前言：目的：评价溴敌隆蜡块对家鼠的适口性及灭鼠效果。
Objective: to evaluate the palatability of bromadiolone to rodents and efficacy against rodents.
目的验证一次性投放溴敌隆毒饵能否控制海港口岸地区鼠害。
Objective To confirm whether one-time deployment of bromadiolone is effective in seaport rodent control.
方法通过实验室、现场试验，测定溴敌隆毒鼠膏剂的接受性和杀灭效果。
Methods To evoluate the acceptability of the bromadiolone poison paste and it's effect both in laboratory and in field.
作者等在实验室和现场对臭鼩鼱的选食性及溴敌隆毒饵的灭效进行了观察。
The food selective test of Suncus muriuns and the killing effect of bromadiolone on it were reported in this paper.
目的报告抗凝血灭鼠剂敌鼠钠盐和溴敌隆低浓度混配现场防制家鼠的效果。
Objective To determine the fi eld efficacy of the mixed baits of anticoagulant rodenticides Diphacinone Na-sa lt and Bromadiolone in low concentration against rodents.
结论溴敌隆麦米毒饵对家鼠有良好的适口性和杀灭效果，有推广应用价值。
Conclusion The Bromadiolone baits had good palatability to rodent and efficacy against rodent. It should be generalized.
方法用0.025%杀鼠灵毒饵和0.005%溴敌隆毒饵进行无选择性摄食试验。
Methods A non-selective feeding trial was conducted using 0.025% warfarin and 0.005% bromadiolone baits.
目的 试验观察未频繁使用抗凝血灭鼠剂的长沙市城区黄胸鼠对杀鼠灵和溴敌隆抗药性发生率。
Objective To determine the resistance of Rattus tanezumi to warfarin and bromadiolone in Changsha city where anticoagulants were not frequently used.
方法室内采用粉迹法调查鼠密度，室外采用夹夜法调查鼠密度；投饵方式为一次性饱和投放溴敌隆毒饵。
Methods indoor and outdoor rodent density was investigated both indoor using powder tracking and night-trap Methods after saturated deployment of bromadiolone baits.
目的比较0.005%溴敌隆和0.038%杀鼠迷毒饵的适口性，为城市社区灭鼠剂的选择提供依据。
Objective To observe the palatability of 0.005% bromadiolone and 0.038% coumatetralyl baits in attracting rodent.
目的观察磷化铝、溴敌隆毒饵对达乌尔黄鼠的杀灭效果，并对磷化铝、溴敌隆毒饵的灭鼠效果进行对比。
Objective To evaluate the killing effect of aluminum phosphide and bromadiolone bait on Spermophilus dauricus, and compare the two agents in terms of their killing effect on rodents.
目的观察磷化铝、溴敌隆毒饵对达乌尔黄鼠的杀灭效果，并对磷化铝、溴敌隆毒饵的灭鼠效果进行对比。
Objective To evaluate the killing effect of aluminum phosphide and bromadiolone bait on Spermophilus dauricus, and compare the two agents in terms of their killing effect on rodents.
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