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open access
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ISSN : 1225-3480
We investigated the reproductive cycle with ovarian development of Chlamys farreri by histological observations, and seasonal changes in biochemical components of the adductor muscle, digestive diverticula and ovary were studied by biochemical analysis. The reproductive cycle of this species can be classified into five successive stages: early active stage (January to March), late active stage (March to April), ripe stage (April to August), partially spawned stage (June to August) and spent/inactive stage (August to January). According to ANOVA test, there were significant differences (p < 0.05) in total protein, total lipid and glycogen contents among months for all of the adductor muscle, digestive diverticula and ovary. Total protein contents in ovary and digestive diverticula showed significant changes (ANOVA, p < 0.05) during the study period, while that in the adductor muscle did not. Total protein content was highest in the adductor muscle, followed by ovary, and lowest in digestive diverticula. There was no correlation in total protein content between the adductor muscle and digestive diverticula (p = 0.220). But strong positive correlation was found between adductor muscle and ovary (r = 0.450, p = 0.013). ANOVA showed that there were significant differences in total lipid and glycogen contents among months for all of the adductor muscle, ovary, and digestive diverticula (p < 0.05). The monthly changes in total lipid content were highly variable in ovary and digestive gland. High contents of total lipid were found during April and May-June in ovary, while March and June-July in digestive diverticula. There was a strong negative correlation in total lipid content between ovary and digestive diverticula (r = -0.397, p = 0.030). Unlike total protein or total lipid, glycogen content in the adductor muscle was most dynamic. It showed more than 36-fold changes in the adductor muscle (at most 3-fold change in ovary) during the study period. Glycogen content was higher during May-July in the adductor muscle, while it was higher in March and August in digestive diverticula. There was a strong negative correlation in glycogen content between the adductor muscle and digestive diverticula (r = -0.584, p = 0.001).
(2001) seasonal variation in biochemical components of the visceral mass and adductor muscle in the pen shell ,
(1984) Reproductive energy metabolism in the bay scallop University of South Florida,
(1981) Energy storage and utilization in relation to gametogenesis in Argopecten irradians concentricus Journal of Experiment Marine Biological Ecology,
(1988) in a deep-water population of the giant scallop in the Gulf of Maine,
(1991) Seasonal variations of digestive diverticula in the scallop,
(1997) Ultrastructural study of germ cell development and reproductive cycle of the hen clam,
(2000) Gametogenesis and sexual maturation of the surf clam Mactra veneriformis on the west coast of Korea,
(1991) Sexual Maturation of the venus clam on the west coast of Korea Journal of Medical and Applied Malacology,
(2001) Gonadal maturation and artificial spawning of the Manila clam,
(2003) Changes in biochemical composition of the adductor muscle and visceral mass tissues of the Manila clam in relation to gonad developmental phases Korean ,
(2000) Seasonal variations in condition and biochemical composition of the pacific oyster in suspended culture in two coastal bays of,
(1993) Coloured Shells of Korea, Academy Publish
(1975) Seasonal variation in physiological activity of scallops under culture in coastal waters of Sanri Ku District and a physiological approach of a possible cause of their mass mortality Bulletin of Marine Biological station of Asamushi,
(1963) Reproduction of the bay scallop Influence of temperature on maturation and spawning,
(1966) Temperature effects in reproduction of the bay scallop,
(1968) Relationship among food temperature and gonad development of the bay scallop,
(1970) Reproductive physiological variation in latitudinally separated population of the bay scallop,
(1979) Reproduction of Marine Invertebrates, Academic Press
(1971) Regulation of gonad development in the bay scallop,
(1976) Korean Shells in Colour,