0000000001323405

AUTHOR

Ivan Fiala

showing 3 related works from this author

Species complexes and phylogenetic lineages of Hoferellus (Myxozoa, Cnidaria) including revision of the genus: A problematic case for taxonomy

2015

Background Myxozoans are metazoan parasites whose traditional spore morphology-based taxonomy conflicts DNA based phylogenies. Freshwater species of the genus Hoferellus are parasites of the excretory system, with several members infecting food and ornamental fish species, as well as amphibians. This study aims to increase our understanding of their molecular diversity and development, aspects about which little is known, and to generate a molecular diagnostic tool to discriminate between different pathogenic and non-pathogenic Hoferellus spp. Methods SSU and ITS rDNA phylogeny, along with morphological descriptions using light and electron microscopy were used to identify and characterize …

Male0301 basic medicineSpecies complexParasitic Diseases AnimalMolecular Sequence DataCyprinidaeZoologyTeleosteiKidneyDNA RibosomalAmphibiaFish Diseases03 medical and health sciencesCyprinus carpioSensuPhylogeneticsMode of attachmentPolyphylyAnimalsITS cloningMyxozoaPhylogenyfishMyxozoaBase SequencePhylogenetic treebiologyResearchSequence Analysis DNA030108 mycology & parasitologybiology.organism_classificationType speciesInfectious DiseasesCarassiusUltrastructureTaxonomy (biology)ParasitologyAnuraParasites & Vectors
researchProduct

The joint evolution of the Myxozoa and their alternate hosts: A cnidarian recipe for success and vast biodiversity

2018

The relationships between parasites and their hosts are intimate, dynamic and complex; the evolution of one is inevitably linked to the other. Despite multiple origins of parasitism in the Cnidaria, only parasites belonging to the Myxozoa are characterized by a complex life cycle, alternating between fish and invertebrate hosts, as well as by high species diversity. This inspired us to examine the history of adaptive radiations in myxozoans and their hosts by determining the degree of congruence between their phylogenies and by timing the emergence of myxozoan lineages in relation to their hosts. Recent genomic analyses suggested a common origin of Polypodium hydriforme, a cnidarian parasit…

0301 basic medicineCnidariaTime FactorsParasitismPolypodium hydriformeHost-Parasite InteractionsCnidaria03 medical and health sciencesPhylogeneticsbiology.animalGeneticsAnimals14. Life underwaterMyxozoaPhylogenyEcology Evolution Behavior and SystematicsInvertebrateLikelihood FunctionsMyxozoaPhylogenetic treebiologyVertebrateBiodiversitybiology.organism_classificationBiological Evolution030104 developmental biologyEvolutionary biologyVertebratesMolecular Ecology
researchProduct

Data from: The joint evolution of the Myxozoa and their alternate hosts: a cnidarian recipe for success and vast biodiversity

2018

The relationships between parasites and their hosts are intimate, dynamic and complex; the evolution of one is inevitably linked to the other. Despite multiple origins of parasitism in the Cnidaria, only parasites belonging to the Myxozoa are characterized by a complex life cycle, alternating between fish and invertebrate hosts, as well as by exceptionally high species diversity. This inspired us to examine the history of reciprocal interactions and adaptive radiations in myxozoans and their hosts by determining the degree of congruence between their phylogenies and by timing the emergence of myxozoan lineages in relation to their hosts. Recent genomic analyses suggested a common origin of …

medicine and health careLife History EvolutionCnidariaPolypodium hydriformehost-parasite codiversificationMedicineMyxozoaLife sciencesmolecular clock analyses
researchProduct