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So, first you want to know mcg/min. 130 pounds = 59.09 kg
8 (59.09)=472.73
So, your order is for 472.7mcg/min or 0.473mg/min or 28.3mg/hour (60 minutes)
Then you want to know how many mg are in each ml.
400/250
So, 1.6mg/ml
So now you know there are 1.6mg/ml and 28.3mg/hour
How many ml/hour do you need to get this dose? In other words, how many ml will get you the 28.3mg?
28.2/1.6= 17.7 ml/hr
Thanks everyone! I am returning after about 3 years being away from the bedside. I was overseas in central asia as a humanitarian aid worker and got a bit rusty on my nursing skills :) It took a while for me to get a job and most hospital recruiters said I was "borderline" for the hospital, and I really didn't want to take a refresher course....although a med math refresher course might be useful!
gtoko- how long have you been out?
PureLifeRN
149 Posts
hello! i am re-entering the nursing field and trying to brush up on my math. can anyone help me solve this problem using dimensional analysis? i have been working on it forever!!!!
[color=#0080c0]for the client whose weight is 130 lbs and has dopamine ordered at 8 mcg/kg/min, what rate should the infusion pump be set for a solution of 400 mg dopamine in 250 ml d5w?
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[color=#0080c0]thanks!!!