We conducted an extensive literature review on studies that have used DNA sequences to
detect cryptic species of parasites during the last decade. Each literature citation that …

Parasitic nematodes are highly diverse and common, infecting virtually all animal species,
and the importance of their roles in natural ecosystems is increasingly becoming apparent …

DNA barcoding approaches have greatly increased our understanding of biodiversity on the
planet, and metabarcoding is widely used for classifying members of the phylum Nematoda …

Cryptic species cause problems for estimates of biodiversity. In the case of parasites, cryptic
species also plague efforts to detect potential zoonotic diseases or invasive pathogens. It is …

The prediction of a higher parasite infection as a consequence of an impaired immune
system with increasing persistent organic pollution (POP) and heavy metal levels were …

In the present study, anisakids from: tuna (Thunnus thynnus) fattened in the Croatian farm in
middle Adriatic Sea, three different feral fish species caught near tuna farm (Trachurus …

The tanaka's snailfish Liparis tanakae (Gilbert & Burke)(Scorpaeniformes: Liparidae) is an
economically important marine fish species in China. However, the helminth parasites of this …

The presence of zoonotic Hysterothylacium larvae in fish from Spanish Atlantic and
Mediterranean waters, which can cause economic losses for commercial fisheries, has been …

One hundred specimens of Pagrus pagrus were necropsied for parasitological study
between January and February 2012. These data were compared with data from 90 …

The parasitic nematode Hysterothylacium aduncum commonly occurs in many fish species
in the Northeast (NE) Atlantic. The parasite is considered non-pathogenic to humans. During …