The application of biotechnology to disease management has led to considerable improvements in production of most livestock species and arable crops. Its use in aquaculture is less well developed, but there are several areas in which biotechnological approaches have led to advances in vaccine research, disease diagnosis, epidemiology and understanding of genetic influences on resistance or susceptibility.
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References
1.
AmendD.F. (1976) Prevention and control of viral diseases of salmonids. Journal of the Fisheries Research Board of Canada33, 1059–1066.
2.
AwadM.A., NusbaumK.E., and BradyT.L. (1989) Preliminary studies of a newly developed sub unit vaccine for channel catfish virus disease. Journal of Aquatic Animal Health1, 233–237.
3.
BjorvatnB., LundV., KristiansenB.E., KorsnesL., SpanneO., and LindquistB. (1984) Applications of restriction endonuclease fingerprinting of chromosomal DNA ofNeisseria meningitidis. Journal of Clinical Microbiology19, 1–9.
4.
ChevassusB., and DorsonM. (1990) Genetics of resistance to disease in fishes. Aquaculture85, 83–107.
5.
De KinkelinP. (1988) Vaccination against viral haemorrhagic septicaemia. In: EllisA.E. (ed.), Fish Vaccination. Academic Press, London, pp. 172–192.
6.
De KinkelinP., and Bearzotti-le BerreM. (1981) Immunisation of rainbow trout against viral haemorrhagic septicaemia (VHS) with a thermoresistant variant of the virus. Developmental and Biological Standards49, 431–439.
7.
DorsonM. (1977) Vaccination trials of rainbow trout fry against infectious pancreatic necrosis. Bulletin de l'Office International des Epizooties87, 405–406.
8.
FryerJ.L., RohovecJ.S., TebbitG.L., McMichaelJ.S., and PilcherK.J. (1976) Vaccination for the control of infectious diseases in Pacific salmon. Fish Pathology10, 155–164.
9.
HillB.J., DorsonM., and DixonP.F. (1980) Studies on immunisation of trout against IPN. In: AhneW. (ed.), Fish Diseases Third COPRAQ-Session. Springer-Verlag, Berlin.
10.
LeongJ.C., BarrieR., EngelkingH.M., Feyereisen-KeonerJ., GilmoreR., HarryJ. (1987) Recombinant viral vaccines in Aquaculture. Publication No. ORESU-R-90-029, Oregon Sea Grant, Oregon State University, Corvallis, Oregon, USA.
11.
MialherE., BouloV., BachereE., HenioP., CousinK., NoelD., NoelT., OhresserM., Le DeuffR.M., DespresB., and GendreauS. (1992) Development of new methodologies for diagnosis of infectious diseases in mollusc and shrimp aquaculture. Aquaculture107, 155–164.
12.
NilsenR., LundV., and HolmK.O. (1989) DNA fingerprints in comparative studies of Vibrios pathogenic in fish. Bulletin of the European Association of Fish Pathologists9, 58.
13.
NogaE.J., and HartmanJ.X. (1981) Establishment of walking catfish (Clarias batcrachus) cell lines and development of a channel catfish (Ictalurus punctuatus) virus vaccine. Canadian Journal of Fisheries and Aquatic Science38, 925–930.
14.
PlumbJ.A. (1973) Neutralisation of channel catfish virus by serum of channel catfish. Journal of Wildlife Diseases9, 324–330.
15.
RohovecJ.S., WintonJ.R., and FryerJ.L. (1981) Bacterins and vaccines for the control of infectious diseases in fish. In: Proceedings, Republic of China-United States Cooperative Science Seminar on Fish Diseases, NSC Symposium Series No. 3, National Science Council, Republic of China.
16.
Vestergaard-JorgensenP.E. (1982) Egtved virus: temperature dependent immune response of trout to infection with low-virulence virus. Journal of Fish Diseases5, 47–56.
17.
VivarésC.P., and GuesdonJ.L. (1992) Nucleic acid probes in aquatic biotechnology. Aquaculture107, 147–154.
18.
VivarésC.P., GrimontF., Baudin-LaurencinF., AndralB., and GrimontP. (1992) Molecular epidemiology of bacterial fish diseases: preliminary study withVibrio anguillarum. Aquaculture107, 141–145.