Enantiomer Separation by HPLC on Reversed Phase Silica Gel Coated with Copper (II) Complexes of (R,R)-Tartaric Acid Mono-Amide Derivatives
Two chiral ligand exchange stationary phases for HPLC, (R,R)-tartaric acid mono-(R)-1-(α-naphthyl)ethylamide [I] and (R,R) -tartaric acid mono-n-laurylamide [11], were prepared. The direct separation of a number of amino acid, hydroxy acid and amino alcohol enan-tiomers was achieved using ODS silica...
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Veröffentlicht in: | Journal of liquid chromatography 1993-03, Vol.16 (4), p.893-901 |
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creator | Ôi, Naobumi Kitahara, Hajimu Aoki, Fumiko |
description | Two chiral ligand exchange stationary phases for HPLC, (R,R)-tartaric acid mono-(R)-1-(α-naphthyl)ethylamide [I] and (R,R) -tartaric acid mono-n-laurylamide [11], were prepared. The direct separation of a number of amino acid, hydroxy acid and amino alcohol enan-tiomers was achieved using ODS silica gel coated with [I] and [11], and water or hydro-organic eluents containing copper(ll) ion as a mobile phase. The enantioselectivity of the phase [I] was superior than that of the phase [11]. The phase [I] is very promisir.-as the chiral coating agent on reversed phase materials for the direct separation of a variety of enantiomers by ligand exchange HPLC. |
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The direct separation of a number of amino acid, hydroxy acid and amino alcohol enan-tiomers was achieved using ODS silica gel coated with [I] and [11], and water or hydro-organic eluents containing copper(ll) ion as a mobile phase. The enantioselectivity of the phase [I] was superior than that of the phase [11]. 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The direct separation of a number of amino acid, hydroxy acid and amino alcohol enan-tiomers was achieved using ODS silica gel coated with [I] and [11], and water or hydro-organic eluents containing copper(ll) ion as a mobile phase. The enantioselectivity of the phase [I] was superior than that of the phase [11]. 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The direct separation of a number of amino acid, hydroxy acid and amino alcohol enan-tiomers was achieved using ODS silica gel coated with [I] and [11], and water or hydro-organic eluents containing copper(ll) ion as a mobile phase. The enantioselectivity of the phase [I] was superior than that of the phase [11]. The phase [I] is very promisir.-as the chiral coating agent on reversed phase materials for the direct separation of a variety of enantiomers by ligand exchange HPLC.</abstract><pub>Taylor & Francis Group</pub><doi>10.1080/10826079308020941</doi><tpages>9</tpages></addata></record> |
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title | Enantiomer Separation by HPLC on Reversed Phase Silica Gel Coated with Copper (II) Complexes of (R,R)-Tartaric Acid Mono-Amide Derivatives |
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