1990Bulletin des Sociétés Chimiques BelgesRequires access

−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

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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.

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Available 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.

Key concepts: Carbon-13 NMR, Vinblastine, Chemistry, Nuclear magnetic resonance, Stereochemistry, Physics, Biology, Genetics

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