Carrasco N, Arzul I, Chollet B, Robert M, Joly J P, Furones M D, Berthe F C J
IRTA-Aqüicultura, Sant Carles de la Ràpita, Spain, and Aquaculture Reference Centre of Catalonia, XRAq, Catalonia, Spain.
J Fish Dis. 2008 Jul;31(7):497-504. doi: 10.1111/j.1365-2761.2008.00910.x.
Paracartia grani (Copepoda) has been identified as a potential intermediate host in the life cycle of Marteilia refringens, a paramyxean parasite infecting flat oysters. However, no intermediate host has yet been identified for Marteilia maurini that infects mussels. A better understanding of the life cycle of these two Marteilia types would clarify their taxonomic relationship and hypothesized co-specificity. For this purpose, experimental infections of copepods, P. grani, were performed using naturally infected flat oysters and mussels. Infection patterns were different depending whether copepods were infected from oysters or mussels. M. maurini did not proliferate in copepods while M. refringens rapidly proliferated in infected copepods. Previously unrecognized developmental stages of M. refringens were found during this study.
颗粒拟哲水蚤(桡足类)已被确定为折射马尔太虫生命周期中的潜在中间宿主,折射马尔太虫是一种感染扁牡蛎的副黏菌寄生虫。然而,尚未确定感染贻贝的毛里尼马尔太虫的中间宿主。更好地了解这两种马尔太虫的生命周期将阐明它们的分类关系以及假设的同特异性。为此,使用自然感染的扁牡蛎和贻贝对桡足类动物颗粒拟哲水蚤进行了实验感染。感染模式因桡足类动物是从牡蛎还是贻贝感染而有所不同。毛里尼马尔太虫在桡足类动物中不增殖,而折射马尔太虫在受感染的桡足类动物中迅速增殖。在这项研究中发现了折射马尔太虫以前未被识别的发育阶段。