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Invasive Lionfish (Pterois Volitans): a Potential Human Health Threat for Ciguatera Fish Poisoning in Tropical Waters

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Invasive Lionfish (Pterois Volitans): a Potential Human Health Threat for Ciguatera Fish Poisoning in Tropical Waters 1 Mar. Drugs 2013, 11, 1-x manuscripts; doi:10.3390/md110x000x 2 OPEN ACCESS 3 marine drugs 4 ISSN 1660-3397 5 www.mdpi.com/journal/marinedrugs 6 Article 7 Invasive Lionfish (Pterois volitans): A Potential Human Health 8 Threat for Ciguatera Fish Poisoning in Tropical Waters 9 Alison Robertson1,2*, Ana C. Garcia1, Harold A. Flores Quintana1, Tyler B. Smith3, 10 Bernard F. Castillo II4, Kynoch Reale-Munroe4, Joseph A. Gulli5, David A. Olsen6, 11 Jennifer I. Hooe-Rollman1, Edward LE. Jester1, Brian J. Klimek1,2, Steven M. Plakas1 12 1 Department of Marine Sciences, University of South Alabama, 5871 University Drive North, 13 Mobile, AL 36688; E-Mails: [email protected] (A.R.); [email protected] 14 (B.K) 15 2 FDA, Division of Seafood Science and Technology, Gulf Coast Seafood Laboratory, 1 Iberville 16 Drive, Dauphin Island, AL, 36528; E-Mails: [email protected] (A.G.); 17 [email protected] (H.F.); [email protected] (E.J.); Jennifer.Hooe- 18 [email protected] (J.H.); [email protected] (S.P.) 19 3 Center for Marine and Environmental Studies, University of the Virgin Islands, 2 John Brewers 20 Bay, St. Thomas, VI, 00802; Email: [email protected] (T.S.) 21 4 College of Science and Mathematics, University of the Virgin Islands, RR1 Box 10000, Kingshill, 22 VI, 00850; Email: [email protected] (B.C.); [email protected] (K.Y.) 23 5 The Caribbean Oceanic Restoration and Education (CORE) Foundation, Christiansted, VI, 00824; 24 Email: [email protected] (J.G.) 25 6 St. Thomas Fishermen’s Association, P.O. Box 308116, St. Thomas, VI, 00803; Email: 26 [email protected] (D.O.) 27 * Author to whom correspondence should be addressed; E-Mail: [email protected] 28 A.R.); Tel.: +1-251-861-2141; Fax: +1-251-861-7540. 29 Received: / Accepted: / Published: 30 31 32 Abstract: This Invasive Indo-Pacific lionfish (Pterois volitans) have rapidly expanded in 33 the Western Atlantic over the past decade and have had a significant negative impact on 34 reef fish biodiversity, habitat, and community structure, with lionfish out-competing native 35 predators for resources. In an effort to reduce this population explosion, lionfish have been 36 promoted for human consumption in the greater Caribbean region. This study aimed to 37 determine whether the geographical expansion of the lionfish pose a human health threat 38 for ciguatera fish poisoning (CFP). More than 180 lionfish were collected from waters Mar. Drugs 2013, 11 2 1 surrounding the U.S. Virgin Islands throughout 2010 and 2011. Ciguatoxin testing included 2 an in vitro neuroblastoma cytotoxicity assay for composite toxicity assessment of sodium- 3 channel toxins combined with confirmatory liquid chromatography tandem mass 4 spectrometry. A 12% prevalence rate of ciguatoxic lionfish exceeding the FDA guidance 5 level of 0.1 μg/kg C-CTX-1 equivalents was identified in fish from the U.S. Virgin Islands, 6 highlighting a potential consumption risk. This study presents the first evidence that the 7 invasive lionfish, pose a direct human health risk for CFP and highlights the need for 8 awareness of this new food safety hazard in known endemic areas. 9 Keywords: ciguatera fish poisoning; Caribbean ciguatoxins; lionfish; Caribbean; mass 10 spectrometry 11 12 1. Introduction 13 Lionfish (Pterois volitans, Figure 1) are native to tropical and sub-tropical reef ecosystems in the 14 southern Indian Ocean, South Pacific, and Red Sea [1]. With few natural predators, high reproductive 15 rates, and high growth rates, lionfish have rapidly established populations in the northwestern Atlantic 16 and Caribbean following their introduction into Florida waters in the 1990s [2,3]. In the U.S. Virgin 17 Islands, lionfish were first reported off St. Croix in June 2008, and in St. Thomas and St. John in 2010 18 [2]. In less than four years, lionfish have become extremely abundant in the U.S. Virgin Islands. These 19 population explosions have a dramatic ecological impact on reef fish biodiversity, habitat, and 20 community structure, with lionfish out-competing native predators for resources [4–6]. In an effort to 21 reduce their proliferation and geographical expansion into the Atlantic, Gulf of Mexico, and Caribbean 22 Sea, lionfish have been identified as a fisheries resource, promoted in cookbooks and diving 23 magazines, and served at fishing derbies and restaurants. While this could represent a great economic 24 opportunity in local communities as an artisanal fishery, lionfish also pose a potential human health 25 hazard as a vector for ciguatera fish poisoning (CFP) in endemic regions. 26 Figure 1. Lionfish (P. volitans) observed at “Grand Central Station” on the west coast of 27 St. Croix. Photographs by Robert Georgopul, used with permission. 28 Mar. Drugs 2013, 11 3 1 Ciguatera Fish Poisoning is a leading cause of seafood-borne illness and is estimated to cause up to 2 500,000 illnesses annually [7,8]. CFP is caused by the consumption of reef fish that have accumulated 3 ciguatoxins (CTX, Figure 2). This acute poisoning syndrome is characterized by a variety of severe 4 gastrointestinal, neurological, and occasionally cardiovascular symptoms that can occur within four 5 hours and last up to six weeks [9]. A chronic phase of CFP lasting many years has also been reported 6 in up to 20% of those acutely exposed [10]. For acute CFP, the primary mode of action of CTX is via 7 binding to site 5 on the voltage gated sodium channel in excitable tissues [11,12]. This slows down re- 8 polarization and keeps channels in an open, depolarized state that ultimately leads to cell death [12,13]. 9 Figure 2. Structure of Caribbean ciguatoxin-1 (C-CTX-1). Caribbean ciguatoxin-2 (C- 10 CTX-2) is the epimer of C-CTX-1 at carbon 56 noted on the structure. 11 12 Precursors of CTX are produced by benthic dinoflagellates of the genus Gambierdiscus. These 13 precursors, gambiertoxins, are taken up by herbivores grazing on the reef, and are converted to CTX 14 during trophic transfer and metabolism in piscivorous fish [14]. Fish most commonly implicated in 15 CFP include grouper, barracuda, snapper, jack, and mackerel [15]. CTX are tasteless, colorless, and 16 odorless, therefore impossible to identify a toxic fish by sensory analysis [16]. Importantly, these 17 toxins are stable under normal cooking temperatures and for extended periods of freezer storage [17]. 18 To reduce the potential hazard of CFP, FDA recommends that primary processors obtain information 19 about the harvest location and species of fish to determine the risk of contamination [15]. This study 20 addresses the need for regional data on the potential consumption risk associated with CTX in lionfish. 21 2. Results and Discussion 22 Of the 153 lionfish samples tested, 19 fish (St. Croix, n=3; St. Thomas/ St. John, n=16) had a 23 composite toxicity exceeding the FDA guidance level of 0.1 µg/kg C-CTX-1 equivalents and were 24 confirmed to contain C-CTX-1 and -2 by LC-MS/MS (Figure 3). The highest toxicity level observed 25 was 0.3 µg/kg C-CTX-1 equivalents in a lionfish collected from the south side of St. Thomas. Lionfish 26 samples above guidance levels were very similar between islands (St. Croix, 11.1%; St. Thomas/ St. 27 John, 12.7 %), indicating no difference in toxicity prevalence. An additional 43 lionfish (St. Croix, 28 n=5; St. Thomas/St. John, n=38) were positive by N2a assay at levels below the FDA guidance level. 29 This represents a CTX prevalence rate of ~40% in lionfish from this region, and ~12% for lionfish 30 above the FDA guidance level. The rates are comparable to other predatory reef fish, such as the Mar. Drugs 2013, 11 4 1 schoolmaster snapper (Lutjanus apodus), which are avoided in fisheries where ciguatoxin is a known 2 concern (Robertson et al., unpublished data) 3 Figure 3. Confirmation of Caribbean ciguatoxins in lionfish flesh. Selected reaction 4 monitoring (SRM) liquid chromatography mass spectrometry traces of C-CTX-1 and -2 in 5 a lionfish flesh specimen (top) collected from St. Thomas compared to an authentic 6 reference standard (bottom). The y-axes are offset for direct comparison. Confirmatory 7 transition ions (m/z 1123.7>1087.7, in black; and m/z 1123.7>1087.7, in red) are shown. 8 9 The concentrations of CTX detected in lionfish were most likely due to the location from which the 10 fish were caught, length of time spent at that location, and the quantity of toxic prey consumed. The 11 juvenile lionfish diet consists of mix of crustaceans and small teleost fish (3-10 g), with an increased 12 reliance on fish as their size increases [3,18]. Common adult lionfish prey include representatives of 13 the family Gobiidae, Labridae, Pomacentridae, Serranidae, and Blennidae [3,4], which are important 14 vectors in the conversion of gambiertoxins originating from Gambierdiscus, into higher toxicity CTX 15 congeners. It has been estimated that a single lionfish will consume over 50,000 fish per year, [18] so 16 the potential burden of CTX in this species would be expected to increase as a function of growth, size, 17 and residence time on a toxic reef. For these reasons, experience and local knowledge of safe fishing 18 grounds remain the best strategy to avoid toxic fish. The limiting factor in this assessment would be 19 the decline in available prey items for lionfish due to their negative impact on recruitment of other 20 juvenile fish, and biodiversity [3,4]. 21 Mar.
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