Reaction
Chemical synthesis of target molecules is one of the most demaning challenges of chemical research. Scientists involved in synthetic work have come to rely on databases mined from the literature to help them plan and carry out experiments. CambridgeSoft's Reaction Datbase collection can be used to assist in the design and optimizaiton of the synthetic workflow.
Databases:
ChemReact500
For scientists in the pharmaceutical, chemical and biotech industries, and academia who need a comprehensive collection of published reactions ChemReact500, ChemSynth, and ChemReact68, are structure searchable databases of reactions referenced in literature published between 1974-2001 that compile essential information about synthetically useful reactions and literature references. Unlike other reaction databases, our product can be directly accessed from your favorite web browser and the widely deployed CambridgeSoft E-Notebook. All of the reactions in ChemReact500 have been reported as having greater than 50% yield.
ChemSynth
For scientists in the pharmaceutical, chemical and biotech industries, and academia who need a comprehensive collection of published reactions ChemReact500, ChemSynth, and ChemReact68, are structure searchable databases of reactions referenced in literature published between 1974-2001 that compile essential information about synthetically useful reactions and literature references. Unlike other reaction databases, our product can be directly accessed from your favorite web browser and the widely deployed CambridgeSoft E-Notebook. Reactions in ChemSynth have greater than 50% yield and have been sited in leading journals more than once.
ChemReact68
For scientists in the pharmaceutical, chemical and biotech industries, and academia who need a comprehensive collection of published reactions ChemReact500, ChemSynth, and ChemReact68, are structure searchable databases of reactions referenced in literature published between 1974-2001 that compile essential information about synthetically useful reactions and literature references. Unlike other reaction databases, our product can be directly accessed from your favorite web browser and the widely deployed CambridgeSoft E-Notebook. Reactions in ChemReact68 have greater than 50% yield and have appeared in more than five example reactions.
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