Efficient split synthesis for targeted libraries. NLM AIDSLINE Important note: Information in this article was accurate in 2000. The state of the art may have changed since the publication date.

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Efficient split synthesis for targeted libraries.

J Comb Chem. 2000 Jan-Feb;2(1):10-8. Unique Identifier : AIDSLINE MED/20214068
Cohen B; Skiena S; Department of Computer Science, State University of New York at; Stony Brook 11794-4400, USA.


Abstract: We propose a new approach for fabricating more sophisticated combinatorial chemistry libraries via split synthesis and evaluate its potential through extensive simulation. Our algorithmically intensive method promises to reduce the time and materials costs of synthesizing libraries which are (1) too large to synthesize economically by sequential or parallel synthesis, (2) too long or irregular for conventional split synthesis generation techniques, and (3) not used in sufficient quantity to justify the setup costs of array makers. It also encourages the design of more focused and interesting libraries than are typically constructed using split synthesis. Our algorithms automate the design of efficient synthesis procedures for motif-based libraries which are too complex to design by hand. Our software allows the user to select the most desirable tradeoff between minimizing the number of steps in the synthesis process and containing the combinatorial explosion of the number of compounds synthesized.
Keywords: JOURNAL ARTICLE Algorithms Animal Chemistry, Organic/ECONOMICS/*METHODS Chickens Databases, Factual DNA-Binding Proteins/CHEMICAL SYNTHESIS Human Models, Chemical *Peptide Library SIV/CHEMISTRY Transcription Factors/CHEMICAL SYNTHESISKWDjournalarticlealgorithmsanimalchemistry,organic/economics/KWDmethodschickensdatabases,factualdna-bindingproteins/chemicalsynthesishumanmodels,chemicalKWDpeptidelibrarysiv/chemistrytranscriptionfactors/chemicalsynthesis
000730
A0071402

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