EFFECT OF ALPHAMETHRIN ON PROTEIN CONTENT, PROTEINASE AND CARBOXYLESTERASE ACTIVITIESIN LARVAE OF ANOPHELES ANTHROPOPHAGUS AND ANOPHELESSTEPHENSI

Abstract

Abstract: AIM:To study the mechanism of the cidal effect of alphamethrin (fendona) against mosquitoes.METHODS:The third instar larvae of Anopheles anthropophagus and Anopheles stephensi were treated with0 .6 97nmol/L and1 .393nmol/L of fendona,respectively.The fourth instar larvae were collected.The protein content,proteinase and carboxylesterase ac- tivities in the fourth instar larvae were determined by spectrophotometric methods.RESULTS:When compared with the control groups,the protein content was increased and the specific activities of proteinase and carboxylesterase were reduced in the treatcd groups, the difference being markedly significant (P < 0. 01). CONCLUSION: The result showed that fendona remarkably influenced the protein content and activities of proteinase and carboxylesterase in the larvae of An. anthropophagus and An. stephensi.

Key words: alphamethrin, fendona, Anopheles anthropophagus, Anop heles stephensi, protein, proteinase, carboxylesterase

LiFengwu;ZhuYing;ChenPeihui;LiuErxiang. EFFECT OF ALPHAMETHRIN ON PROTEIN CONTENT, PROTEINASE AND CARBOXYLESTERASE ACTIVITIESIN LARVAE OF ANOPHELES ANTHROPOPHAGUS AND ANOPHELESSTEPHENSI[J]. , 1997, 15(4): 224-227.

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EFFECT OF ALPHAMETHRIN ON PROTEIN CONTENT, PROTEINASE AND CARBOXYLESTERASE ACTIVITIESIN LARVAE OF ANOPHELES ANTHROPOPHAGUS AND ANOPHELESSTEPHENSI

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