Flow cytometry which analyzes the individual cell in a short time
could provide an objective, reproducible and sensitive characterization of a large number of haemocytes. This technique has been used
inin vitro studies of toxic effects of aquatic contamination on several
species of bivalve (Brousseau et al., 2000; Gagnaire et al., 2004). In the
present study, ROS production, NO production, esterase activity and
apoptotic cell ratio of nitrite-treated haemocytes were measured by
flow cytometry, in order to investigate thein vitro cytotoxicity of nitrite on shrimp haemocytes
Flow cytometry which analyzes the individual cell in a short timecould provide an objective, reproducible and sensitive characterization of a large number of haemocytes. This technique has been usedinin vitro studies of toxic effects of aquatic contamination on severalspecies of bivalve (Brousseau et al., 2000; Gagnaire et al., 2004). In thepresent study, ROS production, NO production, esterase activity andapoptotic cell ratio of nitrite-treated haemocytes were measured byflow cytometry, in order to investigate thein vitro cytotoxicity of nitrite on shrimp haemocytes
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