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FANG YONGQIANG,WANG MIN. 1983. REPRODUCTIVE MECHANISM OF RUDITAPES PHILIPPINARUM PHYSIOLOGICAL ACTION OF NH4OH SEAWATER AND THE DISCOVERY OF SHEDDING HORMONE. Acta Oceanologica Sinica, (2):320-329
REPRODUCTIVE MECHANISM OF RUDITAPES PHILIPPINARUM PHYSIOLOGICAL ACTION OF NH4OH SEAWATER AND THE DISCOVERY OF SHEDDING HORMONE
REPRODUCTIVE MECHANISM OF RUDITAPES PHILIPPINARUM PHYSIOLOGICAL ACTION OF NH4OH SEAWATER AND THE DISCOVERY OF SHEDDING HORMONE
Received:March 16, 1981  
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Author NameAffiliation
FANG YONGQIANG Third Institute of Oceanography, National Bureau of Oceanography, Xiamen 
WANG MIN Third Institute of Oceanography, National Bureau of Oceanography, Xiamen 
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Abstract:
      This paper expounds primarily on the physiological mechanism of the mature process and release of Ruditapes philippinarum's eggs. A natural dry condition, immersion in NH4OH seawater, and crude extracted shedding hormone, were the necessary physiological conditions and factors which make eggs reach physiological maturity, and make the female or male clam spaw and spermiate. At the same time, it has been shown that the physiological action of the NH4OH seawater may stimulate the respiration of the eggs, and that the comsumption oxygen raises 15.17μl. The shape of eggs turns from oval into round; and the ultrastructure of the nucleus and cytoplasm show strengthened metabolic activity. Besides, it has been substantiated that the shedding hormone exist in the gonad of female clams. The shedding hormone may be a heat labile protein. The result may be of theoretial importance and economic value to artifical reproduction of the molluscs.
中文摘要:
      This paper expounds primarily on the physiological mechanism of the mature process and release of Ruditapes philippinarum's eggs. A natural dry condition, immersion in NH4OH seawater, and crude extracted shedding hormone, were the necessary physiological conditions and factors which make eggs reach physiological maturity, and make the female or male clam spaw and spermiate. At the same time, it has been shown that the physiological action of the NH4OH seawater may stimulate the respiration of the eggs, and that the comsumption oxygen raises 15.17μl. The shape of eggs turns from oval into round; and the ultrastructure of the nucleus and cytoplasm show strengthened metabolic activity. Besides, it has been substantiated that the shedding hormone exist in the gonad of female clams. The shedding hormone may be a heat labile protein. The result may be of theoretial importance and economic value to artifical reproduction of the molluscs.
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