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Licensed Unlicensed Requires Authentication Published by De Gruyter April 18, 2017

The discovery of acanthocephalans parasitizing chaetognaths

Horacio Lozano-Cobo, Jaime Gómez-Gutiérrez, Carmen Franco-Gordo and María del Carmen Gómez del Prado-Rosas
From the journal Acta Parasitologica

Abstract

A comprehensive literature review shows that 12 types of pathogens, micropredators and parasites are reported to interact with chaetognaths, mostly digenean trematodes, cestodes and nematodes larval stages. Through analysis of 78,152 chaetognaths from a monthly zooplankton time series (Jan 1996–Dec 1998) collected in the Mexican Central Pacific twelve acanthocephalan larvae parasitizing chaetognaths were discovered. This is the first record of an acanthocephalan parasitizing chaetognaths, raising to 13 the types of symbionts known to interact with them (excluding predators). Cystacanth larval specimens of Corynosoma sp. (Polymorphidae) were observed parasitizing the head, trunk and caudal cavities of three of the eight chaetognath species inhabiting this tropical coastal region (Flaccisagitta enflata, Flaccisagitta hexaptera and Zonosagitta bedoti). Because Corynosoma sp. parasitized chaetognaths during different months and years (Jan–Feb 1996, Mar and Jul 1997, Jan, Jun, Aug–Sep 1998) and because the total length of these cystacanths varied between 165–480 µm, suggesting growth inside the hosts, we conclude that chaetognaths are intermediate hosts of Corynosoma sp. The twelve parasitized chaetognaths were juveniles (without gonads) or immature adults (none in reproductively mature stage IV); therefore Corynosoma may have a negative influence on host reproduction. Marine crustaceans (amphipods, decapods, copepods, mysids and euphausiids) and fishes are common intermediate or paratenic hosts of acanthocephalans. Fish, sea birds and marine mammals are definitive hosts for marine Corynosoma species. The present discovery implies that acanthocephalans are transmitted trophically through different intermediate hosts (crustaceans, chaetognaths and/or fish); thus chaetognaths can also be part of the marine acanthocephalan life cycle.

Acknowledgements

We thank Ariel Cruz-Villacorta (CIBNOR) for his technical help with SEM observations. The University of Guadalajara provided research funds for field sampling on board the R/V BIP V during the 1996–1998 monthly zooplankton time series at Jalisco, Mexico. H.L.C. was supported by CONACYT (A140618), PIFI-IPN (SIP20110012) and BEIFI-IPN (SIP20140497, 20150113, 20160495) doctoral grants. SIP-IPN annual grants (20110012, 20120948, 20130224, 20140497, 20150113, 20160495) and SEPCONACyT Ciencia Básica 2012-01-178615 and 2014-01-236864 provided funds for analyses of parasites of chaetognaths. C.F.-G. and J. G.-G. are SNI fellows, and J. G.-G. is also a COFAA-IPN and an EDI-IPN fellow.

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Received: 2016-9-26
Revised: 2017-1-3
Accepted: 2017-1-23
Published Online: 2017-4-18
Published in Print: 2017-6-1

© 2017 W. Stefański Institute of Parasitology, PAS

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