2001
DOI: 10.1016/s1359-6446(01)01751-2
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High-throughput purification of compound libraries

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Cited by 54 publications
(39 citation statements)
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“…Given that both solution-phase and solid-phase sample manipulation are easily automated, the major limitation to the solution-phase synthesis of chemical libraries is the isolation or purification [164] of the library members. If the advantages of sample isolation characteristic of solid-phase synthesis can be incorporated into a solution-phase synthesis, its less limiting scale, expanded repertoire of chemical reactions, direct production of soluble intermediates and final products for purification or assay, and the lack of required linking, attachment and detachment, or capping steps make solution-phase library synthesis especially attractive (Table 1).…”
Section: Introduction 4139mentioning
confidence: 99%
“…Given that both solution-phase and solid-phase sample manipulation are easily automated, the major limitation to the solution-phase synthesis of chemical libraries is the isolation or purification [164] of the library members. If the advantages of sample isolation characteristic of solid-phase synthesis can be incorporated into a solution-phase synthesis, its less limiting scale, expanded repertoire of chemical reactions, direct production of soluble intermediates and final products for purification or assay, and the lack of required linking, attachment and detachment, or capping steps make solution-phase library synthesis especially attractive (Table 1).…”
Section: Introduction 4139mentioning
confidence: 99%
“…Wenn die Probenhandhabung in fester und flüssiger Phase einfach automatisiert werden kann, besteht das Hauptproblem der Flüssigphasensynthese chemischer Bibliotheken in der Isolierung oder Reinigung [164] der Einzelkomponenten. Könnten die Vorteile der Probenisolierung von der Festphasensynthese übernommen werden, so wäre die Flüssig-phasensynthese von Bibliotheken durch die einfachere Maß-stabsvergrößerung, das größere Repertoire an chemischen Reaktionen, die direkte Herstellung löslicher Zwischen-und Endprodukte zu Reinigung oder Test und den Verzicht auf Linker, Bindung, Abspaltung und Blockierungsreaktionen besonders attraktiv (Tabelle 1).…”
Section: Hauptmerkmale Kombinatorischer Methoden In Der Flüssigphaseunclassified
“…It is estimated that the solvent requirement for SFC is almost 50Â less than that for HPLC, and the time necessary for separation is shorter by one-thirds. 160 The use of SFC in the drug discovery process was evaluated by a SanofiAventis research group and exemplified by the purification of chiral compounds. 161 The SFC semipreparative chromatograph for the high-throughput purification of combi-chem libraries was described in detail by Berger in 2000.…”
Section: Characterization and Purificationmentioning
confidence: 99%