Mycotoxins & N Nitroso CompoundsRonald C. Shank Aflatoxins, trichothecenes, cytochalasins, luteoskyrin, cyclochlorotine, psoralens, patulin and penicillic acid, ochratoxins, sterigmatocystins, zearalenone and its derivatives. |
Contents
TABLE OF CONTENTS | 4 |
Inhibition of Macromolecular Synthesis | 16 |
Other Biochemical Effects 22 2 2 2 2 2 2 | 22 |
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Acta action activity acute toxicity adducts AFB2 aflatoxin alterations approximately assay binding Biochem biological Biophys Cancer Res carcinogenic CB per milliliter CB/ml cellular Chaetoglobosin Chem chicken embryo compounds concentrations cross-links cultures cytochalasin cytoplasmic cytotoxic decreased diacetoxyscirpenol dihydro-CB DNA synthesis dose dose-dependent effects of aflatoxin Effects of cytochalasin enzyme excretion fibroblasts formation function furocoumarins fusarenon-X Fusarium glucose transport hamster hexose hormone hydroxyl incorporation induced inhibition of protein inhibitor interaction kidney levels liver luteoskyrin lymphocytes lysosomal mechanisms membrane metabolism metabolites mg/kg mice Microbiol microfilament microsomal milliliter mitochondrial mouse mutagenic mycotoxins Natl Nature London nuclear nucleic acid ochratoxin oral patulin penicillic acid Pharmacol plasma polysome potent produced protein synthesis psoralen rabbit rat liver receptor response ribosomes roseum serum sterigmatocystin structure studies T-2 toxin tissue Toxicol treatment trichodermin trichothecenes Ueno uptake Verrucarin vitro vivo Wogan zearalenone µg/ml