1. Overview 2. Term and definition 3. Classification and mechanism of antibacterial action 4. Bacterial resistance

Lecture 1 神经元的整合发放(IF)模型 Lecture 2 The Hodgkin-Huxley Model of Action Potential Lecture 3 Two-dimensional neuron models Lecture 4 The HH model revisited and synaptic dynamics Lecture 5 Brief introduction of synaptic plasticity Lecture 6 Neural noise and neural codes Lecture 7 Functional roles of noise in taming neurodynamics Lecture 8 Network Models in Neuroscience

IS6000 – Seminar 8 Research Methods – Case Study – Action Research

11.1 Struts2简介 11.1.1 Struts2的组成与工作原理 11.1.2 搭建Struts2开发环境 11.1.3 Struts2入门案例——基于Struts2任意两数据的代数和 11.1.4 Struts 2的中文乱码问题处理 11.2 Struts2的配置文件 11.3 Struts2的业务控制器——Action类设计 11.4 Struts2的OGNL表达式、标签库、国际化 11.5 Struts2的拦截器 11.6 Struts2的文件上传和下载 11.7 Struts2的输入验证

◼ Classification of drug ◼ The mechanism of antibacterial action ◼ Bacteria Resistance

 Describe the maintenance of resting potential in a cell  Explain how a cell is induced exciting  Contrast graded potentials and action potentials  Describe how a cell has refractory phase

• Describe the maintenance of resting potential in a cell • Explain how a cell is induced exciting • Contrast graded potentials and action potentials • Describe how a cell has refractory phase

《环境政策与管理》课程教学资源（参考资料）The Cost of Air Pollution——Strengthening the Economic Case for Action（World Bank 2016）

上海交通大学：《生物化学 Biochemistry（B类）》课程教学资源（题库与答案）Chapter 7 Hemoglobin：A Portrait of a Protein in Action

Introduction Mechanism of action Antibiotic Resistance General principles of clinical use