−1H and −13C NMR Study of C‐16 OYL and C‐17 Acyl Vinblastine Derivatives at 300 MHz Using 2‐D NMR Experiments
Kandukuri S. P. Bhushana Rao, Jeanine Cornet, André De Bruyn
Abstract
Kandukuri S. P. Bhushana Rao, Jeanine Cornet, André De Bruyn
Abstract
Abstract In the present study we describe: (1) the −13C NMR study of two compounds resulting from the amidation of the ester at C‐16 of 17‐deacetyl‐vinblastine and (2) the −1H and −13C NMR study of one compound resulting from the acylation (or esterification) at C‐17 of vinblastine. For the assignment of the −13C NMR resonances, DEPT and −13C, −1H‐heteronuclear shift correlated experiments were performed.
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Abstract In the present study we describe: (1) the −13C NMR study of two compounds resulting from the amidation of the ester at C‐16 of 17‐deacetyl‐vinblastine and (2) the −1H and −13C NMR study of one compound resulting from the acylation (or esterification) at C‐17 of vinblastine. For the assignment of the −13C NMR resonances, DEPT and −13C, −1H‐heteronuclear shift correlated experiments were performed.
Key concepts: Carbon-13 NMR, Vinblastine, Chemistry, Nuclear magnetic resonance, Stereochemistry, Physics, Biology, Genetics