Applied Microbiology · 1968 · 33 citations · 14 references
Life SciencesFisheriesMicrobiologyAquacultureFish BiologyIchthyologyBacterial ToxinsFish ToxicologyMarine BiotoxinsMicrobial Toxins In FoodNatural Toxins In FoodSeafood MicrobiologyBotulinum ToxinsEnrichmentFish ContaminationPathogen Detection In SeafoodSeafood-borne PathogensShellfish BiotoxinsShellfish Toxin ContaminationToxin Identification
Salmon, sole, cod, oysters, clams, and crabs from ocean waters along the coast of Oregon and Washington were examined for the presence of Clostridium botulinum type E. The organism was detected by identification of the type E toxin in enrichment cultures of the viscera of individual fish. Of 369 salmon specimens, 48 yielded cultures containing toxin lethal to mice, and almost half of the toxic cultures were shown to contain botulinal toxin, chiefly type E. Eighteen of 113 sole and cod specimens, 4 of 22 Dungeness crab specimens, 5 of 16 oyster specimens, and 27 of 115 clam specimens gave rise to cultures containing botulinal toxin which was usually type E, although types A and B were occasionally encountered.
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<i>Clostridium botulinum</i>Type F from Marine Sediments
Melvin W. Eklund, F. T. Poysky · Science · 1965 · 120 citations
Medicine, Obstetrics, Physiology +11
Radiation Sterilization of Food.
C. F. Schmidt, W. K. NANK, R. V. Lechowich · Journal of Food Science · 1962 · 77 citations