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Beyond Barcoding: A Mitochondrial Genomics Approach To Molecular Phylogenetics And Diagnostics Of Blowflies (Diptera: Calliphoridae), Leigh Nelson, Christine L. Lambkin, Philip Batterham, James F. Wallman, Mark P. Dowton, Michael F. Whiting, David K. Yeates, Stephen L. Cameron
Beyond Barcoding: A Mitochondrial Genomics Approach To Molecular Phylogenetics And Diagnostics Of Blowflies (Diptera: Calliphoridae), Leigh Nelson, Christine L. Lambkin, Philip Batterham, James F. Wallman, Mark P. Dowton, Michael F. Whiting, David K. Yeates, Stephen L. Cameron
Faculty of Science - Papers (Archive)
Members of the Calliphoridae (blowflies) are significant for medical and veterinary management, due to the ability of some species to consume living flesh as larvae, and for forensic investigations due to the ability of others to develop in corpses. Due to the difficulty of accurately identifying larval blowflies to species there is a need for DNA-based diagnostics for this family, however the widely used DNA-barcoding marker, cox1, has been shown to fail for several groups within this family. Additionally, many phylogenetic relationships within the Calliphoridae are still unresolved, particularly deeper level relationships. Sequencing whole mt genomes has been demonstrated both …