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 Editorial

Emerging Bacterial Pathologies in Mediterranean Mariculture 

 Monique Mancuso*

 *Corresponding author: Monique Mancuso Ph.D., Institute for Coastal Marine Environment (IAMC) -
   National Research Council (CNR) -Section of Messina, Italy, E-mail:
monique.mancuso@iamc.cnr.it

  Submitted: 05-29-2014  Accepted: 05-30-2014 Published: 06-10-2014   

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Article

 Introduction

Aquaculture is emerging as the fastest growing food-producing industry in the world because of the increasing demand for food fish consumption. The intensive culture of fish has led to outbreaks of various bacterial diseases, causing economic losses to the aquaculture industry worldwide [1,2].  In the last years in the Mediterranean basin is registering a growing attention to some emerging bacterial fish pathogens. In particular Vibrio harvey, normally pathogen for crustaceans, molluscs and elasmobranchs, recently caused damage to the nervous system and septicemia in varying degrees of various fish species farmed. Also other Vibrio species such as V. splendidus, V. mediterranei, V. ordalii, V. aginolyticus, V. vulnificus, V. parahaemolyticus are becoming dangerous for the farmed fish species [3]. Among Gram negative bacterial there are also: Tenacibaculum maritimum that causes the flexibacteriosis. The fish disease marine flexibacteriosis is characterised by necrotic lesions on the body, head, fins, and occasionally gills, with erosive lesions on the external surface as the prominent clinical sign [4,5] and the halophilic Photobacterium damselae subsp. piscicida responsible of the photobacteriosis in a great variety of fish species [6]. The disease exist in two forms the acute bacterial septicemia with a striking lack of gross clinical signs in most susceptible hosts and the chronic form with typical whitish pseudotubercles being present in the spleen [6-11]. While among the emerging bacterial diseases caused by Gram - positive there are the streptococcal infections (caused by Lactococcus garvieae, Lactococccus piscium, Streptococcus iniae , Streptococcus agalactiae, Streptococcus parauberis and Vagococcus salmoninarum that affect a variety of wild and cultured fish around the world [12, 13]. And therefore, streptococcosis of fish should be regarded as a complex of similar diseases caused by different genera and species capable of inducing central nervous system damage characterized by suppurative exophthalmia ("pop-eye") [14] and meningoencephalitis.

Finally among acid-fast emerging bacteria: Nocardia asteroids causative agent of nocardiosis reported for the first time in Argyrosomus regius [15]. Mycobacterium marinum causes the mycobacteriosis or fish tuberculosis that represented a significant threat for farmed sea bass in the Mediterranean sea [16] and in European turbot culture [17]. To combat these diseases it is necessary to develop new specific vaccines. Regarding Vibriosis a great number of commercial vaccines have been developed mainly for Listonella (Vibrio) anguillarum [18]. Several commercial vaccines against Ph. damselae subsp. piscicida are available on the market but their efficacy is dependent on fish species, fish size, vaccine formulation and use of immunostimulants [19,20]. To date no vaccines were available to prevent the flexibacteriosis. Several attempts have been made to develop appropriate vaccination programs for fish streptococcosis however to date only the vaccines against L. garvieae and S. parauberis bacterins displayed high levels of long-term protection in fish [20,21]. At present no vaccines are available to prevent the mycobacteriosis in fish. The disease control must be based on both the development of new vaccines and on the study of the immune system of the fish species particularly on the innovative fish species that lacks of knowledge of the immune response [2,22].

References

 References

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2.Mancuso Monique. Aquaculture advancement. 2013a.

3.Florio D. Vibriosi emergenti in maricoltura. XIX Convegno nazionale della società italiana di patologia ittica- siracusa 14-16 novembre, 2013.

4.Van Gelderen R, Carson J , Nowak B F. Experimentally induced marine flexibacteriosis in Atlantic salmon smolts Salmo salar. II. Pathology, Diseases of Aquatic Organisms. 2011, 95: 125-135.

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6.Mancuso M, B Macrì, S Monaco, R Zaccone, M L Paradiso et al. Microbiological and anatomo-hystopathological aspects during an outbreak of flavobacteriosis in farmed common dentex (Dentex dentex) Ittiopatologia. 2005, 2: 15-20.

7.Mancuso M, G Caruso, R Adone, L Genovese, E Crisafi et al. Detection of Photobacterium damselae subsp. piscicida in seawaters by fluorescent antibody. Journal of Applied Aquaculture. 2013, 25: 337- 345.

8.Mancuso Monique (2012) Photobacteriosis exchange between wild and farmed fish in the Mediterranean area. 2012, 3: 3-6.

9.Amagliani G, Omiccioli E, Andreoni F, Boiani R, Bianconi I et al. Development of a multiplex PCR assay for Photobacterium damselae subsp. piscicida identification in fish samples. Journal of Fish Disease. 2009, 32: 645-653.

10.Bottari T, Foti M, Marino F, Mancuso M, Manfrin A .Suscettibilità di alcune specie ittiche innovative per Photobacterium damselae subsp. piscicida attraverso challenge. Ittiopatologia. 2009, 6: 17-21.

11.Caruso G, G Maricchiolo, M Mancuso, L Genovese, R Zaccone. Parametri immunologici ed ematologici quali indicatori dello stato di salute in specie ittiche in allevamento intensivo: prove di infezione sperimentale con Photobacterium damselae subsp. piscicida in Dicentrarchus labrax Atti SIBM 5-7 giugno, 2006.

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13.Romalde J L,Toranzo A E. Molecular approaches for the study and diagnosis of salmonid streptococcosis Molecular Diagnosis of Salmonid Diseases, Chap. 8. Kluwer Academic Publ, Netherlands. 2002, 211-223.

14.Mancuso M, Maricchiolo G, Zaccone R ,Genovese L Lattococcosi: primo caso di infezione oculare in adulto di Seriola dumerilii, Ittiopatologia. 2009, 6: 65-68.

15.Elkesh A, Kantham K P, Shinn A P, Crumlish M, Richards RH. Systemic nocardiosis in a Mediterranean population of cultured meagre, Argyrosomus regius Asso J Fish Dis. 2013, 36:141.

16.Diamant A, Banet A, Ucko M, Colorni A, Knibb W et al. Mycobacteriosis in wild rabbitfish Siganus rivulatus associated with cage farming in the Gulf of Eilat, Red Sea Dis Aquat Org. 2000, 39: 211-219.

17.Dos Santos NMS, do Vale A, Sousa M J, Silva MT. Mycobacterial infection in farmed turbot Scophthalmus maximus. Dis Aquat Org. 2002, 42: 87-91.

18.Toranzo AE, Santos Y, Barja J L .Immunization with bacterial antigens: Vibrio infections, 1997.

19.Romalde JL, Magariños B, Toranzo AE. Prevention of streptococcosis in turbot by intraperitoneal vaccination: A review J ApplIchthyol. 1999b, 15: 153-158.

20.Andreoni F, Boiani R, Serafini G, Amagliani G, Dominici S et al. Isolation of a novel gene from Photobacteriumdamselae subsp. piscicida and analysis of the recombinant antigen as promising vaccine candidate. Vaccine. 2013, 31: 820-826.

21.Ooyama T, Kera A, Okada T, Inglis V, Yoshida T. The protective immune response of yellowtail Seriolaquin ueradiata to the bacterial fish pathogen Lactococcusgarvieae Dis Aquat Org. 1999, 37:121-126.

22.Mancuso Monique. Fish welfare in aquacultureJ Aquac Res Development. 2013b, 3: 4-6.

 

Cite this article: Mancuso M. Emerging Bacterial Pathologies in Mediterranean Mariculture. J J Aquacul Res. 2014, 1(1): 001.

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