Search results for "Diplectanidae"

showing 2 items of 2 documents

Morphological and attachment changes of Lamellodiscus theroni (Monogenea: Diplectanidae) during its post-larval development on fish.

2014

Species of the genus Lamellodiscus Johnston et Tiegs, 1922 (Monogenea: Diplectanidae) are characterised by a complex haptor bearing many different attachment elements: two pairs of main hooks joined by medial bars, 14 peripheral marginal hooks and one or two lamellodiscs, formed by several overlapping sclerotised plates (lamellae). These haptoral structures appear gradually during parasite development and, therefore, attachment strategies vary with developmental stage. The main aim of this work was to study the developmental changes of Lamellodiscus theroni Amine, Euzet et Kechemir-Issad, 2007 under experimental conditions, with special attention to the gradual variations in attachment stra…

GillLarvabiologyDiplectanidaeHaptorFish <Actinopterygii>ParasitologyAnatomyAdult stagebiology.organism_classificationMonogeneaLamellodiscus theroniFolia parasitologica
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Comparative study of the three attachment mechanisms of diplectanid monogeneans

2011

Abstract One of the main characteristics of the monogenean family Diplectanidae Monticelli, 1903 is their complex haptor formed by 2 pairs of hooks, transversal bars, 14 peripheral marginal hooks, and accessory adhesive organ (lamellodisc or squamodisc) that can be present or absent. Sub-family Lamellodiscinae Oliver, 1969 presents one or two lamellodiscs, formed by several overlapped lamellar esclerites (lamellae) which are piled up. Species like Furnestina echeneis only have one large ventral lamellodisc. This organ function has been categorized in different ways (i.e. accessory adhesive organ, supplementary or compensating disc or sucker), although its real mode of operation and function…

Lamella (surface anatomy)biologySuckerDiplectanidaeHaptorLamellodiscusDiplectanum aequansLamellar structureAnatomyAquatic Sciencebiology.organism_classificationMonogeneaAquaculture
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