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Myxobolus albi n. sp (Myxozoa) from the Gills of the Common Goby Pomatoschistus microps Kroyer (Teleostei: Gobiidae)

Picon-Camacho SM, Holzer AS, Freeman MA, Morris D & Shinn A (2009) Myxobolus albi n. sp (Myxozoa) from the Gills of the Common Goby Pomatoschistus microps Kroyer (Teleostei: Gobiidae). Journal of Eukaryotic Microbiology, 56 (5), pp. 421-427.

A recent investigation into the myxozoan fauna of common gobies, Pomatoschistus microps, from the Forth Estuary in Scotland, revealed numerous myxosporean cysts within the gill cartilage. They were composed of polysporous plasmodia containing myxobolid spores that were morphologically different from the other known species of Myxobolus and from the myxosporeans previously recorded from this host (i.e. the ceratomyxid Ellipsomyxa gobii, infecting the gall bladder, and the kudoid Kudoa camarguensis, infecting the muscle tissues). Spores were ovoid, 9.4 x 9.1 mm with a thickness of 6.6 mm, with two pyriform polar capsules, the polar filaments of which had four to five turns. Molecular analysis of the parasite's small subunit rDNA region, based upon a contiguous sequence of 1,558 base pairs, discriminated it from other myxosporean species that have been characterized so far. A comparison of the spore morphology and the molecular sequences determined for this new isolate with other myxozoans described to date, confirmed its identity as a previously unknown myxobolid supporting the proposal that this isolate be elevated to the species level as a new species within the genus Myxobolus. A phylogenetic analysis places this new myxobolid, Myxobolus albi n. sp., in a basal position of a clade containing the majority of Henneguya spp. sequenced to date and various Myxobolus spp.

analysis; DATE; HOST; identities; Identity; KROYER; LEVEL; molecular; morphology; MUSCLE; myxozoa; other; parasite; PHYLOGENETIC ANALYSIS; PLACE; RDNA; REGION; Scotland; SEQUENCE; SEQUENCES; SPORES; SUBUNIT; TELEOSTEI; TISSUE

Journal of Eukaryotic Microbiology: Volume 56, Issue 5

Author(s)Picon-Camacho, Sara M; Holzer, Astrid S; Freeman, Mark A; Morris, David; Shinn, Andrew
Publication date30/09/2009
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