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Study 25 of 29MOTS-C literatureParasitology international · Observational2026

Issues of species identification within Paramphistomoidea Fischoeder, 1911 (Trematoda).

Taxonomic identification of Paramphistomoidea trematodes requires both morphological and molecular data, which are often not available.

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Where it sits

this study against the rest of the mots-c corpus
13
Preclinical
13
Observational · this one
0
Open-label
1
Randomised
2
Reviews

Summary and findings

This study identified cercariae of three Paramphistomoidea species in freshwater snails from Vietnam and the Russian Far East. It involved morphological and molecular analyses to clarify their taxonomic status. The findings indicate that taxonomic identification requires both types of data, which are often unavailable.

How much of this paper we could read: full text read (0.70). We had a clear abstract, so the summary below closely tracks the paper. What this means →
Not reported in abstract.2026

Abstract

The authors’ words, as Parasitology international supplied them

Cercariae of three Paramphistomoidea species were identified in the trematode fauna parasitizing the freshwater snails Gabbia fuchsiana from Vietnam and Helicorbis sujfunensis and Gyraulus centrifugops from the southern part of the Russian Far East. To elucidate their taxonomic status, the study included a morphological description accompanied by a molecular analysis using both nuclear and mitochondrial markers. An analysis of the evidence obtained showed that taxonomic identification of paramphistomes can only be possible on the basis of both morphological and molecular data, which are not always available for most representatives of the superfamily Paramphistomoidea. Therefore, genera could be identified for only two trematode species considered in this study. The issue of incorrect taxonomic identification of some trematodes from this superfamily was also highlighted. Due to the challenges encountered in the practical application of the previously obtained sequences to the development of diagnostic PCRs, the superfamily Paramphistomoidea requires careful taxonomic revision.

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