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Luo Rixiang,Wang Yuying,Li Guangyou.Effects of β-ecdysone and polypodine-B on moulting and growth of prawn, Penaeus orientalis[J].Acta Oceanologica Sinica,1992,(2):231-235
Effects of β-ecdysone and polypodine-B on moulting and growth of prawn, Penaeus orientalis
Effects of β-ecdysone and polypodine-B on moulting and growth of prawn, Penaeus orientalis
投稿时间:1990-08-16  修订日期:1991-01-15
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作者单位
Luo Rixiang Institute of Oceanology, Academia Sinica, Qingdao 266071, China 
Wang Yuying Institute of Oceanology, Academia Sinica, Qingdao 266071, China 
Li Guangyou Institute of Oceanology, Academia Sinica, Qingdao 266071, China 
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中文摘要:
      Effects of the mixture of β-ecdysone and polypodine-B (2:1 W/W) on the moulting and growth of prawn, Penaeus orientalis were studied in laboratory by rearing the animal with the added compound diets. The results showed that the addition of the moulting hormone (M. H) mixture to compound diets, from 1.33×10-6 to 30×10-6, could increase moulting activity and growth rate of the prawn to different extents, among which the 5. 33×10-6-10.67×10-6 addition had statistically significant effects. However, 60×10-6 added diets caused moulting and growth inhibitions and cuticle thickening. The analyses of protein, water and ash contents of the prawn showed no remarkable differences between hormone dosed animals and the control.
英文摘要:
      Effects of the mixture of β-ecdysone and polypodine-B (2:1 W/W) on the moulting and growth of prawn, Penaeus orientalis were studied in laboratory by rearing the animal with the added compound diets. The results showed that the addition of the moulting hormone (M. H) mixture to compound diets, from 1.33×10-6 to 30×10-6, could increase moulting activity and growth rate of the prawn to different extents, among which the 5. 33×10-6-10.67×10-6 addition had statistically significant effects. However, 60×10-6 added diets caused moulting and growth inhibitions and cuticle thickening. The analyses of protein, water and ash contents of the prawn showed no remarkable differences between hormone dosed animals and the control.
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