Although it is not as common as A. phalloides, its above mentioned characteristic makes it important in terms of toxicology.
It is known that the toxin levels and therefore the clinical toxicity may differ among the various species of the same mushroom family (Vetter, 1998; Kirchmair et al., 2012).
. Additionally, the toxin profile of each part of a mushroom may vary in amatoxin and phallotoxin analyses where each part such as pileus, gills, stipe and volva is evaluated separately (Enjalbert et al.,1999). With our study,
the toxin values in A. phalloides var. alba mushroom, which is thought to be as toxic as A. phalloides and treated similarly as in A. phalloides in case of a poisoning, have been shown for the first time and this study shows the importance of the tissue effect on the concentrations of toxins once more.
Although it is not as common as A. phalloides, its above mentioned characteristic makes it important in terms of toxicology.
It is known that the toxin levels and therefore the clinical toxicity may differ among the various species of the same mushroom family (Vetter, 1998; Kirchmair et al., 2012).
. Additionally, the toxin profile of each part of a mushroom may vary in amatoxin and phallotoxin analyses where each part such as pileus, gills, stipe and volva is evaluated separately (Enjalbert et al.,1999). With our study,
the toxin values in A. phalloides var. alba mushroom, which is thought to be as toxic as A. phalloides and treated similarly as in A. phalloides in case of a poisoning, have been shown for the first time and this study shows the importance of the tissue effect on the concentrations of toxins once more.
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