Bq = becquerel | L = liter |
kBq = kilobecquerel | mL = milliliter, |
MBq = megabecquerel | µL = microliter |
GBq = gigabecquerel | Eq = gram-equivalent weight |
Ci = curie | mEq = milliequivalent |
mCi = millicurie | mol = gram-molecularweight (mole) |
µCi = microcurie | Da = dalton (relativemolecular mass) |
nCi = nanocurie | mmol = millimole |
Gy = gray | Osmol = osmole |
mGy = milligray | mOsmol = milliosmole |
m = meter | Hz = hertz |
dm = decimeter | kHz = kilohertz |
cm = centimeter | MHz = megahertz |
mm = millimeter | V = volts |
µm = micrometer(0.001mm) | MeV = million electronvolts |
nm = nanometer * | keV = kilo-electron volt |
kg = kilogram | mV = millivolt |
g = gram ** | psi = pounds per square inch |
mg = milligram | Pa = pascal |
µg; mcg = microgram | kPa = kilopascal |
ng = nanogram | g = gravity (incentrifugation) |
pg = picogram | |
fg = femtogram | |
dL = deciliter | |
*
Formerly the symbol mµ (for millimicron) was used.
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**
The gram is the unit of mass that is used to measure quantities of materials. Weight, which is a measure of the gravitational force acting on the mass of a material, is proportional to, and may differ slightly from, its mass because of the effects of factors such as gravity, temperature, latitude, and altitude. The difference between mass and weight is considered to be insignificant for compendial assays and tests, and the term weight is used throughout USP and NF.
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Formerly the abbreviation mcg was used in the Pharmacopeial monographs; however, the symbol µg now is more widely accepted and thus is used in this Pharmacopeia. The term gamma, symbolized by , is frequently used for microgram in biochemical literature.
NOTEThe abbreviation mcg is still commonly employed to denote microgram(s) in labeling and in prescription writing. Therefore, for purposes of labeling, mcg may be used to denote microgram(s).
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One milliliter (mL) is used herein as the equivalent of 1 cubic centimeter (cc).
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