Species Identification of Some Fish Processing Products in Iran by DNA Barcoding
Abstract
This study pursued the molecular identification of fish species from processed products for human consumption which, a priori, belonged to nine species. DNA barcoding using direct sequencing of about 650 bp of the mitochondrial gene cytochrome oxidase subunit I (COI) revealed incorrect labeling in the three Alaska Pollack samples (11% of all samples). Substitution of fish species constitutes serious economic fraud, and our results increase concern regarding the trading of processed fish products in Iran from both health and conservation points of view.
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BibTeX
@article{Changizi2013,
title = {Species Identification of Some Fish Processing Products in Iran by DNA Barcoding},
year = {2013},
author = {Reza Changizi and R. Changizi and Hamid Farahmand and Hamid Farahmand and H. Farahmand and Hamid Farahmand and Mehdi Soltani and Mehdi Soltani and F. Darvish and F. Darvish and A. Elmdoost and A. Elmdoost},
pmid = {null},
pmcid = {null},
mag_id = {2118921435},
journal = {Journal of Agricultural Science and Technology},
pages = {973-980},
abstract = {This study pursued the molecular identification of fish species from processed products for human consumption which, a priori, belonged to nine species. DNA barcoding using direct sequencing of about 650 bp of the mitochondrial gene cytochrome oxidase subunit I (COI) revealed incorrect labeling in the three Alaska Pollack samples (11% of all samples). Substitution of fish species constitutes serious economic fraud, and our results increase concern regarding the trading of processed fish products in Iran from both health and conservation points of view.},
}