192
f((/orescences toxiques des eaux c6tières françaises : kologie, kophysiologie, toxicologie
Hu T., de Freitas A. S. W ., Doyle J., Jackson 0.,
Marr j., Nixon E., Pleasance S., Quilliam M. A.,
Walter j . A., Wright j. L. C., 1993. New DSP
Toxin derivatives isolated from taxie mussels
and the dinoflagellates, Prorocentrum lima and
Prorocentrum concavum. ln : Taxie Phytoplankton Blooms in the Sea, Smayda T. j . and
Shimizu Y., Eds, Elsevier Sei. Publish., 507-512.
juranovic L. R. , Park O. L., Frémy j. M., 1993. Isolation and separation of toxins produced by
Cambierdiscus tox icus and Prorocentrum
concavum. j. Aquatic Food Product Tech. Abstracts and Posters, 116.
Labrousse H., Bourdeau P., 1993. Biotest on diptera larvae : its use to detect biotoxins. Sixth
lnt' l Conf. on Taxie Marine Phytoplankton ,
Nantes (F.), Oct. 1993. (Abstract book).
Lassus P., Frémy J. M. Ledou x M., Bardouil M.,
Bohec M., 1989. Patterns of experimenta l
contamination by Protogonyaulax tamarensis
in sorne French commercial shellfish. Toxicon,
27 (12), 1313-1321.
Lassus P., Ledoux M., Bardouil M., Bohec M.,
1993. Influence of initial toxicity and extraction procedure on paralytic toxin changes in
the musse!. Toxicon, 31 (3), 237-242.
Lee j .-S., lgarashi T., Fragas S., Dahl E., Hovgaard P., Yasumoto Y., 1989. Determination of
diarrhetic shellfish toxins in various dinoflagellate species. j. Applied Phycol., 1, 147-152.
Lee J. S., Yanagi T., Kenma L. R., Yasumoto T.,
1987. Fluorometric determination of diarrhetic shellfish toxins by high performance liquid
chromatography. Agric. Biol. Chem., 51 (3),
877-881.
Martin J. L., White A. W., Sullivan j. j ., 1990. Anatom ica! distribution of Paralytic Shellfish
toxins in soft-shell c lams. ln : Taxie Marine
Phytoplankton. Graneli E. et al., Eds, Elsevier
Sei. Publish., 379-384.
Masselin P., Lassus P., Bardouil M ., 1992. High
performance liqu id chromatography analysis
of diarrhetic tox in in Dinophysis spp. from the
French coast. J. Applied Phycol., 4, 385-389.
Morton S. L., Bomber j . W., 1994. Maximizing
okadaic acid content from Prorocentrum hoffmannianum Faust. j . Applied. Phycol., 6 (1 ),
41-44.
Nézan E., Piclet G., 1989. Alerte aux coquillages
empoisonnés. La Recherche, 212,956-957 .
Park 0., Gamboa P., Goldsm ith C., 1992. Rapid
solid phase immunobead assay for screening
ciguatoxic fish in the market place. Bull. Soc.
Pathol. Exotique, 85, 504-507.
Park 0., 1994. Evolution of methods for assessing
ciguatera toxins in fish . Rev. Environ. Contam.
Toxicol., 136, 1-20.
Pierce, R. H ., 1987. Cooperative scientific effort
identifies red tide toxin. Environs Newsletter,
10(4),7-12.
Quale, D. B., 1969. Paral ytic shellfish poison ing
in Briti sh Columbia. Bull of the Fish. Res.
Board of Can. 168, 1 -68.
Shestowsky W. S., Quilliam M. A. , Sikorska H. M.,
1992. An idiotypic anti-idiotypic competi tive
immuno assay for quantification of okadaic
acid. Toxicon, 30, 1441 -1448.
Shumway S.E., Barter j., Sherman-Caswell, 1990.
Auditing the impact of taxie algal blooms on
oysters. Environ mental Auditor 2 (1 ), 41-56.
Sparks A . K., Sribhibhadh , Chew K. K. , 19 62.
Geographical and seasonal patterns of parai ytic shellfish toxicity in Washington. Cons. lnt.
Explor. Mer. CM 1962 : 137. Comité des Mollusques et Crustacés, 13 p.
Stabell O. B., Pedersen K., Aune T., 1993. Detection and separation of toxins accumulated by
mussels during the 1 988 Bloom of Chrysochromulina po/y/epis in Norwegian Coastal
Waters. Mar. Envir. Res. 36, 185-196.
Sull ivan j . J., Wekell M. M., 1986. The application
of high performance liq uid chromatography in
a paralytic Shellfish poisoning monitoring program. ln: Seafood Quality Determination (Kramer, OF and Liston ). Eds) Anchorage : Un iversity of Alaska, 357-371.
Tindall D. R., Dickey R. W ., Carlson R. 0 ., MoreyGaines G., 1984. Ciguatogenic dinoflagellates
from the Carribean sea. ln : Seafood toxins.
Ragelis E. P. Ed, American Chemical Soc.,
Washington, 225-240.
Zhou j., Fritz L., 1994. The PAS accumulation
bodies in Prorocentrum lima and Prorocentrum maculosum (Dinophyceae) are di noflagellate lysosomes. j. Phycol., 30, 39-44.
f((/orescences toxiques des eaux c6tières françaises : kologie, kophysiologie, toxicologie
Hu T., de Freitas A. S. W ., Doyle J., Jackson 0.,
Marr j., Nixon E., Pleasance S., Quilliam M. A.,
Walter j . A., Wright j. L. C., 1993. New DSP
Toxin derivatives isolated from taxie mussels
and the dinoflagellates, Prorocentrum lima and
Prorocentrum concavum. ln : Taxie Phytoplankton Blooms in the Sea, Smayda T. j . and
Shimizu Y., Eds, Elsevier Sei. Publish., 507-512.
juranovic L. R. , Park O. L., Frémy j. M., 1993. Isolation and separation of toxins produced by
Cambierdiscus tox icus and Prorocentrum
concavum. j. Aquatic Food Product Tech. Abstracts and Posters, 116.
Labrousse H., Bourdeau P., 1993. Biotest on diptera larvae : its use to detect biotoxins. Sixth
lnt' l Conf. on Taxie Marine Phytoplankton ,
Nantes (F.), Oct. 1993. (Abstract book).
Lassus P., Frémy J. M. Ledou x M., Bardouil M.,
Bohec M., 1989. Patterns of experimenta l
contamination by Protogonyaulax tamarensis
in sorne French commercial shellfish. Toxicon,
27 (12), 1313-1321.
Lassus P., Ledoux M., Bardouil M., Bohec M.,
1993. Influence of initial toxicity and extraction procedure on paralytic toxin changes in
the musse!. Toxicon, 31 (3), 237-242.
Lee j .-S., lgarashi T., Fragas S., Dahl E., Hovgaard P., Yasumoto Y., 1989. Determination of
diarrhetic shellfish toxins in various dinoflagellate species. j. Applied Phycol., 1, 147-152.
Lee J. S., Yanagi T., Kenma L. R., Yasumoto T.,
1987. Fluorometric determination of diarrhetic shellfish toxins by high performance liquid
chromatography. Agric. Biol. Chem., 51 (3),
877-881.
Martin J. L., White A. W., Sullivan j. j ., 1990. Anatom ica! distribution of Paralytic Shellfish
toxins in soft-shell c lams. ln : Taxie Marine
Phytoplankton. Graneli E. et al., Eds, Elsevier
Sei. Publish., 379-384.
Masselin P., Lassus P., Bardouil M ., 1992. High
performance liqu id chromatography analysis
of diarrhetic tox in in Dinophysis spp. from the
French coast. J. Applied Phycol., 4, 385-389.
Morton S. L., Bomber j . W., 1994. Maximizing
okadaic acid content from Prorocentrum hoffmannianum Faust. j . Applied. Phycol., 6 (1 ),
41-44.
Nézan E., Piclet G., 1989. Alerte aux coquillages
empoisonnés. La Recherche, 212,956-957 .
Park 0., Gamboa P., Goldsm ith C., 1992. Rapid
solid phase immunobead assay for screening
ciguatoxic fish in the market place. Bull. Soc.
Pathol. Exotique, 85, 504-507.
Park 0., 1994. Evolution of methods for assessing
ciguatera toxins in fish . Rev. Environ. Contam.
Toxicol., 136, 1-20.
Pierce, R. H ., 1987. Cooperative scientific effort
identifies red tide toxin. Environs Newsletter,
10(4),7-12.
Quale, D. B., 1969. Paral ytic shellfish poison ing
in Briti sh Columbia. Bull of the Fish. Res.
Board of Can. 168, 1 -68.
Shestowsky W. S., Quilliam M. A. , Sikorska H. M.,
1992. An idiotypic anti-idiotypic competi tive
immuno assay for quantification of okadaic
acid. Toxicon, 30, 1441 -1448.
Shumway S.E., Barter j., Sherman-Caswell, 1990.
Auditing the impact of taxie algal blooms on
oysters. Environ mental Auditor 2 (1 ), 41-56.
Sparks A . K., Sribhibhadh , Chew K. K. , 19 62.
Geographical and seasonal patterns of parai ytic shellfish toxicity in Washington. Cons. lnt.
Explor. Mer. CM 1962 : 137. Comité des Mollusques et Crustacés, 13 p.
Stabell O. B., Pedersen K., Aune T., 1993. Detection and separation of toxins accumulated by
mussels during the 1 988 Bloom of Chrysochromulina po/y/epis in Norwegian Coastal
Waters. Mar. Envir. Res. 36, 185-196.
Sull ivan j . J., Wekell M. M., 1986. The application
of high performance liq uid chromatography in
a paralytic Shellfish poisoning monitoring program. ln: Seafood Quality Determination (Kramer, OF and Liston ). Eds) Anchorage : Un iversity of Alaska, 357-371.
Tindall D. R., Dickey R. W ., Carlson R. 0 ., MoreyGaines G., 1984. Ciguatogenic dinoflagellates
from the Carribean sea. ln : Seafood toxins.
Ragelis E. P. Ed, American Chemical Soc.,
Washington, 225-240.
Zhou j., Fritz L., 1994. The PAS accumulation
bodies in Prorocentrum lima and Prorocentrum maculosum (Dinophyceae) are di noflagellate lysosomes. j. Phycol., 30, 39-44.