Results 131 to 140 of about 3,921 (182)
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Toxicon, 1998
The most poisonous mushroom toxins are produced by Amanita phalloides (death cap). The occurrence and chemistry of three groups of toxins (amatoxins, phallotoxins and virotoxins) are summarized. The concentration and distribution of toxins in certain species are variable, with the young fruit body containing lower, and the well-developed fungus higher ...
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The most poisonous mushroom toxins are produced by Amanita phalloides (death cap). The occurrence and chemistry of three groups of toxins (amatoxins, phallotoxins and virotoxins) are summarized. The concentration and distribution of toxins in certain species are variable, with the young fruit body containing lower, and the well-developed fungus higher ...
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JAMA: The Journal of the American Medical Association, 1963
THE EASILY RECOGNIZABLE orange- or red-capped fly agaric Amanita muscaria is traditionally so named because it has been used to kill flies. Whether or not it is effective for this purpose, it has been considered for centuries to be one of the more toxic wild mushrooms. Mycologists are not in complete agreement as to whether it is really deadly to human
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THE EASILY RECOGNIZABLE orange- or red-capped fly agaric Amanita muscaria is traditionally so named because it has been used to kill flies. Whether or not it is effective for this purpose, it has been considered for centuries to be one of the more toxic wild mushrooms. Mycologists are not in complete agreement as to whether it is really deadly to human
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Descriptions of Fungi and Bacteria
Abstract
N.S. Yorou, R. Dramani, D.W. Minter
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Abstract
N.S. Yorou, R. Dramani, D.W. Minter
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Descriptions of Fungi and Bacteria
Abstract
N.S. Yorou, R. Dramani, D.W. Minter
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Abstract
N.S. Yorou, R. Dramani, D.W. Minter
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Descriptions of Fungi and Bacteria
Abstract
N.S. Yorou, R. Dramani, D.W. Minter
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Abstract
N.S. Yorou, R. Dramani, D.W. Minter
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Descriptions of Fungi and Bacteria
Abstract
N.S. Yorou, R. Dramani, D.W. Minter
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Abstract
N.S. Yorou, R. Dramani, D.W. Minter
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Amanita ovoidea and/or Amanita proxima: the end of a mistery?
2015The toxicity vs. edibility of some Amanita spp. is a long-lasting debate among mycologists. Morphological, phytochemical and toxicological tests can hardly distinguish between A. ovoidea and A. proxima, raising the question whether or not they belong to the same species.
Riccioni C +4 more
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Descriptions of Fungi and Bacteria
Abstract
N.S. Yorou, R. Dramani, D.W. Minter
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Abstract
N.S. Yorou, R. Dramani, D.W. Minter
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[Determination of toxic peptides in Amanita virosa and Amanita verna].
Wei sheng yan jiu = Journal of hygiene research, 2002The toxic peptides in Amanita virosa and Amanita verna from various region were analyzed by a reversed-phase high-performance liquid chromatography. It is showed that there were great differences in the concentrations of toxic peptides between species and strains of A. virosa and A. verna.
X, Zhang, S, Liang, Z, Zhang, Z, Chen
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