Micellar liquid chromatography

RETENTION MECHANISM OF NINE SOLUTES BY THE USE OF LINEAR SOLVATION ENERGY RELATIONSHIPS ON A C18 COLUMN

“…Since its introduction by Armstrong and Henry in 1980, [3] MLC has seen solid growth in its use. The major advantages of MLC over most separation techniques as well as its unique capabilities have been widely investigated, with more than one hundred papers on this subject as well as reviews [4][5][6] and several books having been published. [7,8] According to reported studies, intermolecular solute-solvent interactions play a major role not only in separation science but also in many other areas of chemistry, as well as synthesis, spectroscopy, and pharmaceuticals.…”

Determination of selenium(IV) in pharmaceuticals and premixes by micellar liquid chromatography

“…Micellar liquid chromatography (MLC) is a type of chromatography that is an alternative for reversed-phase liquid chromatography (RP-HPLC) [1][2][3][4][5][6]. MLC is successfully applied to analysis of drugs, biological fluids [1][2][3] and in environmental analysis [7].…”

Influence of various factors on the chromatographic behavior of cytostatic antibiotics of rubomicin derivatives in micellar liquid chromatography

“…This new and intensively developing mode of reversedphase chromatography was termed the micellar liquid chromatography (MLC). Advantages of MLC include high reproducibility, unique selectivity, the possibility to separate and determine simultaneously various ionic and non-ionic components, low cost and good safety, and the possibility to enhance or stabilize fluorescence signals [4,6]. Advantages of MLC include high reproducibility, unique selectivity, the possibility to separate and determine simultaneously various ionic and non-ionic components, low cost and good safety, and the possibility to enhance or stabilize fluorescence signals [4,6].…”