Pharmacy calculations are very important for prescribing, especially in regards to renal function and pediatric dosing. This assignment will focus on calculating renal function and

Pharmacy calculations are very important for prescribing, especially in regards to renal function and pediatric dosing. This assignment will focus on calculating renal function and medication doses for pediatric patients. Review the information below and then follow the subsequent instructions. Renal function can be calculated different ways but the most common ways are using the Cockcroft-Gault and CKD-EPI equations (see below). If adjustments to dosing are required due to decreased renal function, it is important to know which equation should be used. This can be found in a drug reference or the package insert for a particular medication. In general, if renal cutoffs are expressed as mL/min the Cockcroft-Gault equation should be used but if renal cutoffs are expressed in mL/min/1.73m2 then the CKD-EPI equation should be used. Different equations are necessary to calculate renal function in the pediatric population. The Cockcroft-Gault equation is as follows: The CKD-EPI equation is as follows: In general, medication dosing for pediatric patients is based on weight. This makes it particularly important to be able to calculate doses appropriately. The most basic calculation is dose (ie. mg/kg) times weight (in kg). Example For liquids or suspensions, medication doses are often given as the volume to be given to the patient. One must be aware of the available concentrations for a particular medication.

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