John Wiley & Sons, Inc.
Electronic Encyclopedia of Reagents for Organic Synthesis (e-EROS) contains a database of around 50,000 reactions and around 3800 of the most frequently consulted reagents and is fully searchable by structure and substructure, reagent, reaction type, experimental conditions etc. and allows sophisticated full text searches. Each entry highlights the various uses and characteristics of each reagent, with illustrative examples of its use and is preceded by valuable information concerning physical data, solubility, form supplied in, purification, and where relevant, preparative methods and with literature references to key review articles and seminal papers.
e-EROS offers a systematic and exhaustive coverage of reagents used in organic chemistry. From Acetaldehyde to Zirconium Tetraisopropoxide the A to Z listing covers both classical reagents and new "designer" reagents.
Among the types of reagents included are:
Agents Effecting Reductive Elimination
Transition Metal Organometallic Reagents
C1-C4 Organic Compounds
Agents That Undergo Cycloaddition
Ligands, Linkers and Auxiliaries
Monoprotected Bifunctional Building Blocks
e-EROS will be updated on-line twice a year ensuring a rapid publication schedule from manuscript submission to on-line display.
Dynamic table of contents listing all the reagents plus lists of all the available Catalyst Names, Solvent Names and Authors.
Articles can be easily downloaded and printed.
Separate windows enable you to view the search results, while viewing the text simultaneously.
Structure and reaction searching takes you directly to drawing in the text where the hit is found.
Full text searching gives highlighted hits in the text with hyperlinking to the next and previous hits.
Search results give you the reagent name plus reaction type that contains the hit.
Intersect and merge hitlists. Merge hitlists from the database records.
Use ISIS/DRAW or ChemDraw to enter structure queries.
The ability to search for a full reaction substructure containing reactant- and product-substructures in the form of a reaction equation.
Use the structure search query features to search for either reactants or products.
Searching can be conducted in both query text and structure driven modes. Search by:
Key words and phrases (full text)
Reagent Name, Reaction Name, Catalyst Name, Solvent Name, Product Yield, Temperature, Authors, Reference and Publication Year
Structure and Reaction Searching: Substructure, Structure Exact and Reaction (Substructure)
John Wiley & Sons, Inc.
Summary by 杨宏伟 on 2003-05-12
Last updated by 杨宏伟 on 2003-05-12