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Assessment of predominant bacteria in noble pen shell (Pinna nobilis) collected in the Eastern Adriatic Sea

机译:在东部亚得里亚海中收集的贵普壳(Pinna Nobilis)的主要细菌评估

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摘要

Noble pen shell (Pinna nobilis) is an endemic species and the largest known bivalve in the Mediterranean Sea. By filtering large amounts of water, they maintain a high percentage of organic matter, hence playing an important role in the marine ecosystem. The ecological community of pen shells is impressive, and there are numerous microorganisms present in its soft tissues. Since this species is highly endangered due to recently described mass mortalities throughout the Mediterranean, this study was aimed at finding out more about its microbiome. In this study, we identified the predominant bacterial populations of specimens collected at three separate locations along the Eastern Adriatic coast. The predominant bacteria were isolated and 16S rRNA sequencing was performed to identify eight different bacterial genera:Aestuariibactersp.,Aliivibriosp.,Alteromonassp.,Marinobactersp.,Pseudoalteromonassp.,Rubritaleasp.,Thalassospirasp. and theVibrio splendidusclade. The identified genera are ubiquitous in the marine environment and have previously been described as both beneficial symbionts and potential pathogens in other molluscs. There was a clear difference in the predominant bacterial populations between northern and southern sampling sites, which could be linked to water temperature. These findings indicate the need for expanded sampling over a longer time period, since more exhaustive research would provide information vital to the conservation of this critically endangered species.
机译:贵族笔壳(Pinna nobilis)是一种地方性物种和地中海中最大的已知双子纤维。通过过滤大量水,它们保持高百分比的有机物,因此在海洋生态系统中发挥着重要作用。笔壳的生态群落令人印象深刻,并且在其软组织中存在许多微生物。由于在整个地中海的最近描述的大规模死亡中,这种物种高度濒临灭绝,因此该研究旨在了解更多关于其微生物组的研究。在这项研究中,我们鉴定了在东部亚得里亚海岸的三个独立地点收集的标本的主要细菌群。分离出主要细菌,进行16S rRNA测序以鉴定八种不同的细菌属:Aestuariibactersp。,Aliivibribactersp。,AlterOmonassp。,Marinobactersp。,pseudoalteromonassp。,rubritaleasp。,thalassospirasp。和thevibrio splendidusclade。鉴定的属在海洋环境中普遍存在,并以前被描述为其他软体动物中的有益的共生和潜在病原体。北部和南部采样部位之间的主要细菌群体存在明显差异,这可能与水温有关。这些发现表明需要在更长的时间内扩展采样,因为更详尽的研究将为保护这种危及濒危物种的信息提供信息。

著录项

  • 来源
    《Environmental Monitoring and Assessment》 |2020年第9期|581.1-581.10|共10页
  • 作者单位

    Croatian Vet Inst Dept Pathol Morphol Lab Fish Pathol Savska Cesta 143 Zagreb Croatia;

    Croatian Vet Inst Dept Pathol Morphol Lab Fish Pathol Savska Cesta 143 Zagreb Croatia;

    Croatian Vet Inst Dept Pathol Morphol Lab Fish Pathol Savska Cesta 143 Zagreb Croatia;

    Univ Zadar Dept Ecol Agron & Aquaculture Trg Kneza Viseslava 9 Zadar Croatia;

    Univ Zadar Dept Ecol Agron & Aquaculture Trg Kneza Viseslava 9 Zadar Croatia;

    Croatian Vet Inst Dept Pathol Morphol Lab Pathol Savska Cesta 143 Zagreb Croatia;

    Croatian Vet Inst Dept Bacteriol & Parasitol Lab Parasitol Savska Cesta 143 Zagreb Croatia;

    Croatian Vet Inst Dept Pathol Morphol Lab Fish Pathol Savska Cesta 143 Zagreb Croatia;

  • 收录信息 美国《科学引文索引》(SCI);美国《工程索引》(EI);美国《化学文摘》(CA);
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

    Symbiosis; Endosymbiont; Mollusc; Bivalve; Microbiome;

    机译:共生;endosymbiont;mollusc;双向;微生物组;

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