Answered: Using the data on enhanced coagulation…

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A 77 kg patient is receiving the following "2-in-1" admixed TPN: Glucose 330 g Amino acids 143 g Total volume: 2310 mL What should the rate of infusion be, in mL/hr, if the TPN is run over 24 hours? Round to the nearest 5 mL/hr, do not enter units Answer:
A patient was receiving an antibiotic as a constant rate infusion at an infusion rate of 22.01 mg/h. After six times the half life of this drug, the infusion was terminated and the plasma drug concentration was determined as 3.63 mg/L and 2.79 mg/L at 5.1 hours and 8.52 hours, respectively, following the termination of the infusion. The patient started displaying lung infection symptoms again and this antibiotic was to be administered via constant rate IV infusion again. Please calculate an IV loading dose that was used to achieve a steady state of 6.28 mg/L.
Can you please answer these two sub questions and show all of the steps to the solution
Order: Order: heparin infusion: heparin 25,000u in 250mL of 0.45% NS @ 17u/kg/ hr. Patients weight is 125 lbs. Calculate the heparin infusion rate in u/hr.
EXAMPLE 6.4 The nurse has been monitoring the hemodynamic readings of a patient weighing 165 lb receiving dobutamine, 250 mg in 50 mL of D5W/0.45% NS, and has received additional orders from the physician to titrate for effectiveness. The IV pump is now set at 9 mL/hr, and the physician wants to know how many mcg/kg/min the patient is now receiving. Given quantity = 9 mL/hr Wanted quantity = mcg/kg/min Dose on hand = 250 mg/50 mL Weight 165 lb =
The goal of a certain heparin infusion protocol is to achieve an aPTT value between 50 sec and 70 sec. Your patient’s most recent aPTT value is 72.8 sec. With respect to the goal range for this therapy, which of the following statements is true? The aPTT value of 72.8 sec is too low; the blood is clotting too quickly. The aPTT value of 72.8 sec is too low; the blood is clotting too slowly. The aPTT value of 72.8 sec is too high; the blood is clotting too slowly. The aPTT value of 72.8 sec is too high; the blood is clotting too quickly.

Table 2: DOC concentration achieved after enhanced coagulation
			pH
Dose	5	6	7	8
0	5	5	5	5
10	3.07	3.21	3.42	3.59
20	2.05	2.63	3.17	3.37
40	1.71	2.22	3.00	3.32