Florencia Liquin

Dr. Florencia Liquin


Research Focus & Metrics

Academic Career Length

7Years (2020-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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29 June 2023 in Nature Ecology & Evolution
Verified
Journal Article
Closed access
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Francisco SylvesterFrancisco Sylvester
Francisco Sylvester
FWFabian G. Weichert
Fabian G. Weichert
VLVerónica Laura Lozano
Verónica Laura Lozano
KGKsenia Groh
Ksenia Groh
MBMiklós Bálint
Miklós Bálint
HHHenner Hollert
Henner Hollert


1 January 2022 in Anais da Academia Brasileira de Ciências
Verified
Journal Article
Open access
FLFlorencia Liquin
Florencia Liquin
CGCarmen Gilardoni
Carmen Gilardoni
Florencia CremonteFlorencia Cremonte
Florencia Cremonte
JSJosé Saravia
José Saravia
HCHéctor A. Cristóbal
Héctor A. Cristóbal
DDDora Davies
Dora Davies
Auriculostoma is a genus of digenean (Trematoda) whose adults are parasites of Neotropical freshwater fishes. We describe Auriculostoma ocloya n. sp. using morphological and molecular tools, and we elucidated its life cycle, the first known of a species of this genus. The first intermediate host is the bivalve Pisidium ocloya, the second intermediate host is the amphipod Hyalella sp., and the definite hosts are siluriform fishes. The adult presents a single pair of muscular lobes on either side of the oral sucker with a broad base, stretching from ventrolateral to dorsolateral side, a structure also present in the rest of species of the genus. Nevertheless, the new species differs from all congeners by the combination of several traits, and mainly because on the dorsal side "free" ends of the lobes are absent because they are fused. This is the first study to provide sequence data on larval and adult stages of a species of Auriculostoma. Our phylogenetic analysis demonstrated its basal position among species of the genus. Therefore, integrative morphological, molecular, and life cycle data on other South American species of the genus, would contribute to reveal more patterns in the allocreadiid systematics.