| anisakid nematodes as possible markers to trace fish products. | in this work a total of 949 fish samples were analysed for the identification of nematode larvae belonging to the anisakidae family. biomolecular application for the identification of anisakidae larvae can be an optimal instrument for the traceability of fish products, described on the reg. ec 178/2002. results confirm a correlation between geographical distribution of fishes and presence of specific anisakid larvae. fao 37 zone (mediterranean sea) showed a prevailing distribution of anisakis pe ... | 2015 | 27800374 |
| sscp-based identification of members within the pseudoterranova decipiens complex (nematoda: ascaridoidea: anisakidae) using genetic markers in the internal transcribed spacers of ribosomal dna. | the anisakid nematodes morphologically corresponding with pseudoterranova decipiens sensu lato (s.l.) (krabbe, 1878) from different seal or sea lion hosts and geographical origins, previously identified as pseudoterranova krabbei, p. decipiens (s.s.), p. bulbosa, p. azarasi and p. cattani by multilocus enzyme electrophoresis, were characterized using a dna approach. also a population of p. decipiens (s.l.) from chaenocephalus aceratus, the blackfin icefish, from antarctica and another from osmer ... | 2002 | 12118717 |
| pseudoterranova decipiens species a and b (nematoda, ascaridoidea): nomenclatural designation, morphological diagnostic characters and genetic markers. | five genetically distinct and reproductively isolated species have been detected previously within the morphospecies pseudoterranova decipiens from the arctic-boreal, boreal and antarctic. morphological analysis was carried out on male specimens identified by genetic (allozyme) markers, allowing the detection of significant differences at a number of characters between two members of the p. decipiens complex, namely p. decipiens a and b. on the basis of such differences, the nomenclatural design ... | 2000 | 10768762 |