8.3P

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For a cross-sectional study design that assesses the risk of developing type 2 diabetes among obese people - where would I collect my data from?
It is 9 am in the morning and David has not eaten since dinner last night at 8 pm. He has fasted for 13 hours. He takes his first, or initial, blood glucose reading and it is 95 mg/dl. He then drinks an 8oz coke and eats 2 glazed donuts. At 9:45 am, 45 minutes after his initial reading, he pricks his finger again and records a blood glucose level of 125 mg/dl. An hour later, at 10:45 am, he takes his final blood sugar reading and it is 108 mg/dl. 1. What is the independent and dependent variable? 2. Why did the glucose level drop? 3. How did the final glucose compare to the intial?
1. You are an endocrinologist in a Diabetes Centre, and a 38 year-old person who has no signs (symptoms) for diabetes arrived to your clinic, but when you checked his fasting blood sugar (FBS) level, it was 132 mg/dL (7.3 mmol/L). Based on these results, does this result indicate normal blood glucose? Explain
It is 9 am in the morning and David has not eaten since dinner last night at 8 pm. He has fasted for 13 hours. He takes his first, or initial, blood glucose reading and it is 95 mg/dl. He then drinks an 8oz coke and eats 2 glazed donuts. At 9:45 am, 45 minutes after his initial reading, he pricks his finger again and records a blood glucose level of 125 mg/dl. An hour later, at 10:45 am, he takes his final blood sugar reading and it is 108 mg/dl. a. When was the glucose level at its lowest value? Why? b. What specifically are the independent variable and dependent variable for this problem? b. What would a graph look like for this particular problem? c. How would someone with diabetes glucose reading differ after the blood sugar spiked?
A patient brought to you complains of headache, weakness, dizziness and has slight disorientation. She has a history of diabetes. What will you say was the cause of the problem stating the treatment procedures the patient will go through.
It is 9 am in the morning and David has not eaten since dinner last night at 8 pm. He has fasted for 13 hours. He takes his first, or initial, blood glucose reading and it is 95 mg/dl. He then drinks an 8oz coke and eats 2 glazed donuts. At 9:45 am, 45 minutes after his initial reading, he pricks his finger again and records a blood glucose level of 125 mg/dl. An hour later, at 10:45 am, he takes his final blood sugar reading and it is 108 mg/dl. a. What specifically are the independent variable and dependent variable in this problem? b. Explain the spike for all the glucose readings (95mg/dl at 9 am, 125mg/dl at 9:45 am, and 108 10:45 am) c. How did the final glucose level (108 mg/dl) compare to the initial glucose level (95 mg/dl)?
In addition to symptoms of diabetes, which of the following correctly identifies criteria used to diagnose diabetes (select all that apply) O Random plasma glucose concentration > 200 mg/dL. O Fasting plasma glucose > 100 mg/dL. O 2-Hour glucose > 180 mg/dL during a 2 hour post prandial glucose test O Hemoglobin A1C > 6.5%
1. Order: Halcion 0.25 mg po at bedtime. Supply: Halcion 0.125 mg/tablet. How many tablets will you administer? 2. Order: Infuse heparin at 1000 units/hr via infusion pump. Supply: heparin 25,000 units in 250mL D5W IV. How many mL/hr? 3. Order: Infuse insulin at 20 units/hr via infusion pump. Supply: insulin 125 units in 250 mL NS IV. How many mL/hr?
If 85% of diabetic patients are correctly identified by a urine test for glucose, but 25% of non-diabetic patients are false-positives by this test, then the urine test for glucose has: a sensitivity of 85%, and a specificity of 75% a sensitivity of 25%, and a specificity of 85% a sensitivity of 75%, and a specificity of 85% a sensitivity of 15%, and a specificity of 25% a sensitivity of 75%, and a specificity of 15%
4. (a) If a 10-mL vial of insulin contains 100 units of insulin per milliliter, and a pa- tient is to administer 20 units daily, how many days will the product last the pa- ра- tient? (b) If the patient returned to the pharmacy in exactly 7 weeks for another vial of insulin, was the patient compliant as indicated by the percent compliance rate? 5. A prescription is to be taken as follows: 1 tablet q.i.d. the first day; 1 tablet t.i.d. the second day; 1 tablet b.id. X 5 d; and 1 tablet q.d. thereafter. How many tablets should be dispensed to equal a 30-day supply?
When it comes to diagnosing diabetes, what is crucial to know about any specimen being used to measure plasma or serum glucose? O a. The gender of the patient O b. The fasting status of the patient O c. The hemoglobin levels of the patient O d. All of the above