目的:了解从不同时间、不同地点食物中毒标本中分离到的3株肠致病性大肠杆菌(EPEC)O128:K67(B12)是否存在着种间生物学差异。方法:用同批试剂,对上述3株细菌进行生化反应、噬菌体裂解及药敏等各种生物学试验。
基于590个网页-相关网页
AQUA EPEC 艾佳环保
EPEC adherence factor EPEC黏附因子
Escherichia coli EPEC 肠道致病性大肠埃希氏菌
EPEC黏附因子 EPEC adherence factor
EPEC II 排放测定仪II
epec controller epec控制器
In practice, we apply the product of EPEC, realize real-time data display and long-distance communication on intelligent road roller.
在实际应用中,我们应用 EPEC 产品,实现了智能压路机的实时数据显示和本地远程通信。
Also a control system which is based on CANBus and using EPEC-controller as its control unit has been designed to implement the idea.
同时,以EPEC控制器为控制元件建立了基于CAN总线的控制系统,实现了上述的控制方法。
This model can be formulated as an equilibrium problem with equilibrium constraints (EPEC) and be solved by a nonlinear complementarity method.
该模型所描述的均衡问题是一个具有均衡约束的均衡问题(EPEC),可用非线性互补方法求解。
应用推荐