Computer-Assisted Organic Synthesis - ACS …

The three laboratories of the research group (No. 402, 404 and 410) see the syntheses of heterocyclic compounds done, by both classic and non-classic procedures (chemical, photochemical and electrochemical approaches, even those using ultrasound and microwaves), as well by methods of green chemistry, supported by the existing infrastructure: ATR FT IR and UV for ascertaining structure of intermediates, obtained by solid-support syntheses, a microwave reactor C3EM for organic synthesis, equipped with power control, controlled pressure, temperature and time measurement.

Organic Synthesis Software - ResearchGate

With an download computer representation of the stereochemistry of organic molecules: with application to the problem of discovery of organic synthesis by, you can potentially have a Great Course to a friction or used one via trick.

COmputer-Assisted Organic Synthesis - ScienceDirect


As a scientist, Corey--or E. J., as family, friends, and colleagues call him--has been working on a wide range of problems in the chemical sciences. His contributions not only have empowered synthetic organic chemistry but also have had a profound impact on biology and medicine.

Chemists find 'huge shortcut' for organic synthesis …

The "little molecule" that catalyzes the key step is a boron-containing organic cation that can be traced back to Corey's landmark work on the synthesis of prostaglandins. Corey had developed a route in which simple reagents form a key intermediate in 99% enantiomeric excess through a Diels-Alder reaction. The catalyst, a chiral oxazaborolidine, was designed on the basis of a deep understanding of the reaction mechanism. The synthesis of prostaglandins, also called eicosanoids, is widely cited as a major contribution of Corey's because it not only advanced organic synthesis but also allowed biomedical investigations to proceed by making the scarce hormones available to investigators.


Until he turned 70, Corey taught an organic synthesis course, Chemistry 115. He prepared meticulously for the lectures, wanting them to be as good as they could be. Except for one time when he was severely ill after a trip overseas, he never missed a class, not even on the day that he learned of his Nobel Prize.


This achievement in human-machine communication in chemistry was first reported in Science in 1969. Corey followed up in 1972 with three papers published back-to-back in the Journal of the American Chemical Society. But shortly after the papers were published, Corey was told that the journal would not accept any more papers of that ilk. The work was so radical that it bothered people, Corey believes. He recalls being chided by John Cornforth, Nobel Laureate bioorganic chemist, that such a program would render synthetic chemists useless.

Organic Synthesis: The Disconnection Approach - Wiley …

Despite the limitations, the Corey group developed the software called Organic Chemical Simulation of Synthesis–Logic and Heuristics Applied to Synthetic Analysis. Given a chemical structure drawn with a stylus on an electrostatic tablet hooked to a computer, the software suggests starting materials and reactions to prepare the compound.