Marine Animal Biosynthetic Constituents For Cancer Chemotherapy

George R. Pettit, Yoshiaki Kamano(Arizona State University), Youichi Fujii(Arizona State University), Cherry L. Herald(Arizona State University), Masuo Inoue(Arizona State University), Peter C. Brown(Arizona State University), Devens Gust(Arizona State University), Keiichi Kitahara(Arizona State University), Jean M. Schmidt(Arizona State University), Dennis L. Doubek(Arizona State University), Claude Michael(Arizona State University)
Journal of Natural Products
July 1, 1981
Cited by 84

Abstract

A fifteen year investigation of marine animal components as sources for new and potentially useful cancer chemotherapeutic drugs has led to our discovery of a number of such valuable substance. The especially productive Indian Ocean sea hare Dolabella auricularia has yielded (100 kg leads to or approximately 1 mg each) a series of very potent cell growth inhibitory substances designated dolastatins 1-9. The first member of this new series, dolastatin 1, may represent the most potent anticancer agent so far uncovered with, e.g., a curative response (33%) using a dose of 11 microgram/kg (T/C 240, to T/C 139 at 1.37 microgram/kg) in the National Cancer Institute's murine B16 melanoma. Structural elucidation of the new antineoplastic agents is underway, and recent progress is illustrated with peptide dolastatin 3 (P388 ED 50 2.7 x 10(-7) microgram/ml).


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