Question

ce level is 235 mg per dL at 0400 hr. what rate will you set the infusion rate? b. in 1 hour, the BG level is 270 m l What will be the new c. At 0600 hr the physician called and inquired about the be units of insulin the patient had received sing physician? at will be the new IV rate? received since the I was started. What will you tell the about the BG level. He asked how many 3. Your patient is receiving insulin IV The standard rate of 100 units from the pharmacy. The BG qin is as follows: 3 145, 120 mg per du. How many total units has the patient recev ord rate of 100 units in 100 mL of NS is sent 44h is as follows: 350 mg per L. 330, 270, 210, 190, 165, ont received? units of insulin. The order is for 5 units per 4. The pharmacy has sent 50 ml of NS with 100 units of insulin. The of hr until the BG level is stable at 130 mg per du a. At how many mL per hr will you set the IV infusion device? b. It took 16 hours for the BG level to stabilize at 130 mg per L. ours for the BG level to stabilizat 120 md per L. How many total units of insulin did the patient receive during the 16 hours? 5. Ordered: 100 units Human Ree units Human Regular insulin in 50 ml of NS to be infused at 3 mL per hr un the blood glucose level is stable at 120 mg per L. a. How many units per hr will be delivered? D. IT It took 8 hours for the blood glucose level to stabilize at 120 mg per du, how many total units of insulin did the patient receive? For Problems 6 through 10, calculate the following: • ml per hr necessary to infuse the ordered amount via an infusion device • length of time the IV is to infuse 6. Ordered: Humulin R IV at 10 units per hr. Available: 150 mL of 0.9% NS with 100 units Humulin (lispro) R insulin. 7. Ordered: Humulin R in 50 mL to infuse at 8 units per hr. Available: 50 mL 0.9% NS with 50 units Humulin R insulin. 8. Ordered: Humulin R in 50 ml to infuse at 12 units per hr. Available: 50 mL 0.9% NS with 75 units Humulin R insulin. 9. Ordered: 120 units Humulin R insulin IV at 10 units per hr. Available: 100 mL of NS 0.9% with 120 units Humulin R insulin. 10. Ordered: 150 units Humulin R insulin IV at 12 units per hr. Available: 150 mL of NS 0.9% with 150 units Humulin R insulin.

Answer 1

3.1 unit insulin reduce 50 mg/dl of blood glucose.here the drop of blood sugar is from 350 to 120.so the patient receive minimum of 4 unit of insulin

4.50 ml contain 100 units of insulin.5 ml contains 10 units.2.5 ml contain 5 units.so rate is 2.5 ml /hr.

16 hours the patient received 16×5=80 units

5.3ml contain 6 units of insulin.so the units per hour is 6 units

8 hours .The units is 8×6=48 units

6.10 units contain 15 ml.so 15 ml/hr

7.1 ml contain 1 unit.so 8 ml/hr

8.1 ml contain 1.5 unit.so 12 units 9 ml/hr

9.1 ml continue 1.2 unit.10 unit in 8 ml.total time 15 hour

10.1 ml 1 unit.so 12 ml/hr.total time 12.5 hours