(1) Excellent analyte recovery -- even after 14 days of storage.

(2) For example if it is required that an analyte be assayed at the level of 0.1 mg per tablet it should be demonstrated that the procedure will reliably quantitate the analyte at that level.

(3) The purpose of a surrogate analyte is to monitor method performance with each sample.

(4) The amount of the analyte is determined from the measurement value.

(5) In geochemical analysis we encounter ranges of analyte concentration that can span several orders of magnitude.

(6) Thus, errors due to light from the flame and light emitted by the analyte are avoided.

(7) There is then a solvent free transfer of the analyte to the chromatographic system.

(8) The intensity of color is expected to be proportional to the amount of analyte.

(9) Titrimetry (volumetry) is a quantitative method using solution chemistry to determine the concentration of analyte.

(10) In the simplest approximation, electrophoretic mobility can be because of analyte charge and size.

(11) All three methods gae no significant loss of total glucosinolate analyte contents oer these cooking periods.

(12) First, they contain certain recognition mechanisms specified to the analyte, for example, antibodies or enzymes.

(13) For compounds with potentially labile metabolites(Sentencedict), the stability of analyte in matrix from dosed subjects (or species) should be confirmed.

(14) It was found that the shape of absorption signal was controlled by the property of the analyte, the sample vaporization rate and the gas diffusion rate.

(15) The influence of matrix elements on the degree of analyte ionization is insignificant.

(16) Therefore, the MSE can be aoolied to the measurement of low molecular weight analyte.