TL;DR
DNA barcoding of the mitochondrial COI gene is applied to assess genetic diversity and phylogenetic relationships of four species distributed in Türkiye to confirm the validity of all four species and provide the first COI barcode reference library for Turkish Acanthodactylus.
Etroplus suratensis (pearl spot) is a commercially important cichlid native to South and Southeast Asia, yet its genetic variation in habitats of Karnataka has not been previously studied. This study integrates morphological and molecular approaches to examine specimens from freshwater (n=65) and brackish water (n=60)...
This study evaluated the effectiveness of DNA barcoding, based on the mitochondrial COI gene, in delimiting species of the subfamily Phlebotominae from Maranhão, in addition to generating new molecular information and detecting possible cryptic species. Fragments of the COI gene were sequenced and integrated into publi...
The objective of this study was to molecularly identify Trychomycterus sp. (“life”) from the Jequetepeque River using DNA barcoding and to reconstruct its phylogenetic relationships. For this purpose, six specimens of “life” were collected near the town of Magdalena (-7.2509344, -78.6752351) using a cast net, with samp...
Molecular tools play a crucial role in biodiversity research and wildlife forensics, yet Central America remains underrepresented in genetic reference databases, particularly for reptiles. In Honduras, species of the genus Sceloporus are poorly studied despite their ecological relevance and increasing demand in the...
We studied the molecular identification and phylogenetic relationships of 7 Wasp species (Hymenoptera: Vespidae) found in the mangrove ecosystem of the Sundarbans region of Bangladesh, using mitochondrial COI as a marker. Wasp specimens were collected from various locations throughout the Sundarbans and all 7 were succ...
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