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1 fluiddrachm (Apothecaries) 29.6 mL |
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8 fluiddrachm (Apothecaries) |
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1 fluid ounce (Apothecaries) |
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16 fluid ounces (Apothecaries) |
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3 scruples (Apothecaries) |
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–Confined to bed1.2 –Ambulatory1.3 |
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Adult: –30 mL/kg Child:–< 10 kg –100 mL/kg –10-20 kg –1000 mL+ 50 mL/kg over 10 kg –> 20 kg –1500 mL+ 20 mL/kg over 20 kg |
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Protein Daily Requirements |
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•Adults –0.8 g/kg –unstressed patient (US RDA) –0.8-1 g/kg –mildly stressed patient –1.2 g/kg –renal dialysis patient –1.1-1.5 g/kg –moderately stressed patient –1.5-2 g/kg –severely stressed patient –3 g/kg –severely burned patient •Infants –2-3 g/kg •Children –1.5-2 g/kg •Teenagers –1-1.5 g/kg |
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–Available in 2.5% to 70% –3.4 kcal/g |
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–Male: 50 + 2.3(number of inches over 5 feet) –Female: 45.5 + 2.3(number of inches over 5 feet) |
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–When patient is > 20% over ideal body weight: •IBW + 0.4 (Actual body weight –IBW) |
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BMI = weight (kg)/height (m)2 •< 18.5 –underweight •18.5-24.9 –normal weight •25-29.9 –overweight •≥ 30 –obese •> 40 –extremely obese |
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Usually 60-70% of nonproteincalories |
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•Formulations –Soybean oil •10%, 20%, 30% –50/50 mixture of soybean oil & safflower oil •10%, 20% •Usually 30-40% of nonproteincalories |
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No ion: 1.0 2 Ion: 1.8 3 ion: 2.6 4 ion: 3.4 5 ion: 4.2 |
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Relative Tonic Effect of Two Substances |
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(Drug MW) x (i salt) = g (drug) (salt MW) x (i drug) g (salt) |
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[(g drug) x (e)]/ desired isotonicity = mL of H2O needed |
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To convert mEq/mL to mg/mL |
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mg/mL = [mEq/mL x MW]/valence |
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mOmol/L = (g/L)/MW x # of species x 1000 |
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Prefix - Unique identifier Subterm A - Target call/system Subterm B - Origin species Mab stem - "mab" Tradename - Trade name
go li mu mab golimumab-‐Simponi |
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– Propellant(CFC,HFA) • 1st number=#carbons–1 • 2nd number=#hydrogens+1 • 3rd number=#Fluorines |
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Error/Quantity Desired = % of error/100% |
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= Weight of a substance/Weight of equal volume of water |
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= Volume of a substance/Volume of equal weight of water |
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sqrt(Kg * cm/3600)
Dose = x/1.76 |
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Here are the steps to verify a DEA number: Step 1: add the first, third, and fifth digits of the DEA number.
Step 2: add the second, fourth, and sixth digits of the DEA number.
Step 3: multiply the result of Step 2 by two.
Step 4: add the result of Step 1 to the result of Step 3. Then, the last digit of this sum must be the same as the last digit of the DEA number.
Example: DEA number AP5836727 Step 1: 5 + 3 + 7 = 15 Step 2: 8 + 6 + 2 = 16 Step 3: 16 * 2 = 32 Step 4: 15 + 32 = 47 |
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1.86 C * i / 0.52 C = MW/xg |
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10.1 * (weight in g)^.667 * 10^-4 |
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10 * (weight in g)^.667 * 10^-4 |
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