K. Greene's scientific contributions

Citations

... Ichthyotoxic; Toxic to marine mammals; Neurotoxic; Toxic to phytoplankton [88,107,109] Heterocapsa circularisquama ROS; Hemolysin Toxic to mollusks; Antialgal; Antiprotozoal; Toxic to zooplankton [110][111][112][113][114][115] Akashiwo sanguineum (=Gymnodinium sanguineum) ROS Ichthyotoxic; Toxic to mollusks; Antimycotic; Toxic to mice [55,98,116,117] Karlodinium veneficum ROS Ichthyotoxic; Toxic to zooplankton [55,118,119] Alexandrium catenella Saxitoxin; Neosaxitoxin; Gonyautoxin; N-sulfocarbomoyl toxins; Hemolysin; ROS Neurotoxic; Paralytic shellfish poisoning; Toxic to marine organisms [73,82,[120][121][122][123][124][125][126] Prorocentrum minimum Venerupin; Prorocentrin; ß-diketone; ROS Venerupin shellfish poisoning; Toxic to marine organism; Neurotoxic [127][128][129][130][131][132][133][134][135][136][137][138][139] Prymnesium parvum Prymnesin 1 and 2; Hemolysin ...
... Several studies considering the relationship between toxic dinoflagellates and the shellfish industry are available and deal mainly with toxin uptake, anatomic distribution, and depuration (Bricelj & Shumway 1998), but they also have examined the direct effects of the toxic algae on bivalve species. HABs producing dinoflagellates have been shown to induce several detrimental effects in bivalves, interfering with feeding activities (Cucci et al. 1985, Shumway & Cucci 1987, Lesser & Shumway 1993), shell valve behavior (Gainey & Shumway 1988), burrowing abilities (Bricelj et al. 2000, MacQuarrie & Bricelj 2008), and byssus production (Shumway et al. 1987), and compromising growth and survival (Widdows et al. 1979, Nielsen & Strö mgren 1991, Luckenbach et al. 1993). A relatively new toxic dinoflagellate species, Heterocapsa circularisquama, forms recurrent toxic efflorescences in Japan and has been associated with mass mortality of natural and cultured bivalves (Matsuyama et al. 1996), leading to serious hardship for shellfish fisheries and aquaculture industries (Matsuyama 1999). ...