Tan Yuyun, Zhang Yongyuan, Sun Meijuan, Zhang Jinjun. MECHANISM OF BIODEGRADATION OF ORGANOPHOSPHATE PESTICIDES IN AQUATIC ECOSYSTEM 4. THE INDUCIBLE SYNTHESIS CHARACTER OF PARATHION HYDROLASE IN PSEUDOMONAS SP. CTP-01[J]. ACTA HYDROBIOLOGICA SINICA, 1982, 6(4): 521-526.
Citation:
Tan Yuyun, Zhang Yongyuan, Sun Meijuan, Zhang Jinjun. MECHANISM OF BIODEGRADATION OF ORGANOPHOSPHATE PESTICIDES IN AQUATIC ECOSYSTEM 4. THE INDUCIBLE SYNTHESIS CHARACTER OF PARATHION HYDROLASE IN PSEUDOMONAS SP. CTP-01[J]. ACTA HYDROBIOLOGICA SINICA, 1982, 6(4): 521-526.
Tan Yuyun, Zhang Yongyuan, Sun Meijuan, Zhang Jinjun. MECHANISM OF BIODEGRADATION OF ORGANOPHOSPHATE PESTICIDES IN AQUATIC ECOSYSTEM 4. THE INDUCIBLE SYNTHESIS CHARACTER OF PARATHION HYDROLASE IN PSEUDOMONAS SP. CTP-01[J]. ACTA HYDROBIOLOGICA SINICA, 1982, 6(4): 521-526.
Citation:
Tan Yuyun, Zhang Yongyuan, Sun Meijuan, Zhang Jinjun. MECHANISM OF BIODEGRADATION OF ORGANOPHOSPHATE PESTICIDES IN AQUATIC ECOSYSTEM 4. THE INDUCIBLE SYNTHESIS CHARACTER OF PARATHION HYDROLASE IN PSEUDOMONAS SP. CTP-01[J]. ACTA HYDROBIOLOGICA SINICA, 1982, 6(4): 521-526.
MECHANISM OF BIODEGRADATION OF ORGANOPHOSPHATE PESTICIDES IN AQUATIC ECOSYSTEM 4. THE INDUCIBLE SYNTHESIS CHARACTER OF PARATHION HYDROLASE IN PSEUDOMONAS SP. CTP-01
Parathion hydrolase may rapidly hydrolyze P-O bond of parathion molecule. Experiments show that the parathion-indueed formation of the enzyme in Pseudomonas sp. CTP-01 is responsible for parathion degradation. Methyl parathion and p-nitrophenol also served as inducers of the enzyme. Response of stationary phase cells to substrate induction is much faster than response of cells at the exponential phase of growth.
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