Microcell parasites of molluscs: introduction to DAO Special 7.
Microcell parasites of molluscs: introduction to DAO Special 7.
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软体动物的微细胞寄生虫：DAO Special 7 简介。
DOI：
10.3354/dao02787
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发表时间：
2014
影响因子：
1.4
通讯作者：
M. Engelsma
中科院分区：
文献类型：
--
作者：
R. Carnegie;M. Engelsma
几十年前首次发现的Bonamia和Mikrocytos属的微细胞原生生物寄生虫今天仍然对日益增长的软体动物水产养殖业和渔业产生经济影响。Bonamia寄生虫多年来受到了更多的关注，部分原因是它们分布更广，因此受到了更广泛的关注，但最近随着重要新发现的产生，人们对Mikrocytos重新产生了兴趣。其中令人惊讶的观察是，Mikrocytos与Rhizaria（包括单孢子虫原生生物和Bonamia属）具有系统发育亲和力。这份水生生物疾病专题报告是2012年2月在荷兰莱利斯塔中央兽医研究所举行的微细胞工作组第5次会议上提出的，它提出了对Mikrocytos和Bonamia多样性、分布、诊断、超微结构和感染动力学的新见解，并捕捉了自2004年对这些属进行最后一次审查以来该领域的主要发展。
First discovered decades ago, microcell protistan parasites of the genera Bonamia and Mikrocytos remain relevant today for their economic impacts on growing molluscan aquaculture industries and fisheries. Bonamia parasites have received more attention over the years in part because they are more widespread and thus of wider concern, but there has been renewed interest in Mikrocytos recently with the generation of important new findings. Among these has been the surprising observation that Mikrocytos has phylogenetic affinities to the Rhizaria, which includes the haplosporidian protists and the genus Bonamia. This Diseases of Aquatic Organisms Special, emerging from the 5th Meeting of the Microcell Working Group held at the Central Veterinary Institute, Lelystad, the Netherlands, in February 2012, presents new insights into Mikrocytos and Bonamia diversity, distributions, diagnostics, ultrastructure, and infection dynamics, and captures major developments in the field since the last review of these genera in 2004.
来自加利西亚（西班牙西北部）的菲律宾蛤蜊感染微细胞样寄生虫。
影响因子：
1.4
作者：
Ramilo,Andrea;Iglesias,David;Abollo,Elvira;Gonzalez,Mar;Darriba,Susana;Villalba,Antonio
通讯作者：
Villalba,Antonio