milliequivalent


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Related to milliequivalent: milliequivalent per liter

milliequivalent

 (mEq) [mil″e-e-kwiv´ah-lent]
one thousandth (10−3) of a chemical equivalent (see equivalent weight). Concentrations of electrolytes are often expressed as milliequivalents per liter, which is an expression of the chemical combining power of the electrolyte in a fluid.

mil·li·e·quiv·a·lent (mEq, meq),

(mil'i-ē-kwiv'ă-lent),
The equivalent of one thousandth; 10-3 mol divided by valence.

mil·li·e·quiv·a·lent

(mEq, mcq.) (mil'i-ē-kwiv'ă-lĕnt)
One thousandth equivalent; 10-3 mole divided by valence.
References in periodicals archive ?
Common errors included failure to calculate rates of infusion, the conversion of millilitres to milliequivalents for potassium, phenobarbitone and digoxin, and 10- to 1 000-fold higher or lower doses for the individual medications (Tables 1 and 2).
Onaqui surface soil texture is gravelly loam (14% clay, 45% sand, and 41% silt), cation exchange capacity is 15 milliequivalents x 100 [grams.sup.-1], and electrical conductivity is 1.0 decisiemens x [meter.sup.-1] (Tooele soil survey).
The maximum metal loadings in these batch contact experiments were between 5 and 40% of the theoretical value based on the assumption that MST and mMST have 5.0 milliequivalents of exchangeable sodium cations per gram of material.
This value could explain a reduction of 20 milliequivalents (meq) in 24-hour sodium excretion according to previous studies (30).
The initial peroxide value of the biodiesel at the ambient temperature was determined to be 0.19 milliequivalents peroxidic oxygen per kilogram of sample (meq Peroxide/kg Oil).
Total alkalinity was determined by standard titration methods (Eaton 1995) and reported as milliequivalents per liter bicarbonate.
Component Phr Ethylene octene copolymer (EOC) 100 Polypropylene (PP) 50 Dicumyl peroxide (DCP) 0-5 (a) (varied) Triallyl cyanurate (TAC) 2.0 (a) Concentration of DCP was optimized at 2.0 phr (21), which corresponds to 3 milliequivalents concentration.
The relative cation exchange capacities of clay, sand, and humus soils are about 30, 9, and 200 milliequivalents per 100 grams of soil each.
States differ in the doses and methods of administration; however, the most common dosing regimens call for the administration of a sequence of intravenous drugs by bolus administration; first, a single injection of two to five grams of thiopental; next, an injection of sixty milligrams of pancuronium bromide; finally, an injection of 240 milliequivalents of potassium chloride, or less, depending on the protocol.
Cation exchange capacity is measured in milliequivalents (mEq) per 100 grams of soil.
Despite the claim that no previous medical science is required, it is unlikely that a complete novice would manage the complex descriptions of, for instance, osmolality and conversion of milliequivalents to milligrams.