Journal of Fish Diseases 1994, 17, 681—684 Author Index ApamMs A., see ALDAY-SANZ V. Brown D. J., see NIELSEN B. Apams A., see CHEN S.-C. Burke M., see MARTINSEN B. AGutrRrE M. L., see Sima A. R. AIELLO C., see Bocovski S. Atcock R., see Davis P. J. CaLpwEL- S. J., see Bois N. C. ALDAY-SANZ V., RopGer H., TuRNBULiL T., ADAMS Campin D. N., see SHARPLES A. D. A. & Ricuarps R. H.: An immunohistochemical CartwriGHt G. A., CHEN D., HANNA P. J., GUDKOvS diagnostic test for rickettsial disease, 189. N. & Tasma K.: Immunodiagnosis of virulent Amyes S. G. B., see BARNES A. C. strains of Aeromonas hydrophila associates with ANGULO L., Lopez J. E., VINCENTE J. A. & SABORIDO epizootic ulcerative syndrome (EUS) using a A. M.: Haemorrhagic areas in the mouth of farmed monoclonal antibody, 123. turbot, Scophthalmus maximus (L.), 163. CASWELL-RENO P., see MELBy H. P. ARDELLI B. F., Forwarp G. M. & Woo P. T. K.: CauGant D. A., see Boyp E. F. Brook charr, Salvelinus fontinalis (Mitchill), and CHEN D., see CarTwriGHTt G. A. cryptobiosis: a potential salmonid reservoir host CHEN R.-S., see CHEN S.-C. for Cryptobia salmositica Katz, 1951, 567. CHEN S.-C., TunG M.-C., CHEN S.-P., Tsai J.-F., ArRME C., see RicHArps D. T. Wanc P.-C., CHEN R.-S., Lin S.-C. & Abams A.: ARNESEN J. A., see Eacsetr G. Systematic granulomas caused by rickettsia-like AustTIN B., see EFFEND! I. organism in Nile tilapia, Oreochronuis niloticus AusTIN R. T. E., see Davigs A. J. (L.), from southern Taiwan, 591. AVENANT-OLDEWAGE A.: Integumental damage caused CHEN §S.-P., see CHEN S.-C. by Dolops ranarum (Stuhlmann, 1891) (Crustacea: CHINABUT S., see PEARSON M. D. Branchiura) to Clarias gariepinus (Burchell), with CHIRINO-TREJO M., see Bots N. C. reference to normal histology and wound-inflicting CuristiE K. E., see MeLBy H. P. structures, 641. Cuua F. H. C., Nc M. L., Ne K. L., Loo J. J. & WEE J. Y.: Investigation of outbreaks of a novel disease, BarLiAN A., see Bots N. C. ‘Sleepy Grouper Disease’, affecting the brown- Barnes A. C., Hastincs T. S. & Amyss S. G. B.: spotted grouper, Epinephelus tauvina Forskal, 417. Amoxycillin resistance in Scottish isolates of Aero- Copp G. A., see RopGer H. D. monas salmonicida, 357. Cone D. K., see VALDRON K. A. BASTIANELLO S. S., see PENRITH M.-L. CoucHERON D. H., see Eacset G. BELosevic M., see WANG R. Cusack R., see VALDRON K. A. Bennett M. B., see BENNETT S. M. BENNETT S. M. & BENNETT M. B.: Pathology of attach- ment and vascular damage associated with larval Damo R. A., INGEBRIGTSEN K., HorsBerG T. E. & stages of Dissonus manteri Kabata, 1966 (Cope- SELJELID R.: Intestinal absorption of immuno- poda: Dissonidae) on the gills of coral trout, Plec- modulatory laminaran and derivatives in Atlantic tropomus leopardus (Lacépéde) (Serranidae), 447. salmon, Salmo salar L., 579. Biavati S., see MANERA M. DALSGAARD I., see LARSEN J. L.; NIELSEN B. Bj@RNSDOTTIR R., see Eccser G. Day J. G., Wiecerties G. F. & VAN MUISWINKEL Back J. J., see SARCIONE E. J. W. B.: Protection against carp erythrodermatitis Boccuini V., see Bocovski S. following bath or subcutaneous exposure to sub- Bocovski S., Rossi L., Boccuint V., Lastraioui S., lethal numbers of virulent Aeromonas salmonicida AlgLLo C. & Santi L.: Immunohistochemical subsp. nova, 67. characterization of malignant lymphoma in north- Dannevic B. H. & FAK K.: Atlantic salmon, Salmo ern pike, Esox lucius L., from Estonian Baltic salar L., develop infectious salmon anaemia (ISA) waters, 557. after inoculation with in vitro infected leucocytes, Bots N. C., BARLIAN A., CHIRINO-TREJIO M., CALDWELL 183. S. J., GOEGAN P. & Lee L. E. J.: Development of Dannevic B. H., FALK K. & Skserve E.: Infectivity of a cell line from primary cultures of rainbow trout, internal tissues of Atlantic salmon, Salmo salar Oncorhynchus mykiss (Walbaum), gills, 601. L., experimentally infected with the aetiological Boyp E. F., Hiney M. P., PepeN J. F., Smirn P. R. & agent of infectious salmon anaemia (ISA), 613. Caucant D. A.: Assessment of genetic diversity Davigs A. J., Eras J. C. & Austin R. T. E.: Investi- among Aeromonas salmonicida isolates by multi- gations into the transmission of Haemogregarina locus enzyme electrophoresis, 97. bigemina Laveran & Mesnil, 1901 (Apicomplexa: Brock J. A., see Lu Y. Adeleorina) between intertidal fishes in Portugal, BrOKKEN E. S., see Norpmo R. 283. 682 Author Index Davis P. J., LAipLer L. A., Perry P. W., ROSSINGTON HorsBerG T. E., see DaLMo R. A.; MARTINSEN B. D. & Axcock R.: The detection of infectious pan- Hosono N., Suzuki S. & Kusupba R.: Evidence for creatic necrosis virus in asymptomatic carrier fish relatedness of Japanese isolates of birnaviruses by an integrated cell-culture and ELISA technique, from marine fish to IPNV, 433. 99. HovLanD T., NYLUND A., WATANABE K. & ENDRESEN Dickerson H. W., see Lerr A. A. C.: Observations of infectious salmon anaemia Dopazo C. P., Herrick F. M. & SAmaL S. K.: Use of virus in Atlantic salmon, Salmo salar L., 291. cloned cDNA probes for diagnosis of infectious Huss H. H., see SPANGGAARD B. pancreatic necrosis virus infectious, 1. Drotet B. S., Ronovec J. S. & Leone J. C.: The route IkEDA Y., see TAKAHASHI K. of entry and progression of infectious haemato- INGEBRIGTSEN K., see DALMO R. A. poietic virus in Oncorhynchus mykiss (Walbaum): a sequential immunohistochemical study, 337. JASHES M., see Lopez-Lastra M. JOHANSEN A., see MARTINEZ I. Epwarps C., see RopGer H. D. JORGENSEN T. @., see Eccset G. Errenpi I. & Austin B.: Survival of fish pathogen Aeromonas salmonicida in the marine environ- KARNCHANAKHARN §., see PEARSON M. D. ment, 375. Kay W. W., see THORNTON J. C. Eccset G., Bs@RNSpoTTIR R., McQUEEN LEIFSON R., Kumaaal A., see TAKAHASHI K. ARNESEN J. A., COUCHERON D. H. & JORGENSEN KusuDA R., see Hosono N. T. @.: Extracellular glycerophospholipid:choles- terol acyltransferase from Aeromonas salmonicida: LamDer L. A., see Davis P. J.; TREASURER J. W. activation by serine protease, 17. Lamont I. L., see Pysus V. Eiras J. C., see Davies A. J. LANNAN C. N. & Fryer J. L.: Extracellular survival of Exus A. E., see Hirst I. D. Piscirickettsia salmonis, 545. ENDRESEN C., see HOVLAND T. Larkins P. E., see TURNBULL J. F. Espe.ip S., see MARTINEZ I. LarsEN J. L., see NIELSEN B. Evans C. W., see SHARPLES A. D. Larsen J. L., PEDERSEN K. & DatsGaarp I.: Vibrio Ewens E., see RIcHARDS D. T. anguillarum serovars associated with vibriosis in fish, 259. Lastraloi S., see BoGovski S. FALK K., see DANNEviG B. H.; MELBy H. P. Lee L. E. J., see Bots N. C. Forwarp G. M., see ARDELL B. F. Lerr A. A., YOSHINAGA T. & Dickerson H. W.: Frericus G. N., see Littey J. H. Cross immunity in channel catfish, Jctalurus punc- FRISCHKNECHT R., WAHLI T. & Meter W.: Comparison tatus (Rafinesque), against two immobilization of pathological changes due to deficiency of serotypes of Ichthyophthirius multifiliis (Fouquet), vitamin C, vitamin E and combinations of vitamin 429. C and E in rainbow trout, Oncorhynchus mykiss Leiro J., see Toso J. L. (Walbaum), 31. Leonc J. C., see Drotet B. S. FRYER J. L., see LANNAN C. N. Lewis J. W., see RicHarps D. T. Fusiki K., MatsuyAMA H. & YANo T.: Protective effect Littey J. H. & Frericus G. N.: Comparison of rhab- of sodium alginates against bacterial infection in doviruses associated with epizootic ulcerative common carp, Cyprinus carpio L., 349. syndrome (EUS) with respect to their structural proteins, cytopathology and serology, 513. GarDUNO R. A., see THORNTON J. C. Lin S.-C., see CHEN S.-C. GLeTTE J., see WAAGBO R. Lou:P. C., seeLu Y. GoEGAN P., see Bots N. C. Loo J. J., see Cnua F. H. C. GONZALEZ M., see LopeEz-Lastra M. Lopez J. E., see ANGULO L. GraM L., see SPANGGAARD B. Lopez-Lastra M., GONZALEZ M., JASHES M. & SANDINO Gupkovs N., see CARTWRIGHT G. A. A. M.: A detection method for infectious pancre- Guemez R. J., see Sima A. R. atic necrosis virus (IPNV) based on reverse tran- scription (RT)-polymerase chain reaction (PCR), Hanna P. J., see CARTWriGut G. A. 269. Hastincs T. S., see BARNES A. C.; Hirst I. D. Loutit M. W., see Pysus V. Hemr™ G. I., see WAAGBO R. Lu Y., Lon P. C. & Napata E. C. B.: Serological Hetrick F. M., see Dopazo C. P.; Lupiani B. studies of the rhabdovirus of penaeid shiimp (RPS) Hiney M. P., see Boyp E. F. and its relationship to three other fish rhabdo- Hirst I. D., Hastincs T. S. & Exuis A. E.: Utilization viruses, 303. of haem compounds by Aeromonas salmonicida, Lu Y., Tapay L. M., Brock J. A. & Lou P. C.: 365. Infection of the yellow head baculo-virus (YBV) Hoo.Le D. & Nisan H.: Ultrastructural studies on in two species of penaeid shrimp, Penaeus styliros- intestinal response of carp, Cyprinus carpio L., to tris (Stimpson) and Penaeus vannamei (Boone), the pseudophyllidean tapeworm, Bothriocephalus acheilognathi Yamaguti, 1934, 623. LupiAni B., Herrick F. M. & Samat S. K.: Identifi- Hoo te D., see RicHarps D. T. cation of the angelfish, Pomacanthus semicirculatus Author Index 683 aquareovirus as a member of aquareovirus geno- hybrid, Clarias macrocephalus (Gunther) x C. group A using RNA-RNA blot hybridization, 667. gariepinus (Burchell), in Thailand, 325. PEDEN J. F., see Boyp E. F. MacGown A. R., see WuiTTINGTON R. J. PEDERSEN K., see LARSEN J. L. MaGariNos B., see ROMALDE J. L. PenritH M.-L., BASTIANELLO S. S. & PENRITH M. J.: Maita M., see TAKAHASHI K. Hepatic lipidosis and fatty fish infiltration of organs MajJeep S. K. & Wane D. S.: Tumours in the gonads of in a captive African stonefish, Synanceja verrucosa the bagrid catfish, Mystus macropterus (Bleeker), Bloch & Schneider, 171. Jer PenritH M. J., see PeNriTH M.-L. Manera M. & Biavati S.: An immuno-histochemical Perry P. W., see Davis P. J. technique used to demonstrate the transition form PuiLBey A., see WHITTINGTON R. J. of a squamous cell carcinoma in a mirror carp, Pysus V., Loutir M. W., Lamont I. L. & Taae J. R.: Cyprinus carpio L., 93. Growth inhibition of the salmon pathogen Vibrio MartTINEZz I., Espetip S., JOHANSEN A., WELSH J. & ordalii by a siderophore produced by Vibrio anguil- McCLELLAND M.: Fast identification of species larum strain VL4355, 311. and strains of Vibrio by amplification of poly- morphic DNA, 297. ReppacuirF G. L., see WuitTiNGTON R. J. MARTINSEN B., HorsserG T. E. & Burke M.: Multiple- ReeED E., see SALTE R. dose pharmacokinetic and depletion studies of Reitan L. J. & THUVANDER A.: Jn vitro responsiveness sarafloxacin in Atlantic salmon, Salmo salar L., of subpopulations of leucocytes from Atlantic sal- 111. mon, Salmo salar L., to Aeromonas salmonicida, MATONDANG R., see TURNBULL J. F. 549. MatsuyAMA H., see Fusiki K. Ricuarps D. T., Hoo.te D., Lewis J. W., Ewens E. McCLELLAND M., see Martinez I. & Arme C.: Ultrastructural observations on the McGeorce J., SOMMERVILLE C. & Woorren R.: Light cellular response of carp, Cyprinus carpio L., to and electron microscopy observations on extra- eggs of the blood fluke Sanguinicola inermis Plehn, sporogonic and sporogonic stages of a myxo- 1905 (Trematoda: Sanguinicolidae), 439. sporean parasite of the genus Sphaerospora RICHARDS R. H., see ALDAY-SANZ V. Thelohan, 1892 from Atlantic salmon, Salmo salar Roserts R. J., see WitLouGHBy L. G. L., in Scotland, 227. Ropcer H. D., TurnsBuLt T., Epwarps C. & Copp McPApDEN C., see TURNBULL J. F. G. A.: Cyanobacterial (blue-green algal) bloom McQuEEN LEiFSON R., see Eccset G. associated pathology in brown trout, Salmo trutta MEIER W., see FRISCHKNECHT R. L., in Loch Leven, Scotland, 177. Me sy H. P. & Curistie K. E.: Antigenic analysis of RopGer H., see ALDAY-SANZ V. reference strains and Norwegian field strains of Rouovec J. S., see Drocet B. S.; TAKAHASHI K. aquatic birnaviruses by the use of six monoclonal ROMALDE J. L., MAGARINOS B., Pazos F., Sitva A. & antibodies produced against the infectious pancre- Toranzo A. E.: Incidence of Yersinia ruckeri in atic necrosis virus N1 strain, 409. two farms in Galicia (NW Spain) during a one- Me by H. P., Caswevt-RENo P. & Fak K.: Antigenic year period, 533. analysis of Norwegian aquatic birnavirus isolates Rossi L., see Bocovski S. using monoclonal antibodies — with special refer- RossincTon D., see Davis P. J. ence to fish species, age and health status, 83. Rousa_ F. R.: Histopathological and ecological aspects of Henneguya and Myxobolus (Myxosporea) in- NapDALa E. C. B., see Lu Y. fections in Acanthopagrus australis (Giinther) Ne K. L., see Cuua F. H. C. (Pisces: Sparidae) from Moreton Bay, Australia, Nec M. L., see Cnua F. H. C. 495. NIELSEN B., DALSGAARD I., Brown D. J. & LARSEN Rousa_ F. R.: Histopathology caused by Caligus epi- J. L.: Aeromonas salmonicida subsp. salmonicida: demicus Hewitt (Copepoda: Caligidae) on cap- correlation of protein patterns, antibiotic resist- tive Acanthopagrus australis (Giinther) (Pisces: ance, exoprotease activity, haemolysis and patho- Sparidae), 631. logical lesions produced in vivo, 387. Rorvik K.-A., see SALTE R. NIsAN H., see Hoo.e D. NorserG K., see SALTE R. Sasporipo A. M., see ANGULO L. Norpmo R., VARMA K. J., SUTHERLAND I. H. & BROKKEN SALTE R., Rorvik K.-A., REED E. & Norsperc K.: E. S.: Florfenicol in Atlantic salmon, Salmo salar Winter ulcers of the skin in Atlantic salmon, Salmo L.: field evaluation of efficacy against furunculosis salar L., 661. in Norway, 239. SAMAL S. K., see Dopazo C. P.; Lupiani B. NyLUND A., see HovLanpD T. SANDINO A. M., see Lopez-Lastra M. SANDNES K., see WAAGBO R. Oxamoro N., see SANO M.; SPANGGAARD B.; TAKAHASHI SANMARTIN M. L., see Toso J. L. K. Sano M., Oxamoto N. & Sano T.: Infectious pan- creatic necrosis virus plaque size depends on the Pazos F., see ROMALDE J. L. larger RNA segment and is not linked to viru- PEARSON M. D., CuinABuT S., KARNCHANAKHARN S. & lence, 657. Somsiri T.: Jaundice disease in the farmed catfish SANO T., see SANO M. 684 Author Index SANTAMARINA M. T., see Toso J. L. Toso J. L., SANTAMARINA M. T., LeEiro J., UBEIRA Santi L., see BoGovski S. F. M. & SANMaRTIN M. L.: Pharmacological treat- SarcionE E. J. & Back J. J.: Elevated serum levels of ments against Ichthyobodo necator (Henneguy, alpha foetoprotein (AFP)-like immunoreactivity in 1883) in rainbow trout, Oncorhynchus mykiss rainbow trout, Oncorhynchus mykiss (Walbaum), (Walbaum), 135. with aflatoxin B, induced hepatocellular carci- TorANzo A. E., see ROMALDE J. L. noma, 219. TREASURER J. W. & LatpLer L. A.: Aeromonas sal- ScHoiz T., see Sima A. R. monicida infection in wrasse (Labridae), used as a SELJELID R., see DALMO R. A. cleaner fish, on an Atlantic salmon, Salmo salar SHANKAR K. M. & Yamamoto T.: Epitope analysis of L., farm, 155. infectious pancreatic necrosis virus (IPNV) isolated Tsai J.-F., see CHEN S.-C. from lake trout, Salvelinus namaycush (Walbaum), TunG M.-C., see CHEN S.-C. by monoclonal antibodies, 471. TURNBULL J. F., Larkins P. E., McPADDEN C. & SHANKAR K. M. & YAMAmoTo T.: Prevalence and MATONDANG R.: A histopathological disease sur- pathogenicity of pancreatic necrosis virus (IPNV) vey of cultured shrimp in North East Sumatera, associated with feral lake trout, Salvelinus namay- Indonesia, 57. cush (Walbaum), 461. TURNBULL T., see ALDAY-SANZ V.; RopGerR H. D. SHarpces A. D., Campin D. N. & Evans C. W.: Fin erosion in a feral popuiation of goldfish, Carassius Useira F. M., see Tojo J. L. auratus (L.), exposed to bleached kraft mill effluent, 483. VALDRON K. A., Cone D. K. & Cusack R.: Persistent SitvaA A., see ROMALDE J. L. nodular lesions of bacterial origin on the gills of Sima A. R., AGuirre M. L., ScHoLtz T. & GuEMEZ gasterosteid fish inhabiting an estuarine bay in R. J.: Histopathology of the intestine of Cichla- Nova Scotia, Canada, 673. soma urophthalmus (Giinther) infected with meta- VAN MUISWINKEL W. B., see Day J. G. cercariae of Oligogonotylus manteri Watson, 1976 VARMA J. J., see NorpMo R. (Digenea: Cryptogonimidae), 523. VINCENTE J. A., see ANGULO L. Sitja-BosaDILLaA A. & Woo P. T. K.: An enzyme- linked immunosorbent assay (ELISA) for the Waacs@ R., GLeTTE J., SANDNES K. & HeEmre G. I.: detection of antibodies against the pathogenic Influence of dietary carbohydrate on blood chem- haemoflagellate, Cryptobia salmositica Katz, and istry, immunity and disease resistance in Atlantic protection against cryptobiosis in juvenile rainbow salmon, Salmo salar “., 245. trout, Oncorhynchus mykiss (Walbaum), inocu- Wau_t T., see FRISCHKNECHT R. lated with a live vaccine, 399. Wanc D. S., see MasEED S. K. SKJERVE E., see DANNEVviIG B. H. Wanc P.-C., see CHEN S.-C. SmiTH P. R., see Boyp E. F. Wanc R. & BELosevic M.: Cultivation of Trypanosoma SOMMERVILLE C., see MCGEoRGE J. danilewskyi (Laveran & Mesnil, 1904) in serum- Somsiri T., see PEARSON M. D. free medium and assessment of the course of in- SPANGGAARD B., Gram L., Oxamoto N. & Huss H. fection in goldfish, Carassius auratus (L.), 47. H.: Growth of the fish-pathogenic fungus, Jchthyo- WATANABE K., see HOvLAND T. phonus hoferi, measured by conductimetry and WEE J. Y., see CHUA F. H. C. microscopy, 145. WELSH J., see MartTINEz I. SUTHERLAND I. H., see Norpmo R. WHITTINGTON R. J., PHitBEY A., REDDACLIFF G. L. Suzuki S., see Hosono N. & Maccown A. R.: Epidemiology of epizootic haematopoietic necrosis virus (EHNV) infection Tacc J. R., see Pysus V. in farmed rainbow trout, Oncorhynchus mykiss TAsIMA K., see CARTWRIGHT G. A. (Walbaum): findings based on virus isolation, anti- TAKAHASHI K., OKAMoTO N., KumaGal A., Maira M., gen capture ELISA and serology, 205. Rouovec J. S. & IkepA Y.: Relationship between WIEGERTIJES G. F., see Daty J. G. fish growth rate and progression of artificially in- WiLLouGusy L. G. & Roserts R. J.: Improved meth- duced erythrocytic inclusion body syndrome in odology for isolation of the Aphanomyces fungal coho salmon, Oncorhynchus kisutch (Walbaum), pathogen of epizootic ulcerative syndrome (EUS) Ths in Asian fish, 541. Tapay L. M., see Lu Y. Woo P. T. K., see ARDELLI B. F.; SitjA-BOBADILLA A. THORNTON J. C., GARDUNO R. A. & Kay W. W.: The Wootten R., see McGEorcE J. development of live vaccines for furunculosis lack- ing the A-layer and O-antigen of Aeromonas sal- YAMAMOTO T., see SHANKAR K. M. monicida, 195. YANO T., see Fusixi K. THUVANDER A., see REITAN L. J. YOSHINAGA T., see Lerr A. A. Journal of Fish Diseases 1994, 17, 685—686 Subject Index Acanthopagrus australis (Giinther), see yellowfin squamous cell carcinoma, 93. bream. Catfish hybrid, jaundice disease, 325. Aeromonas hydrophila, epizootic ulcerative syndrome, cDNA probes, infectious pancreatic necrosis virus, 1. 123. Channel catfish, Jchthyophthirius multifiliis, 429. Aeromonas salmonicida: Characterization, Aeromonas salmonicida, 387. amoxycillin, 357; Cichilid fish, Oligogonotylus manteri, 523. Atlantic salmon: Cichlasoma urophthalmus (Giinther), see cichilid fish. leucocytes, 549; Clarias gariepinus (Burchell), see African catfish. wrasse, 155; Coho salmon, growth rate, erythrocytic inclusion body carp erythrodermatitis, 67; syndrome, 77. characterization, 387; Coral trout, Dissonus manteri, 447. genetic diversity, enzyme electophoresis, 97; Cryptobia salmositica: haem compounds, 365; brook charr, 567. serine protease, membrane-active enzyme, 17; rainbow trout, ELISA, 399. survival, 375; Cyanobacterial bloom, brown trout, 177. vaccines, 195. Cyprinus carpio L., see carp. African catfish, Dolops ranarum, 641. African stonefish, hepatic lipoidosis, fatty infiltration, Detection, infectious pancreatic necrosis virus, 269. FFL. Dissonus manteri, coral trout, 447. Alpha foetoprotein-like immunoreactivity, rainbow Dolops ranarum, African catfish, 641. trout, 219. Amoxycillin, Aeromonas salmonicida, 357. ELISA, Cryptobia salmositica, rainbow trout, 399. Angelfish, aquareovirus, 667. Enzyme electophoresis, Aeromonas salmonicida, Aphanomyces, epizootic ulcerative syndrome, Asian genetic diversity, 97. fish, 541. Epinephelus tauvina Forskal, see brown-spotted Aquareovirus, angelfish, 667. grouper. Aquatic birnaviruses, monoclonal antibodies, Norway, Epizootic haematopoietic virus infection, rainbow 85. trout, 205. Asian fish, Aphanomyces, epizootic ulcerative Epizootic ulcerative syndrome: syndrome, 541. Aeromonas hydrophila, 123; Asymptomatic carrier fish, infectious pancreatic Aphanomyces, Asian fish, 541; necrosis virus, 99. rhabdoviruses, 513. Atlantic salmon: Erythrocytic inclusion body syndrome, coho salmon, carbohydrate, 245; growth rate, 77. florfenicol, furunculosis, 239; Esox lucius L., see northern pike. immunomodulatory laminaran, 579; Extracellular survival, Piscirickettsia salmonis, 545. infectious salmon anaemia, 183, 291, 613; leucocytes, Aeromonas salmonicida, 549; Fatty infiltration, hepatic lipoidosis, African stonefish, sarafloxacin, 111; 171. Sphaerospora, 227; Fin erosion, mill effluent, goldfish, 483. wintei ulcers, 661; Florfenicol, furunculosis, Atlantic salmon, 239. wrasse, Aeromonas salmonicida, 155. Furunculosis, florfenicol, Atlantic salmon, 239. Bagrid catfish, gonadal tumours, 527. Gasterosteid fish, nodular lesions, 673. Birnaviruses, infectious pancreatic necrosis virus, 433. Genetic diversity, Aeromonas salmonicida, enzyme Bothriocephalus acheilognathia, carp, 623. electophoresis, 97. Brook charr, Cryptobia salmositica, 567. Goldfish: Brown trout, cyanobacterial bloom, 177. fin erosion, mill effluent, 483; Brown-spotted grouper, ‘Sleepy Grouper Disease’, Trypanosoma danilewskyi, 47. 417. Gonadal tumours, bagrid catfish, 527. Growth measurement, Ichthyophonus hoferi, 145. Caligus epidemicus, yellowfin bream, 631. Growth rate, coho salmon, erythrocytic inclusion body Carassius auratus (L.), see goldfish. syndrome, 77. Carbohydrate, Atlantic salmon, 245. Carp: Haem compounds, Aeromonas salmonicida, 365. Bothriocephalus acheilognathia, 623; Haemogregarina bigemina, intertidal fish, 283. erythrodermatitis, Aeromonas salmonicida, 67, Hepatic lipoidosis, fatty infiltration, African stonefish, Sanguinicola inermis, 439; 171. sodium alginates, 349; Histopathology, shrimp, Indonesia, 57. 686 Subject Index Ichthyobodo necator, rainbow trout, 135. epizootic haematopoietic virus infection, 205; Ichthyophonus hoferi, growth measurement, 145. Ichthyobodo necator, 135; Ichthyophthirius multifiliis, channel catfish, 429. primary cell cultures, 601; Ictalurus punctatus (Rafinesque), see channel catfish. vitamin deficiency, 31. Immunohistochemical diagnosis, rickettsial disease, Rhabdovirus: 189. serological studies, 303; Immunomodulatory laminaran, Atlantic salmon, 579. epizootic ulcerative syndrome, 513; Indonesia, shrimp, histopathology, 57. Rickettsial disease, immunohistochemical diagnosis, Infectious haematopoietic necrosis virus, trout, 337. 189. Infectious pancreatic necrosis virus: Rickettsia-like organism, Nile tilapia, 591. asymptomatic carrier fish, 99; RNA segment, infectious pancreatic necrosis virus, birnaviruses, 433; 657. cDNA probes, 1; detection, 269; Salmo salar L., see Atlantic salmon. lake trout, 461, 471; Salmo trutta L., see brown trout. monoclonal antibodies, 409; Salvelinus fontinalis (Mitchill), see brook charr. RNA segment, 657. Salvelinus namaycush (Walbaum), see lake trout. Infectious salmon anaemia: Sanguinicola inermis, carp, 439. Atlantic salmon, 183, 291, 613. Sarafloxacin, Atlantic salmon, 111. Intertidal fish, Haemogregarina bigemina, 283. Scophthalmus maximus L., see turbot. Serine protease, membrane-active enzyme, Jaundice disease, catfish hybrid, 325. Aeromonas salmonicida, 17. Serological studies, rhabdovirus, 303. Lake trout, infectious pancreatic necrosis virus, 461, Shrimp, histopathology, Indonesia, 57. 471. ‘Sleepy Grouper Disease’, brown-spotted grouper, Leucocytes, Atlantic salmon, Aeromonas salmonicida, 417. 549. Sodium alginates, carp, 349. Spain, Yersinia ruckeri, 533. Malignant lymphoma, northern pike, 557. Sphaerospora, Atlantic salmon, 227. Membrane-active enzyme, Aeromonas salmonicida, Squamous cell carcinoma, carp, 93. serine protease, 17. Survival, Aeromonas salmonicida, 375. Mill effluent, fin erosion, goldfish, 483. Synanceja verrucosa Bloch & Schneider, see African Monoclonal antibodies: stonefish. aquatic birnaviruses, Norway, 85; infectious pancreatic necrosis virus, 409. Tilapia nilotica (L.), see Nile tilapia. Mystus macropterus (Bleeker), see bagrid catfish. Trout, infectious haematopoietic necrosis virus, 337. Myxosporean parasites, yellowfin bream, 495. Trypanosoma danilewskyi, goldfish, 47. Turbot, vibriosis, 163. Nile tilapia, rickettsia-like organism, 591. Nodular lesions, gasterosteid fish, 673. Vaccines, Aeromonas salmonicida, 195. Northern pike, malignant lymphoma, 557. Vibrio, polymorphic DNA, 297. Norway, monoclonal antibodies, aquatic birnaviruses, Vibrio anguillarum: 85. Vibrio ordalii, 311. Oligogonotylus manteri, cichilid fish, 523. vibriosis, 259. Oncorhynchus kisutch (Walbaum), see coho salmon. Vibrio ordalii, Vibrio anguillarum, 311. Oncorhynchus mykiss (Walbaum), see rainbow trout. Vibriosis, turbot, 163. Vibriosis, Vibrio anguillarum, 259. Penaeid shrimp, yellow head baculo-like virus, 649. Vitamin deficiency, rainbow trout, 31. Piscirickettsia salmonis, extracellular survival, 545. Plectropomus leopardus (Lacépéde) (Serranidae), see Winter ulcers, Atlantic salmon, 661. coral trout. Wrasse, Atlantic salmon, Aeromonas salmonicida, Polymorphic DNA, Vibrio, 297. 155. Pomacanthus semicirculatus, see angelfish. Primary cell cultures, rainbow trout, 601. Yellow head baculo-like virus, penaeid shrimp, 649. Yellowfin bream: Rainbow trout: Caligus epidemicus, 631; alpha foetoprotein-like immunoreactivity, 219; myxosporean parasites, 495. Cryptobia salmositica, ELISA, 399; Yersinia ruckeri, Spain, 533.