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Production of neosolaniol monoacetate by an undescribedFusarium species resemblingF camptoceras

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Cultures of 12 South African isolates of an undescribedFusarium species resembling but distinct fromF camptoceras were analysed for the presence of diacetoxyscirpenol (DAS), neosolaniol monoacetate (NMA), and T-2 toxin, by capillary gas chromatography utilizing electron capture detection. No DAS or T-2 toxin could be detected in any of the cultures of the isolates. NMA was, however, detected in 10 of the 12 isolates at levels ranging from 310 to 2060 ng/g. The method used, was primarily developed for the determination of DAS and T-2 toxin in fungal cultures and grain samples but was found to be suitable for the coextraction of NMA at an average recovery of 80.8%, with a detection limit in the order of 100 ng/g. Supportive evidence for the presence of the NMA was obtained by capillary gas chromatography / mass spectrometry. Regarded as a relatively rare trichothecene, NMA has never been reported to occur naturally and has previously been shown to be produced by only a fewFusarium strains.

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Sydenham, E., Thiel, P., Marasas, W. et al. Production of neosolaniol monoacetate by an undescribedFusarium species resemblingF camptoceras . Mycotox Res 5, 13–19 (1989). https://doi.org/10.1007/BF03192112

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  • Trichothecene
  • Mycotoxin Research
  • Diacetoxyscirpenol
  • Fusarium Strain
  • Diacetoxy