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A Saprolegnia Parasitica Challenge System for Rainbow Trout: Assessment of Pyceze As an Anti-Fungal Agent for Both Fish and Ova

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A Saprolegnia Parasitica Challenge System for Rainbow Trout: Assessment of Pyceze As an Anti-Fungal Agent for Both Fish and Ova DISEASES OF AQUATIC ORGANISMS Published May 12 Dis Aquat Org l A Saprolegnia parasitica challenge system for rainbow trout: assessment of Pyceze as an anti-fungal agent for both fish and ova T. G.Pottinger*, J. G. Day NERC Institute of Freshwater Ecology, Windermere Laboratory, Far Sawrey, Ambleside, Cumbria, LA22 OLP, United Kingdom ABSTRACT: A reproducible Saprolegnia parasitica spore delivery system was developed and demon- strated to be effective in providing a sustained spore challenge for up to 10 d. Treatment of rainbow trout with slow-release intraperitoneal implants containing cortisol resulted in chronically elevated blood cortisol levels and rendered the fish susceptible to infection by S. parasitica when exposed to the spore challenge. Sham-implanted fish were not susceptible to infect~on.Bronopol (2-bromo-2-nitro- propane-1,3-dol), formulated as Pyceze, was effective in protecting predisposed fish from infection by S. parasitica when administered as a daily bathlflush treatment at concentrations of 15 mg I-' and greater. Pyceze was also demonstrated to protect fertilised rainbow trout ova from S. parasitica chal- lenge when administered as a daily bath/flush treatment at concentrations of between 30 and 100 mg 1-l. Pyceze appears to qualify as a safe and effective replacement for malachite green and formalin in the prevention of fungal infections in the aquaculture environment. KEY WORDS: Saprolegnia . Fungal infection . Salmonid . Bronopol - Pyceze . Cortisol INTRODUCTION chite green in combating mycotic infections of fish and fish eggs, but is safer for the operator, the fish, and Mycotic infections of farmed fish, primarily by water the environment. Among the alternative compounds moulds or pseudofungi of the genus Saprolegnia, rep- tested for antifungal activity are sodium chloride resent a significant economic and welfare problem. (Edge11 et al. 1993, Marking et al. 1994, Waterstrat & Sexually mature broodstock and fertilised ova of sal- Marking 1995, Bly et al. 1996, Schreier et al. 1996), monid fish (Oncorhynchus sp., Salmo sp.) are particu- potassium permanganate (Bly et al. 1996), copper sul- larly susceptible to Saprolegnia, as are other cultured phate (Bly et al. 1996), formalin (Marking et al. 1994, species such as channel catfish Ictaluruspunctatus (Bly Waterstrat & Marking 1995, Bly et al. 1996, Schreir et et al. 1992).This state of affairs has been exacerbated al. 1996), the herbicides diquat, simazine, hydrothol by existing and anticipated restrictions on the use of the 191, aquathol K (Bly et al. 1996), iodine (Fitzpatrick et most effective fungicide available, malachite green. al. 1995), glutaraldehyde (Marking et al. 1994, Fitz- The n-methylated diaminotriphenylmethane dye mala- patrick et al. 1995), and hydrogen peroxide (Marking chite green has long been employed as a fungicide and et al. 1994, Fitzpatrick et al. 1995, Waterstrat & Mark- ectoparasiticide (see Alderman 1985, van Heerden et ing 1995, Schreir et al. 1996). al. 1995 for references). However, concerns regarding Formalin is reported to be effective in treating fungal the mutagenicity, carcinogenicity, and teratogenicity infections on eggs (Waterstrat & Marking 1995, Schreir of malachite green (Meyer & Jorgenson 1983, Culp & et al. 1996) but raises safety concerns in relation to the Beland 1996) have led to restrictions on its use (Alder- user and to the environment which render it a far from man 1994, Marking et al. 1994). ideal alternative to malachite green (Marking et al. There has therefore been significant effort expended 1994, Burka et al. 1997). Hydrogen peroxide has also to identify a therapeutant which is as effective as mala- been identified as possessing effective antifungal activity (Marking et al. 1994, Fitzpatrick et al. 1995, Waterstrat & Marking 1995, Schreir et al. 1996) but O Inter-Research 1999 Resale of full article not permitted 130 Dis Aquat Org 36: 129-141, 1999 requires further toxicological and efficacy studies to rainbow trout (Oncorhynchus mykiss Walbaum) validate its use at the concentrations found to be most obtained from the Institute of Freshwater Ecology (IFE) effective. The margin of safety applicable to hydrogen hatchery in January 1997. On purification the isolate peroxide is reportedly narrow (Burka et al. 1997). To was examined for diagnostic characters including the date, no wholly effective alternative treatment to mala- development of long fine hairs on the secondary spore chite green has been identified. cyst (Pickering et al. 1979). The occurrence of this Bronopol (2-bromo-2-nitropropane-1,3-diol) is a bio- diagnostic feature was taken as confirmation of its cide which is widely used as a preservative in medical identification. Master stock cultures were maintained and pharmaceutical products, cosmetics and shampoos by routine serial subculture (monthly transfers to fresh (Bryce et al. 1978, Toler 1985, Kumanova et al. 1989). medium) on glucose peptone (GP) agar slopes (Wil- Following in vitro evaluation (D. J. Alderman unpubl.) loughby & Pickering 1977). and a series of studies carried out at various trout farms Secondary spore production and development and within the UK by Vericore Ltd. (J.C. Braidwood, C. administration of the infective challenge. Secondary Miiller, J. L. Hart, R. P. Hunter, unpubl.) preliminary spore suspensions were produced by adapting the evidence was obtained which suggested that bronopol method of Willoughby et al. (1983) and Cross & may be a suitable therapeutic/prophylactic treatment Willoughby (1989). Dried hemp seeds were sterilised for mycotic infections of salmonid fish and fertilised by autoclaving in a 250 m1 flask to which an equal ova. Bronopol is believed to have a dual toxic action in volume of distilled water was added. Sterilised seeds bacteria, with growth suppression being ascribed to were infected with Saprolegnia parasitica by transfer- the catalytic oxidation of accessible thiols while cell ring seeds (50 per Petri-dish) into Petri-dishes con- death is thought to be caused by the generation of free taining GP agar. The dishes were then inoculated with radicals (Shepherd et al. 1988).Because this compound S. parasitica, and incubated for 4 d at 20°C. After 4 d is a broad-spectrum biocide, and presents no serious 'bearded' hemp seeds were aseptically transferred to toxicological hazard to humans (Bryce et al. 1978, coarse weave muslin bags (50 seeds per bag). The Croshaw & Holland 1984) or fish (Vericore Ltd. unpubl. fungal spore challenge was administered to each tank data), the possible application of bronopol within the in Expts 1 to 3 by anchoring the muslin bags within aquaculture environment requires thorough investiga- 500 m1 glass flasks attached 'in-line', via Drechsel tion. The experiments described in the present paper bottle heads (Quickfit), to the water supply to each were designed to expand upon the previously con- aquarium. In Expt 4 the spore challenge was provided ducted, unpublished studies, and to provide a prelirni- by 10 batches of hemp seeds infected with S. parasitica nary assessment of the fungicidal efficacy of bronopol retained within muslin bags anchored within a 10 1 under controlled conditions. plastic bucket which was suspended beneath the Although salmonid fish are naturally susceptible to inflow of each tank. In Expt 5 incoming water passed Saprolegnia infection at certain stages of their devel- through a glass beaker within which were anchored 3 opment and most UK waters present a continuous muslin bags each containing fifty S. parasitica-infected background fungal spore challenge, it was decided hemp seeds. The source of the fungal challenge was that for the purposes of these studies a reproducible thus protected from contact with the contents of the disease model would provide the most appropriate tank or trough. A preliminary study (data not shown) approach to quantitatively estimating the efficacy of confirmed that this approach resulted in an elevation bronopol in combating Saprolegnia infection. The dis- of spores judged adequate to initiate an infection in ease model adopted was composed of 2 elements: (1)a susceptible fish and in ova. reproducible and controlled Saprolegnia spore chal- Quantifying spores produced by the infective lenge; (2) a susceptible fish host. The development and challenge: sampling, and processing of samples to use of this model in assessing the efficacy of bronopol germinate secondary spores. The numbers of spores as a fungicide are described. We also describe a pre- released into the experimental tanks were assayed liminary assessment of the use of bronopol in treating using a method based on that of Willoughby et al. mycotic infection of salmonid ova. (1984).Water samples (500 ml) were collected in pre- sterilized bottles directly from each tank. GP medium (5 rnl) and antibiotic solution (1 ml; 7.5 mg rnl-' strepto- METHODS mycin sulphate and 7.5 mg ml-' Penicillin G in deion- ized water; filter sterilized) were aseptically added to Saprolegnia strain employed and stock-culture each sample. The sample bottles were then resealed maintenance regime. Saprolegnia parasitica RAT 1 and inverted once to ensure that the negatively geo- (RAinbow Trout 1) was isolated by Dr L. G. Willoughby tactic spores were uniformly distributed within the (Freshwater Biological Association) from a diseased sample. Aliquots (100 ml) of this material were asepti- Pottinger & Day: Saprolegnia challenge system for rainbow trout cally transferred to sterile glass 250 m1 flasks, with the dependent changes
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