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The Taxonomic Position and Phylogenetic Relationship between Digramma interrupta and Ligula intestinalis Based on Morphological and Molecular Diagnosis

BACKGROUND: The position of Digramma interrupta remains disputable as it was raised by Cholodkovsky from Ligula alternans. This study aimed to survey the evolutionary relationships and the taxonomic position of D. interrupta and L. intestinalis. It also intended to support or reject the validity of...

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Autores principales: AHMADIARA, Emad, HOSSEINI, Seyed Hossein, JALOUSIAN, Fatemeh, EBRAHIMZADEH MOUSAVI, Hossein Ali
Formato: Online Artículo Texto
Lenguaje:English
Publicado: Tehran University of Medical Sciences 2018
Materias:
Acceso en línea:https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6348224/
https://www.ncbi.nlm.nih.gov/pubmed/30697321
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author AHMADIARA, Emad
HOSSEINI, Seyed Hossein
JALOUSIAN, Fatemeh
EBRAHIMZADEH MOUSAVI, Hossein Ali
author_facet AHMADIARA, Emad
HOSSEINI, Seyed Hossein
JALOUSIAN, Fatemeh
EBRAHIMZADEH MOUSAVI, Hossein Ali
author_sort AHMADIARA, Emad
collection PubMed
description BACKGROUND: The position of Digramma interrupta remains disputable as it was raised by Cholodkovsky from Ligula alternans. This study aimed to survey the evolutionary relationships and the taxonomic position of D. interrupta and L. intestinalis. It also intended to support or reject the validity of D. interrupt as an independent genus and its correlation with L. intestinalis on the basis of their morphological characteristics and a study on molecular data. METHODS: Overall, 1301 fish varieties, including 883 Alburnoides bipunctatus and 418 Abramis brama, were collected from north and north-western parts of Iran. A. bipunctatus samples were obtained from fresh water sources of the Maragheh dam (northwest) and the Ramesar Lake (north). Moreover, samples of A. brama were captured from the Aras Dam (northwest) and the Bandar-e-Anzali lagoon (north). PCR was used to generate a fragment spanning two independent ITS-inclusive parts: ITS1-5.8S and ITS2 with two pairs of primers. RESULTS: Nucleotide variation between L. intestinalis and D. interrupta samples amounts to about 3% to 7%. Between samples of L. intestinalis and GenBank data, and also between D. interrupta specimens and GenBank data, the diversity was seen for about 1% to 3%. Moreover, about 1% to 4% nucleotide variation was seen only in L. intestinalis samples caught from the same host, which could be supplementary to the presence of a species and/or strains in this genus. CONCLUSION: Maybe D. interrupta was just a rare diplogonadic form of the Ligula species, not a different genus and not synonymous with the Ligula genus, but only another species of the Ligula genus.
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spelling pubmed-63482242019-01-29 The Taxonomic Position and Phylogenetic Relationship between Digramma interrupta and Ligula intestinalis Based on Morphological and Molecular Diagnosis AHMADIARA, Emad HOSSEINI, Seyed Hossein JALOUSIAN, Fatemeh EBRAHIMZADEH MOUSAVI, Hossein Ali Iran J Parasitol Short Communication BACKGROUND: The position of Digramma interrupta remains disputable as it was raised by Cholodkovsky from Ligula alternans. This study aimed to survey the evolutionary relationships and the taxonomic position of D. interrupta and L. intestinalis. It also intended to support or reject the validity of D. interrupt as an independent genus and its correlation with L. intestinalis on the basis of their morphological characteristics and a study on molecular data. METHODS: Overall, 1301 fish varieties, including 883 Alburnoides bipunctatus and 418 Abramis brama, were collected from north and north-western parts of Iran. A. bipunctatus samples were obtained from fresh water sources of the Maragheh dam (northwest) and the Ramesar Lake (north). Moreover, samples of A. brama were captured from the Aras Dam (northwest) and the Bandar-e-Anzali lagoon (north). PCR was used to generate a fragment spanning two independent ITS-inclusive parts: ITS1-5.8S and ITS2 with two pairs of primers. RESULTS: Nucleotide variation between L. intestinalis and D. interrupta samples amounts to about 3% to 7%. Between samples of L. intestinalis and GenBank data, and also between D. interrupta specimens and GenBank data, the diversity was seen for about 1% to 3%. Moreover, about 1% to 4% nucleotide variation was seen only in L. intestinalis samples caught from the same host, which could be supplementary to the presence of a species and/or strains in this genus. CONCLUSION: Maybe D. interrupta was just a rare diplogonadic form of the Ligula species, not a different genus and not synonymous with the Ligula genus, but only another species of the Ligula genus. Tehran University of Medical Sciences 2018 /pmc/articles/PMC6348224/ /pubmed/30697321 Text en Copyright© Iranian Society of Parasitology & Tehran University of Medical Sciences http://creativecommons.org/licenses/by/3.0/ This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
spellingShingle Short Communication
AHMADIARA, Emad
HOSSEINI, Seyed Hossein
JALOUSIAN, Fatemeh
EBRAHIMZADEH MOUSAVI, Hossein Ali
The Taxonomic Position and Phylogenetic Relationship between Digramma interrupta and Ligula intestinalis Based on Morphological and Molecular Diagnosis
title The Taxonomic Position and Phylogenetic Relationship between Digramma interrupta and Ligula intestinalis Based on Morphological and Molecular Diagnosis
title_full The Taxonomic Position and Phylogenetic Relationship between Digramma interrupta and Ligula intestinalis Based on Morphological and Molecular Diagnosis
title_fullStr The Taxonomic Position and Phylogenetic Relationship between Digramma interrupta and Ligula intestinalis Based on Morphological and Molecular Diagnosis
title_full_unstemmed The Taxonomic Position and Phylogenetic Relationship between Digramma interrupta and Ligula intestinalis Based on Morphological and Molecular Diagnosis
title_short The Taxonomic Position and Phylogenetic Relationship between Digramma interrupta and Ligula intestinalis Based on Morphological and Molecular Diagnosis
title_sort taxonomic position and phylogenetic relationship between digramma interrupta and ligula intestinalis based on morphological and molecular diagnosis
topic Short Communication
url https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6348224/
https://www.ncbi.nlm.nih.gov/pubmed/30697321
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