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Antimicrobials in aquaculture

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use of fluoroquinolones in food animals may increase antibiotic resistance in human pathogens compromising the effectiveness of the use of this critically important class of antibiotics in human medicine. The Chinese government has established a higher maximum residue limit than the US and research in China has shown that the Chinese are effectively meeting the Chinese limits. Because of concerns about the presence of fluoroquinolones in the food supply, not only in aquaculture, but also in foods like honey, the U.S. is continuing to develop methods and strategies to detect illegal residues and prevent their introduction into the U.S. food supply.
1048: 172: 397:, also known as crystal violet has antibacterial, antifungal, and antiparasitic properties. This compound was used during the World War I era as a topical antiseptic, but has been replaced in modern times with more modern treatments. The FDA prohibits the use of gentian violet in aquaculture because of numerous studies showing increased risk of certain cancers related to the compound and a showing that the chemical is bioavailable in fish when used in aquaculture. 300:, and other organisms on man-made marine structures. By inhibiting microbial growth, copper alloy aquaculture pens avoid the need for costly net changes that are necessary with other materials. The resistance of organism growth on copper alloy nets also provides a cleaner and healthier environment for farmed fish to grow and thrive. In addition to their antifouling benefits, copper alloys have strong structural and 335:. It is usually used to protect newly laid fish eggs from being infected by fungus or bacteria. This is useful when the hobbyist wants to artificially hatch the fish eggs. Methylene Blue is also very effective when used as part of a "medicated fish bath" for treatment of ammonia, nitrite, and cyanide poisoning as well as for topical and internal treatment of injured or sick fish as a "first response". 124:, dace, and eel from China, finding twenty-five percent of the samples to contain drug residues. FDA has approved five different drugs for use in aquaculture as long as the seafood contains less than a mandated maximum residue limit: florfenicol, sulfamerazine, chorionic gonadotropin, oxytetracycline dihydrate, oxytetracycline hydrochloride, as well as a drug combination of 85:
sewage treatment. In order to prevent the spread of bacteria and disease in contaminated water, some foreign fish farms put U.S.-banned antibiotics into their fishmeal. However, because the more stringent growing regulations in the US increase the price of food, imports from nations without these regulations are increasing based on price and profit.
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mice. The FDA also concluded that some people may be hypersensitive to this product. The FDA states, "Absolutely, no extra-label use of the nitrofurans is permitted in any food animals, including seafood." The FDA currently detains certain seafood imports without physical examination due to nitrofuran use by the producer.
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have been prohibited from extra-label use in the U.S. and many other parts of the world in aquaculture because of public health concern about the development of such antimicrobial resistance. Chinese authorities have acknowledged permitting the use of fluoroquinolones in aquaculture, even though the
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are broad spectrum antibiotics, being effective against Gram-positive and Gram-negative bacteria. In 1991, the FDA withdrew several approved food animal nitrofuran products as a result of research showing nitrofurazone, one of the nitrofurans, can produce mammary tumors in rats and ovarian tumors in
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sequence of a bacterium allowing that bacterium to survive antibiotic treatments. Because some of the same antibiotics are used to treat fish that are used to treat human disease, pathogenic bacteria causing human disease can also become resistant to antibiotics as a result of treatment of fish with
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to treat diseases caused by bacteria. Sometimes the antibiotics are used to treat diseases, but more commonly antibiotics are used to prevent diseases by treating the water or fish before disease occurs. While this prophylactic method of preventing disease is profitable because it prevents loss and
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in aquaculture. Toxicity studies have shown that this chemical can have serious toxic side effects. Malachite green is not actually an antibiotic, but has antibiotic properties. Malachite green is somewhat stable within the environment and, therefore, is detectable in fish that were treated with
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The FDA now enforces regulations in the US requiring testing of certain imported products for antimicrobial agents under Import Alert 16-131. The Import Alert provides that the use of antimicrobials during the various stages of aquaculture, including malachite green, nitrofurans, fluoroquinolones,
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After FDA repeatedly found that farm-raised seafood from China was contaminated, the agency announced on June 28, 2007, a broader import control of all farm-raised catfish, basa, shrimp, dace(related to carp), and eel from China. During targeted sampling, from October 2006 through May 2007, FDA
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The issue has two sides. In some countries, clean water supplies for aquaculture are extremely limited. Untreated animal manure and human waste are used as feed in shrimp farms and tilapia farms in China and Thailand, in addition to the collection of waste products accumulating from inadequate
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are chemicals designed to either kill or inhibit the growth of pathogenic bacteria while exploiting the differences between prokaryotes and eukaryotes in order to make them relatively harmless in higher-level organisms. Antibiotics are constructed to act in one of three ways: by disrupting cell
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since 1994, over the last decade the FDA developed a more sensitive testing methodology and changed the levels of detection for chloramphenicol in response to increasing discovery of traces of chloramphenicol in imports. In response to the US discovery of chloramphenicol in imported shrimp and
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era in the US, seafood imports increased 65 percent and shrimp imports increased 95 percent. Today, 80 percent of American seafood is imported, about half coming from aquaculture. China, Thailand and Vietnam together account for 44 percent of seafood imports into the United States.
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repeatedly found that farm-raised seafood from China was contaminated with antimicrobial agents that are not approved for use in the United States. More specifically, the antimicrobials nitrofuran, malachite green, gentian violet, and fluoroquinolones, were detected.
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in human pathogens and that prolonged exposure to nitrofurans, malachite green, and gentian violet has been shown to have a carcinogenic affect. In a consumer brochure, the FDA describes the reasoning for enforcement under the import alert:
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the chemical at some point even after treatment has discontinued. After more stringent testing and inspection by the governments of Western Countries, the use of malachite green began to wane and other drugs began to become more prevalent.
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eggs against nodavirus. Nodavirus is a lethal and vertically transmitted virus which causes severe mortality in fish. Haddock eggs should not be treated with high ozone level as eggs so treated did not hatch and died after 3–4 days.
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Buchan, K.; Martin-Robinchaud, D.; Benfey, T.J.; MacKinnon, A; Boston, L (2006). "The efficacy of ozonated seawater for surface disinfection of haddock (Melanogrammus aeglefinus) eggs against piscine nodavirus".
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Culp, SJ (2004). "NTP technical report on the toxicity studies of malachite green chloride and leucomalachite green (CAS Nos. 569-64-2 and 129-73-7) administered in feed to F344/N rats and B6C3F1 mice".
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Offshore Aquaculture in the United States: Economic considerations, implications, and opportunities, U.S. Department of Commerce, National Oceanic & Atmospheric Administration, July 2008, p. 53
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The FDA has been testing for chemicals in aquaculture products for over two decades. In November 2005, the testing program for aquaculture drugs was revised to include antibiotics such as
594:, statement of Murray M. Lumpkin, M.D., Deputy Commissioner for International and Special Program before the Senate Committee on Commerce, Science & Transportation, July 18, 2007 56:
membranes of bacteria (rendering them unable to regulate themselves), by impeding DNA or protein synthesis, or by hampering the activity of certain enzymes unique to bacteria.
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antibiotics. For this reason, the overuse of antibiotics in treatment of fish aquaculture (among other agricultural uses) could create public health issues.
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Alderman, D.J.; Hastings, T.S. (1998). "Antibiotic use in aquaculture: development of antibiotic resistance – potential for consumer health risks".
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is used in aquaculture and by tropical fish hobbyists as a treatment for fungal infections. It can also be effective in treating fish infected with
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TRADE DEFICIT IN FOOD SAFETY, Proposed NAFTA Expansions Replicate Limits On U.S. Food Safety Policy That Are Contributing To Unsafe Food Imports
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states that only 1% of seafood, compared with 2% of all imports, is inspected and only 0.1% of all seafood is tested for antibiotic residue.
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Marine Fouling and its Prevention, Wood Hole Oceanographic Institution, 1952, United States Naval Institute, Annapolis, Maryland, USA
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that are not approved for use in aquaculture fish. From October 1, 2006, through May 31, 2007, FDA tested samples of catfish, basa,
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USFDA, Industry Efforts Reduce Use of Unapproved Drugs. Global Aquaculture Advocate. July, August, 2006 Issue. p.38-39. Collette, B.
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netting cages are also currently being deployed in commercial-scale aquaculture operations in Asia, South America, and the USA. See
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fish enclosures around the world. All of these materials are selected for a variety of reasons, including design feasibility,
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bacteria. Antibiotic-resistant bacteria can spontaneously arise when selective pressure to survive results in changes to the
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He, X, et al., "Residues of fluoroquinolones in marine aquaculture environment of the Pearl River Delta, South China",
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Antimicrobial agents in aquaculture: potential impact on health. APUA Newsletter. 18: 1-6. Angulo, F.J. 2000.
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SEAFOOD SAFETY, FDA Needs to Improve Oversight of Imported Seafood and Better Leverage Limited Resources
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SEAFOOD SAFETY, FDA Needs to Improve Oversight of Imported Seafood and Better Leverage Limited Resources
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What sets copper alloys apart from the other materials used in fish farming is that copper alloys are
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subsequent increased testing sensitivity, the use of this compound in aquaculture began to decrease.
132:. FDA has approved two drugs—formalin and hydrogen peroxide—for which it has not set a tolerance. 1689: 1654: 1593: 1339: 1293: 1283: 752: 141: 497:"Public health consequences of use of antimicrobial agents in food animals in the United States". 1823: 1694: 1386: 1818: 1784: 1633: 1514: 1469: 1767: 1754: 1659: 1608: 1509: 1441: 1324: 548: 289: 1813: 1777: 1749: 1729: 1719: 1709: 1669: 1664: 1489: 1474: 1431: 885: 828:
Keyes, C.W. 2006. "Safety in Seafood, Regulatory Interplay Combines Testing, Enforcement".
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Braithwaite, RA; McEvoy, LA (2005). "Marine biofouling on fish farms and its remediation".
607: 250: 68: 1047: 732: 276:, which can briefly be described as the undesirable accumulation, adhesion, and growth of 8: 1684: 1623: 1613: 1598: 1436: 1308: 1177: 1037: 591: 301: 1329: 1288: 1022: 972: 462: 436: 269: 654: 1588: 1074: 997: 819:. LIB No. 4363 Vol 21 (11). Andersen, W. C., S. B. Turnipseed and J. E. Roybal 2005. 798: 668: 658: 246: 517: 1245: 1167: 1017: 964: 774: 711: 650: 458: 351: 238: 125: 105: 778: 260:(For information about the antimicrobial properties of copper and its alloys, see 1567: 1557: 1240: 1056: 1002: 417: 382: 369: 117: 101: 1250: 1222: 1638: 1618: 1298: 1232: 1099: 1032: 1027: 977: 952: 886:"Detention Without Physical Examination of Seafood Products Due to Nitrofurans" 394: 319: 277: 202: 137: 1807: 1603: 1499: 1494: 1303: 1157: 1147: 1124: 1089: 1007: 992: 869:
Questions and Answers on FDA's Import Alert on Farm-Raised Seafood From China
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Collette, B. 2006 USFDA, "Industry Efforts Reduce Use of Unapproved Drugs".
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9: 373-379. Anderson, A.D., J.M. Nelson, S. Rossiter and F.J. Angulo. 2003.
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https://www.fda.gov/downloads/ForConsumers/ConsumerUpdates/UCM106813.pdf
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25: 2208-2215. Christensen, A.M., Ingersley, F., and Baun, A. 2006.
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is added to seawater and used for the surface disinfection of
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allows fish to grow more quickly, there are several downsides.
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http://www.accessdata.fda.gov/cms_ia/importalert_33.html
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http://aquanic.org/publicat/usda_rac/efs/srac/162fs.pdf
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Tainted Seafood Reaching U.S., Food Safety Experts Say
602: 600: 1361: 504: 179:at depth of 14 feet for one year shows no signs of 597: 358: 154:Due to limitations on funding and resources, U.S. 88:Between 1995 and 2005, the first ten years of the 640: 381:While the U.S. has tested farm-raised shrimp for 1805: 448: 856:Kirk-Othmer Encyclopedia of Chemical Technology 175:A copper alloy pen that has been deployed on a 47:, differ from those of higher-level organisms ( 926: 983:List of harvested aquatic animals by weight 940: 708:"Aquaculture Netting by Industrial Netting" 634: 551:, Public Citizen’s Global Trade Watch, 2007 197:have become important netting materials in 933: 919: 587: 585: 583: 581: 579: 560:China 23%, Thailand 16%, and Vietnam 5%. 116:, as well as antimicrobial compounds like 532: 530: 528: 526: 266:Antimicrobial copper alloy touch surfaces 161: 731:Southern Regional Aquaculture Center at 170: 858:, John Wiley & Sons, Inc., pp. 1-21 710:. Industrialnetting.com. Archived from 618:How FDA Regulates Seafood, FDA, 2007. ( 576: 437:Todor’s Online Textbook of Bacteriology 1806: 592:Hearing on "Safety of Chinese Imports" 523: 67:The overuse of antibiotics can create 1360: 950: 914: 817:USFDA Laboratory Information Bulletin 209:). Various other materials including 791: 854:TRIPHENYLMETHANE AND RELATED DYES, 368:In 1983, the FDA banned the use of 304:properties in marine environments. 140:, may contribute to an increase of 13: 951: 463:10.1046/j.1365-2621.1998.3320139.x 412: 376: 363: 262:Antimicrobial properties of copper 14: 1835: 1407:Geothermal energy and aquaculture 1266:Worshipful Company of Fishmongers 389: 314: 310:antimicrobial properties of brass 237:products (Spectra, Dyneema), and 1046: 166: 156:Government Accountability Office 895: 861: 848: 835: 822: 809: 785: 757: 746: 737: 725: 700: 679: 625: 612: 567: 359:Some problematic antimicrobials 1680:Federated States of Micronesia 554: 542: 491: 482: 469: 442: 430: 400: 1: 779:10.1016/j.aquaeng.2005.10.001 655:10.1016/S0065-2881(04)47003-5 424: 241:are also used for netting in 754:Aquarium Chemical Treatments 332:Ichthyophthirius multifiliis 189:Copper alloys in aquaculture 7: 1480:Fish diseases and parasites 843:Global Aquaculture Advocate 830:Global Aquaculture Advocate 79: 10: 1840: 1553:Microalgal bacterial flocs 643:Advances in Marine Biology 186: 1647: 1576: 1533: 1455: 1377: 1373: 1356: 1317: 1274: 1231: 1123: 1055: 1044: 963: 959: 946: 871:(last visited Oct. 2011). 606:FDA Import Alert 16-131, 451:Int. J. Food Sci. Technol 39:. The cells of bacteria ( 1417:Integrated multi-trophic 767:Aquacultural Engineering 338: 225:, plastic-coated welded 142:antimicrobial resistance 59:Antibiotics are used in 1387:Aquaculture engineering 941:Fishing industry topics 845:. July/August. p.38-39. 477:Environ. Toxicol. Chem. 903:Environ Geochem Health 184: 162:Example antimicrobials 152: 1325:World fish production 832:. April/May p. 20-23. 174: 147: 251:corrosion resistance 69:antibiotic-resistant 1178:Fish protein powder 499:Microb. Drug Resist 302:corrosion-resistant 1330:Fishing by country 973:Commercial fishing 689:. Sterlingnets.com 270:marine environment 185: 1801: 1800: 1797: 1796: 1793: 1792: 1594:Freshwater prawns 1352: 1351: 1348: 1347: 1075:Fish preservation 998:Midwater trawling 247:material strength 203:aquatic organisms 51:), such as fish. 1831: 1725:Papua New Guinea 1705:Marshall Islands 1375: 1374: 1367:farmed fisheries 1358: 1357: 1246:Shrimp marketing 1168:Fish hydrolysate 1050: 965:Fishing industry 961: 960: 948: 947: 935: 928: 921: 912: 911: 906: 899: 893: 883: 872: 865: 859: 852: 846: 839: 833: 826: 820: 813: 807: 806: 789: 783: 782: 761: 755: 750: 744: 741: 735: 729: 723: 722: 720: 719: 704: 698: 697: 695: 694: 683: 677: 676: 638: 632: 629: 623: 616: 610: 604: 595: 589: 574: 571: 565: 558: 552: 546: 540: 534: 521: 515: 502: 495: 489: 486: 480: 473: 467: 466: 446: 440: 434: 418:Fluoroquinolones 352:Atlantic halibut 326:, the parasitic 239:galvanized steel 201:(the farming of 126:sulfadimethoxine 106:fluoroquinolones 1839: 1838: 1834: 1833: 1832: 1830: 1829: 1828: 1804: 1803: 1802: 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1584:Brine shrimp 1563:Raceway pond 1505:Spawning bed 1485:Fish farming 1457:Fish farming 1426: 1294:Maine Avenue 1284:Billingsgate 1276:Fish markets 1251:Chasse-marĂ©e 1223:Surströmming 1213:Shrimp paste 1138:Fish as food 1070:Factory ship 1065:Fish factory 905:. 2011 Sep 1 902: 897: 890:Import Alert 889: 863: 855: 850: 842: 837: 829: 824: 816: 811: 794: 787: 770: 766: 759: 748: 739: 727: 716:. Retrieved 712:the original 702: 691:. Retrieved 681: 646: 642: 636: 627: 614: 569: 556: 544: 498: 493: 484: 476: 471: 454: 450: 444: 432: 416: 404: 393: 380: 367: 342: 330: 323: 318: 255: 249:, cost, and 223:polyethylene 207:fish farming 192: 153: 148: 134: 99: 87: 83: 66: 58: 35:, and other 15: 1814:Aquaculture 1745:South Korea 1715:New Zealand 1634:Sea sponges 1535:Algaculture 1422:Mariculture 1379:Aquaculture 1363:Aquaculture 1340:Other areas 1110:Smoked fish 1105:Salted fish 1038:Power block 1013:Gillnetting 773:: 102–107. 406:Nitrofurans 401:Nitrofurans 306:Brass alloy 243:aquaculture 233:, patented 199:aquaculture 110:nitrofurans 61:aquaculture 53:Antibiotics 43:), such as 41:prokaryotes 1808:Categories 1700:Madagascar 1675:East Timor 1648:By country 1548:Microalgae 1543:Giant kelp 1465:Broodstock 1392:Aquaponics 1256:Fishmonger 1183:Fish sauce 1085:Dried fish 1080:Slurry ice 1018:Longlining 718:2010-06-16 693:2010-06-16 649:: 215–52. 425:References 290:tube worms 274:biofouling 268:). In the 205:including 193:Recently, 181:biofouling 130:ormetoprim 114:quinolones 49:eukaryotes 45:salmonella 1690:Indonesia 1655:Australia 1520:Tailwater 1490:Fish feed 1163:Fish meal 294:barnacles 215:polyester 177:fish farm 1695:Kiribati 1624:Scallops 1432:Offshore 1261:Fishwife 1203:Lutefisk 1173:Fish oil 1153:Fish roe 1028:Dredging 1023:Trolling 988:Trawling 867:CFSAN - 803:15213768 673:15596168 328:protozoa 298:mollusks 80:Overview 37:microbes 21:bacteria 19:destroy 1785:Vanuatu 1639:Turtles 1619:Oysters 1614:Octopus 1599:Geoduck 1568:Seaweed 1515:Tilapia 1470:Catfish 1442:Raceway 1437:Organic 1309:Tsukiji 1208:Rakfisk 1188:Gravlax 1133:Seafood 1115:Kippers 1095:Gibbing 1008:Seining 348:haddock 25:viruses 1773:Hawaii 1768:Alaska 1755:Tuvalu 1660:Canada 1510:Salmon 1304:Scania 1289:Fulton 1218:Surimi 1193:Hákarl 1143:Caviar 801:  671:  661:  282:plants 231:rubber 122:shrimp 112:, and 1778:Maine 1750:Tonga 1730:Samoa 1720:Palau 1710:Nauru 1670:China 1665:Chile 1589:Coral 1475:Cobia 344:Ozone 339:Ozone 286:algae 235:twine 211:nylon 90:NAFTA 33:algae 29:fungi 1685:Fiji 1365:and 799:PMID 669:PMID 659:ISBN 350:and 264:and 227:wire 136:and 128:and 1198:Lox 775:doi 651:doi 459:doi 324:ich 94:WTO 73:DNA 1810:: 888:, 876:^ 771:35 769:. 667:. 657:. 647:47 645:. 599:^ 578:^ 525:^ 506:^ 455:33 453:. 296:, 292:, 288:, 284:, 280:, 253:. 229:, 221:, 217:, 213:, 108:, 104:, 31:, 27:, 23:, 934:e 927:t 920:v 805:. 781:. 777:: 721:. 696:. 675:. 653:: 622:) 465:. 461:: 183:. 92:-

Index

Antimicrobials
bacteria
viruses
fungi
algae
microbes
prokaryotes
salmonella
eukaryotes
Antibiotics
aquaculture
antibiotic-resistant
DNA
NAFTA
WTO
chloramphenicol
fluoroquinolones
nitrofurans
quinolones
malachite green
shrimp
sulfadimethoxine
ormetoprim
gentian violet
antimicrobial resistance
Government Accountability Office

fish farm
biofouling
Copper alloys in aquaculture

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