Mitochondrial Genomes of the Blood Flukes and (Trematoda: Aporocotylidae).
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| Autores principales: | , , , , , , , |
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| Formato: | Artículo científico |
| Lenguaje: | en |
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Pathogens (Basel, Switzerland)
2025
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| _version_ | 1868266171985297409 |
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| author | Hudson, Jemma Sumanam, Sunita B Campbell, Bronwyn E Coff, Lachlan Nowak, Barbara F Ramsland, Paul A Young, Neil D Bott, Nathan J |
| author_facet | Hudson, Jemma Sumanam, Sunita B Campbell, Bronwyn E Coff, Lachlan Nowak, Barbara F Ramsland, Paul A Young, Neil D Bott, Nathan J Hudson, Jemma Sumanam, Sunita B Campbell, Bronwyn E Coff, Lachlan Nowak, Barbara F Ramsland, Paul A Young, Neil D Bott, Nathan J |
| collection | PubMed - marine biology |
| contents | Mitochondrial Genomes of the Blood Flukes and (Trematoda: Aporocotylidae). Hudson, Jemma Sumanam, Sunita B Campbell, Bronwyn E Coff, Lachlan Nowak, Barbara F Ramsland, Paul A Young, Neil D Bott, Nathan J Animals Genome, Mitochondrial Trematoda Phylogeny Fish Diseases Trematode Infections Tuna Parasitic diseases can be a significant constraint on aquaculture industries, which continue to develop in response to the rise in global demand for sustainable protein sources. Blood flukes, and , are economically significant parasites of Southern bluefin tuna (Australia), Pacific bluefin tuna (Japan), and Atlantic bluefin tuna (Mediterranean) as they are responsible for blood vessel obstruction in the gills leading to branchitis and mortalities when untreated. Here, we have defined the mitochondrial genomes for these species-the first for any aporocotylids. Oxford nanopore long-read sequencing was used to sequence from a single individual. The mitochondrial genome of was assembled and curated from available sequence data. Both spp. mitogenomes contained 12 protein coding, 2 ribosomal and 22 tRNA genes, with the gene order matching that of Asian schistosomes. A control region was identified for each species which contained long and short repeats; the region for was longest, and the overall pattern differed between the two species. A surprisingly high nucleotide diversity was observed between the two species, generating interest into the mitochondrial genes of related species. This paper provides a useful resource for future genetics-based research of aporocotylids and other flatworm parasites of socioeconomic significance. |
| format | Artículo científico |
| id | pubmed_40732726 |
| institution | PubMed |
| language | en |
| publishDate | 2025 |
| publisher | Pathogens (Basel, Switzerland) |
| record_format | pubmed |
| spellingShingle | Mitochondrial Genomes of the Blood Flukes and (Trematoda: Aporocotylidae). Hudson, Jemma Sumanam, Sunita B Campbell, Bronwyn E Coff, Lachlan Nowak, Barbara F Ramsland, Paul A Young, Neil D Bott, Nathan J Animals Genome, Mitochondrial Trematoda Phylogeny Fish Diseases Trematode Infections Tuna Mitochondrial Genomes of the Blood Flukes and (Trematoda: Aporocotylidae). Hudson, Jemma Sumanam, Sunita B Campbell, Bronwyn E Coff, Lachlan Nowak, Barbara F Ramsland, Paul A Young, Neil D Bott, Nathan J Animals Genome, Mitochondrial Trematoda Phylogeny Fish Diseases Trematode Infections Tuna Parasitic diseases can be a significant constraint on aquaculture industries, which continue to develop in response to the rise in global demand for sustainable protein sources. Blood flukes, and , are economically significant parasites of Southern bluefin tuna (Australia), Pacific bluefin tuna (Japan), and Atlantic bluefin tuna (Mediterranean) as they are responsible for blood vessel obstruction in the gills leading to branchitis and mortalities when untreated. Here, we have defined the mitochondrial genomes for these species-the first for any aporocotylids. Oxford nanopore long-read sequencing was used to sequence from a single individual. The mitochondrial genome of was assembled and curated from available sequence data. Both spp. mitogenomes contained 12 protein coding, 2 ribosomal and 22 tRNA genes, with the gene order matching that of Asian schistosomes. A control region was identified for each species which contained long and short repeats; the region for was longest, and the overall pattern differed between the two species. A surprisingly high nucleotide diversity was observed between the two species, generating interest into the mitochondrial genes of related species. This paper provides a useful resource for future genetics-based research of aporocotylids and other flatworm parasites of socioeconomic significance. |
| title | Mitochondrial Genomes of the Blood Flukes and (Trematoda: Aporocotylidae). |
| topic | Animals Genome, Mitochondrial Trematoda Phylogeny Fish Diseases Trematode Infections Tuna |
| url | https://pubmed.ncbi.nlm.nih.gov/40732726/ |