Search HomeNews & EventsPress ReleasesEnamine brings Levin “nitrogen-deleting” reagent to the market ENAMINE BRINGS LEVIN “NITROGEN-DELETING” REAGENT TO THE MARKET Kyiv, Ukraine, 18 October 2021. Several months ago, Prof. Levin and co-workers from University of Chicago developed an elegant method for the “skeletal editing” of organic molecules by nitrogen atom deletion (see Nature 2021, 593, 223–227). Their strategy included the use of an anomeric N-pivaloyloxy-N-alkoxyamide amide as the key reagent. Enamine, the world-leading compound supplier, is proud to announce that this reagent has been just added to the company’s product catalog. The compound is now available from the company’s stock in multigram quantities. Iryna Iavniuk, Business Development Director at Enamine, explains: “We at Enamine always look for the most recent scientific findings in all areas of chemistry and use them to expand and improve our products immediately. We were happy to collaborate with Mark Levin on the commercialization of his fascinating reagent – a remarkable addition to our reagent collection.” Prof. Dr. Oleksandr Grygorenko, Consulting Scientist at Enamine, adds: “I was really excited when I saw Prof. Levin’s Nature publication on the nitrogen deletion method while surfing the literature. When Mark contacted us, we readily agreed to collaborate. Our chemists quickly reproduced his published protocols, performed scale-up to 50 g of the reagent, demonstrated its applicability, and checked the storage stability. Now, the compound is available from EnamineStore: https://www.enaminestore.com/catalog/EN300-33050767“ Prof. Dr. Mark Levin, Assistant Professor at University of Chicago, comments: “Hopefully anyone who wants to give our methods a whirl will be able to take advantage of this wonderful offering from Enamine. I am looking forward to all the creative applications of nitrogen deletion that this will enable!” Conflict of interest statement: Hereby the parties confirm that Prof. Levin or his group has no financial interest in commercialization of EN300-33050767. No specialized data was transferred to Enamine apart from that already published in the literature. Download pdf About us Our Research News & Events News Events Press Releases Collaboration Blog Contact us Events News Partners Posters Press Releases Blog Publications Press Kit Site Search Contact Us Follow us in social media: Cookies setting | Terms of use | Privacy policy Your choice regarding cookies on this site We use cookies to optimise site functionality and give you the best possible experience. AcceptManage Preferences