2002Acta Scientiarum Animal SciencesOpen access

Recent studies on parasitic infections of freshwater cultivated fish in the state of Sao Paulo, Brazil

Maurício Laterça Martins, Eduardo Makoto Onaka, Flávio Ruas de Moraes, Fabiana Rizzo Bozzo, Andresa de Mello e Faro Conceicao Paiva, Adriano Goncalves

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Abstract

The present work relates diagnosticated cases of fish diseases in the state of Sao Paulo, Brazil between January/1999 and December/2000. During 1999, the monogenean was the most important parasite (72.9%), followed by Piscinoodinium pillulare (43.2%), Henneguya piaractus (34.2%), Ichthyophthirius multifiliis (23.4%) and copepodids of Lernaea cyprinacea (9.0%). However, in 2000, monogenean showed 78.9%, trichodinids 52.1%, P. pillulare 35.7%, I. multifiliis 29.8% and L. cyprinacea 11.9%. The most infected fish was Piaractus mesopotamicus, followed by Leporinus macrocephalus, hybrid tambacu and Oreochromis niloticus. This work showed the highest susceptibility of tambacu and L. macrocephalus to P. pillulare and P. mesopotamicus to monogenean Anacanthorus penilabiatus. The authors emphasize the importance of prophylaxis in farmed-fish, as well as adequate transport and water quality. The regular accompaniment of fish health, strategic applications of sodium chloride in the water and vitamin C supplementation in the ration to avoid the unbalance of the host/parasite/environment system.

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What this paper is about

The present work relates diagnosticated cases of fish diseases in the state of Sao Paulo, Brazil between January/1999 and December/2000. During 1999, the monogenean was the most important parasite (72.9%), followed by Piscinoodinium pillulare (43.2%), Henneguya piaractus (34.2%), Ichthyophthirius multifiliis (23.4%) and copepodids of Lernaea cyprinacea (9.0%). However, in 2000, monogenean showed 78.9%, trichodinids 52.1%, P. pillulare 35.7%, I. multifiliis 29.8% and L. cyprinacea 11.9%. The most infected fish was Piaractus mesopotamicus, followed by Leporinus macrocephalus, hybrid tambacu and Oreochromis niloticus. This work showed the highest susceptibility of tambacu and L. macrocephalus to P. pillulare and P. mesopotamicus to monogenean Anacanthorus penilabiatus. The authors emphasize the importance of prophylaxis in farmed-fish, as well as adequate transport and water quality. The regular accompaniment of fish health, strategic applications of sodium chloride in the water and vitamin C supplementation in the ration to avoid the unbalance of the host/parasite/environment system.

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Available abstract

The present work relates diagnosticated cases of fish diseases in the state of Sao Paulo, Brazil between January/1999 and December/2000. During 1999, the monogenean was the most important parasite (72.9%), followed by Piscinoodinium pillulare (43.2%), Henneguya piaractus (34.2%), Ichthyophthirius multifiliis (23.4%) and copepodids of Lernaea cyprinacea (9.0%). However, in 2000, monogenean showed 78.9%, trichodinids 52.1%, P. pillulare 35.7%, I. multifiliis 29.8% and L. cyprinacea 11.9%. The most infected fish was Piaractus mesopotamicus, followed by Leporinus macrocephalus, hybrid tambacu and Oreochromis niloticus. This work showed the highest susceptibility of tambacu and L. macrocephalus to P. pillulare and P. mesopotamicus to monogenean Anacanthorus penilabiatus. The authors emphasize the importance of prophylaxis in farmed-fish, as well as adequate transport and water quality. The regular accompaniment of fish health, strategic applications of sodium chloride in the water and vitamin C supplementation in the ration to avoid the unbalance of the host/parasite/environment system.

Key concepts: Ichthyophthirius multifiliis, Biology, Piaractus mesopotamicus, Parasite hosting, Fishery, Fish farming, Aquatic animal, Aquaculture

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