| ONTOGENIC STUDY OF ISOZYMES IN GIANT TIGER PRAWN,PENAEUS MONODON (CRUSTACEA:DECAPODA) |
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| 作者姓名： | 童金苟 E.Ballment J.A.H.Benzie |
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| 作者单位： | Institute of Hydrobiology，Chinese Academy of Sciences，Wuhan 430072，Australian Institute of Marine Science，PMB 3，Townsville，Qld 4810. Australia，Australian Institute of Marine Science，PMB 3，Townsville，Qld 4810. Australia |
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| 摘 要： | The patterns of isozyme variation throughout the life cycle of the giant tiger prawn, Penaeusmonodon were described for ten enzyme systems (G3PD, MDH, LGG, GPI, MPI, FBP, PGM, LDH,PGD, and PROT). The zymograms showh little variation in the number of isozymic loci expressed duringlarval development compared with results reported for other penaeid prawns. There were specific ontogenicpatterns at some loci. As larvae developed beyond the embryonic stage, there was tendency for intensityof staining and complexity of banding patterns to increase.
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ONTOGENIC STUDY OF ISOZYMES IN GIANT TIGER PRAWN,PENAEUS MONODON (CRUSTACEA:DECAPODA) |
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| TONG Jin-gou,E. Ballment,J. A. H. Benzie Institute of Hydrobiology,Chinese Academy of Sciences,Wuhan Australian Institute of Marine Science,PMB ,Townsville,Qld . Australia.ONTOGENIC STUDY OF ISOZYMES IN GIANT TIGER PRAWN,PENAEUS MONODON (CRUSTACEA:DECAPODA)[J].Chinese Journal of Oceanology and Limnology,1996(4). |
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| Authors: | TONG Jin-gou E Ballment J A H Benzie Institute of Hydrobiology Chinese Academy of Sciences Wuhan Australian Institute of Marine Science PMB Townsville Qld Australia |
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| Institution: | TONG Jin-gou,E. Ballment,J. A. H. Benzie Institute of Hydrobiology,Chinese Academy of Sciences,Wuhan 430072 Australian Institute of Marine Science,PMB 3,Townsville,Qld 4810. Australia |
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| Abstract: | The patterns of isozyme variation throughout the life cycle of the giant tiger prawn, Penaeusmonodon were described for ten enzyme systems (G3PD, MDH, LGG, GPI, MPI, FBP, PGM, LDH,PGD, and PROT). The zymograms showh little variation in the number of isozymic loci expressed duringlarval development compared with results reported for other penaeid prawns. There were specific ontogenicpatterns at some loci. As larvae developed beyond the embryonic stage, there was tendency for intensityof staining and complexity of banding patterns to increase. |
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| Keywords: | isozymes ontogeny Penaeus monodon |
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