Special Issue "Ochratoxins 2011-2012"
Deadline for manuscript submissions: closed (31 December 2012)
Prof. Dr. Richard A. Manderville
Department of Chemistry and Toxicology, University of Guelph, Guelph, Ontario, N1G 2W1 Canada
Phone: +1 519 824 4120
Fax: +1 519 766 1499
Interests: DNA damage by phenolic toxins including ochratoxin A; Modified DNA bases as fluorescent probes
Prof. Dr. Annie Pfohl-Leszkowicz
National Agronomical High School of Toulouse (ENSAT), Unit of Toxicology & Food safety, 1 avenue de l’Agrobiopôle, BP 32607, 31326, Auzeville-Tolosane, France
Phone: +33 534 323 947
Fax: +33 534 323 947
Interests: mycotoxin; ochratoxin; fumonisin; zearalenone; biomarker; risk evaluation; environmental toxicology; polycyclic aromatic compounds; genotoxicity; DNA adduct; balkan endemic nephropathy; kidney cancer; biotransformation
In 2010 a special issue of Toxins entitled “Ochratoxins” published 31 papers concerned with detection of ochratoxins in feed and human foodstuff, occurrence and estimation of dietary intake, and understanding mechanisms of toxicity and carcinogenicity for the development of detoxification processes. In terms of ochratoxin A (OTA) carcinogenicity, highlights from the special issue include the findings by Stoev that OTA induces renal tumors in chicks. Schwartz and coworkers demonstrated that in utero exposure to OTA causes adducts in the testicular DNA of male offspring in support of a possible role for OTA in testicular cancer. 2010 also saw Mantle and coworkers publish convincing evidence that part of the mechanism of OTA carcinogenesis involves direct covalent interaction with DNA. In the special issue Mantle and Nolan raised new questions about a difference between young adults and mature adults in sensitivity of male rats to the ochratoxin A-induced DNA damage necessary for renal carcinogenesis. Several papers that include those by Fusi, Varga, Abrunhosa, and Perez examined control strategies for reducing or preventing OTA-induced toxicoses. For OTA detection, Yu and Lai outlined recent advances of molecularly imprinted polymers (MIPs) for the extraction and analysis of ochratoxins. Rapid and reliable visual tests for OTA detection was reviewed by Bazin and coworkers, while a new ELISA test for OTB detection was described by Dietrich coworkers. Numerous other studies demonstrated the wide-spread occurrence of OTA, highlighting that problematic exposure to the toxin is not limited to the Balkan region. Given the level of participation and interest in the special issue “Ochratoxins”, the editorial board of Toxins was eager to run this special issue again. To the many authors that contributed to ‘Ochratoxins” we wish to thank you for sharing your research findings that made the special issue such a success. We hope that this second special issue of Toxins entitled “Ochratoxins 2011” further highlights the ongoing interdisciplinary research on the ochratoxins and provides the readership with a further understanding of the key issues being addressed at the present time.
- Balkan endemic nephropathy
- DNA damage
- risk assessment