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The present study consists of a detailed phylogenetic analysis of myxosporeans of the  Myxobolus  and  Henneguya  genera, including sequences from 12  Myxobolus/Henneguya  species, parasites of South American pimelodids, bryconids and characids. Maximum likelihood and maximum parsimony analyses, based on 18 S rDNA gene sequences, showed that the strongest evolutionary signal is the phylogenetic affinity of the fish hosts, with clustering mainly occurring according to the order and/or family of the host. Of the 12 South American species studied here, six are newly described infecting fish from the Brazilian Pantanal wetland.  Henneguya maculosus  n. sp. and  Myxobolus flavus  n. sp. were found infecting both  Pseudoplatystoma corruscans  and  Pseudoplatystoma reticulatum ;  Myxobolus aureus  n. sp. and  Myxobolus pantanalis  n. sp. were observed parasitizing  Salminus brasiliensis  and  Myxobolus umidus  n. sp. and  Myxobolus piraputangae  n. sp. were detected infecting  Brycon hilarii .

Molecular Phylogeny of the Myxobolus and Henneguya Genera with Several New South American Species