Total drug content in the dosage form: | mg |
Bioavailability factor (F): | |
Amount of Bioavailable drug = | |
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Drug content of the solid dosage form: | mg |
Bioavailability Factor of the drug in solid dosage form: | |
Drug content of the liquid dosage form: | mg/mL |
Bioavailability Factor of the drug in liquid dosage form: | |
Dose of liquid dosage form equivalent to solid dosage form = | |
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α value of the drug: | |||
Total plasma concentration of the drug (ng/mL): | |||
Concentration of unbound drug in plasma (ng/mL): |
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Total amount of drug in the body: | mg |
Drug's plasma concentration: | mg/L |
Apparent volume of distribution |
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Drug's plasma concentration: | mg/L | ||||||||||
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Total amount of drug content (mg) | |||||||||||
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Elimination rate constant: | ||
Elimination half-life: | ||
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Height (inches): | ||
Sex : | Male Female | |
Body Weight in : | kg lb | |
Result = | ||
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Age (years): | ||
Body weight (kg): | ||
Sex : | Male Female | |
Serum creatinine (mg/dL): | ||
Calculate by : | Jelliffe equation Gault equation | |
Creatinine clearance rate: | ||
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Creatinine Clearance rate:mL/min. | ||||||
Body Surface Area of the patient: m2 | (or) |
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Adjusted Creatinine clearance = |
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Height of the patient (inches): | |||||
Body weight (kg): | |||||
Age (years): | |||||
Sex : | Male Female | ||||
Serum creatinine (mg/dL): | |||||
Desired loading dose (mg/kg): | |||||
Desired maintenance dose (mg/kg): | |||||
Patient condition : |
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Loading Dose = | |||||
Maintenance Dose = | |||||
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