A new species of myxobolus (cnidaria: myxosporea: myxobolidae) from the gill of green sunfish, lepomis cyanellus (perciformes: centrarchidae), from the black river of northeastern arkansas.

IF 1 4区 医学 Q4 PARASITOLOGY
Chris T McAllister, Donald G Cloutman, Eric M Leis, Alvin C Camus, Henry W Robison
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引用次数: 0

摘要

2023 年 3 月期间,在阿肯色州劳伦斯县的黑河(白河流域)采集到 7 条青太阳鱼(Lepomis cyanellus)和 2 条蓝鳃鱼(Lepomis macrochirus)。此外,在 2023 年 3 月和 2023 年 5-6 月期间,从阿肯色州波尔克县的 Butcherknife 溪和 Big Fork 溪(Ouachita 河流域)采集到 13 条青鳉鱼和 6 条蓝鳉鱼,从阿肯色州蒙哥马利县的 Caddo 河采集到 9 条青鳉鱼,从阿肯色州华盛顿县萨沃伊的 Clear 溪采集到 5 条绿太阳鱼。对所有鱼类的鳃、胆囊、鳍、全身、肌肉组织和其他主要器官进行了肌吸虫检查。从新鲜的肌孢子中获得了定性和定量的形态学数据,分子数据包括部分小亚基(SSU)核糖体 RNA(rRNA)基因的 1,933 个碱基对序列。Fergusoni n. sp.与北美其他感染中心弧菌的粘孢子虫进行了系统发育分析,并将其归入一个更大的支系,该支系包括感染北美和欧洲esocids、北美一种蚜虫、欧洲percids和日本一种棘尾虫的粘孢子虫。Myxobolus fergusoni n. sp.感染青口蝠的鳃弓,与 Myxobolus cartilaginis(Hoffman、Putz 和 Dunbar,1965 年)相似,后者是从青口蝠的头部软骨、鳃弓和大鳍条中发现的。另一种是 Myxobolus mesentericusKudo,1920 年,它是在绿色太阳鱼的内脏中发现的。在与鳃弓交界处的多个鳃丝相关的基底位置,有一个充满肌孢子的大型多孔质体。完整的疟原虫取代了鳃弓内的结缔组织,但仅引起上皮轻度增生,宿主的炎症反应微乎其微。这是第三次描述青口蝠体内的肌孢子虫,也是首次描述阿肯色州标本中的肌孢子虫。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A NOVEL SPECIES OF MYXOBOLUS (CNIDARIA: MYXOSPOREA: MYXOBOLIDAE) FROM THE GILL OF GREEN SUNFISH, LEPOMIS CYANELLUS (PERCIFORMES: CENTRARCHIDAE), FROM THE BLACK RIVER OF NORTHEASTERN ARKANSAS.

During March 2023, 7 green sunfish (Lepomis cyanellus) and 2 bluegill (Lepomis macrochirus) were collected from the Black River (White River drainage) in Lawrence County, Arkansas. In addition, during March 2023 and again in May-June 2023, 13 L. cyanellus and 6 L. macrochirus were taken from Butcherknife and Big Fork creeks (Ouachita River drainage), Polk County, Arkansas, 9 L. cyanellus were collected from the Caddo River, Montgomery County, Arkansas, and 5 green sunfish were taken from Clear Creek at Savoy, Washington County, Arkansas. All fish had their gill, gallbladder, fins, integument, musculature, and other major organs examined for myxozoans. The gill of 1 of 34 (3%) L. cyanellus was infected with a new myxozoan, Myxobolus fergusoni n. sp. Qualitative and quantitative morphological data were obtained from fresh myxospores, and molecular data consisted of a 1,933-base-pair sequence of the partial small subunit (SSU) ribosomal RNA (rRNA) gene. Phylogenetic analysis grouped M. fergusoni n. sp. with other centrarchid-infecting myxobolids from North America and placed this cluster in a larger clade comprising myxozoans that infect North American and European esocids, a North American aphredoderid, European percids, and a gasterosteid from Japan. Myxobolus fergusoni n. sp. infects the gill arches of L. cyanellus, similar to Myxobolus cartilaginis (Hoffman, Putz, and Dunbar, 1965), which was described from head cartilage, gill arches, and large fin rays of L. cyanellus. Another is Myxobolus mesentericusKudo, 1920, which was described from the viscera of green sunfish. A large polysporic plasmodium filled with myxospores was present in a basifilamental location associated with multiple gill filaments at their junction with the gill arch. The intact plasmodium replaced connective tissue within the arch but elicited only mild proliferation of overlying epithelium and a minimal host inflammatory response. This is the third time a myxozoan has been described from L. cyanellus, as well as being the first time it has been described from an Arkansas specimen.

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来源期刊
Journal of Parasitology
Journal of Parasitology 医学-寄生虫学
CiteScore
2.10
自引率
7.70%
发文量
60
审稿时长
2 months
期刊介绍: The Journal of Parasitology is the official peer-reviewed journal of the American Society of Parasitologists (ASP). The journal publishes original research covering helminths, protozoa, and other parasitic organisms and serves scientific professionals in microbiology, immunology, veterinary science, pathology, and public health. Journal content includes original research articles, brief research notes, announcements of the Society, and book reviews. Articles are subdivided by topic for ease of reference and range from behavior and pathogenesis to systematics and epidemiology. The journal is published continuously online with one full volume printed at the end of each year.
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