| 作 者: | 王跃春 |
| 出版社: | 北京大学医学出版社 |
| 丛编项: | |
| 版权说明: | 本书为公共版权或经版权方授权,请支持正版图书 |
| 标 签: | 暂缺 |
| ISBN | 出版时间 | 包装 | 开本 | 页数 | 字数 |
|---|---|---|---|---|---|
| 未知 | 暂无 | 暂无 | 未知 | 0 | 暂无 |
目录第一章?
医学机能学实验导论
1第一节?
医学机能学实验的发展及分类
2一、医学机能学实验的发展
2二、医学机能学实验研究的层次和实验类型
3第二节?
医学机能学实验室的基本规范及安全守则
4一、实验课要求
4二、实验室基本规范及安全守则
5第三节?
医学机能学实验常用试剂的配制
6一、生理盐水(normal
saline,NS)
6二、任氏液(Ringer’s
solution)
6三、台氏液(Tyrode’s
solution)
6第四节?
医学机能学实验报告的格式及写作要求
7一、一般要求
7二、实验报告的基本格式
7第五节?
医学机能学实验病例讨论
9一、病例讨论在教学中的实施
9二、病例讨论的基本步骤
10三、病例讨论的要点
10四、病例讨论示例
11第二章?
医学机能学实验中的动物实验
13第一节?
实验动物的分类及选择
13一、实验动物的分类
13二、实验动物的选择
14三、机能学实验常用的实验动物
15第二节?
医学机能学动物实验的基本操作
17一、两栖类动物实验基本操作技能
17二、啮齿类动物实验基本操作技能
18三、哺乳类动物实验基本操作技能
23第三节?
实验动物福利与动物实验伦理
25一、概述
25二、实验动物福利
26三、动物实验的“3R”原则
26四、动物实验的伦理审查
27第四节?
BL-420生物数据采集和分析系统简介
27一、BL-420系统概述
27二、BL-420系统原理
28三、BL-420F软件工具条介绍
28第五节?
医学机能学经典动物实验
40实验一?
坐骨神经-腓肠肌标本制备
40实验二?
刺激强度对肌肉收缩的影响
43实验三?
刺激频率对肌肉收缩的影响
45实验四?
神经干动作电位的引导
46实验五?
蛙心起搏点观察
49实验六?
期前收缩和代偿间隙
51实验七?
呼吸运动的调节
53实验八?
心血管系统活动的调节
56实验九?
消化道平滑肌的生理特性
58实验十?
影响尿生成的因素
60实验十一?
反射弧分析
62实验十二?
缺氧模型制备与观察
64实验十三?
影响缺氧耐受性的因素
66实验十四?
高钾血症及其解救
68实验十五?
肠缺血再灌注损伤
70实验十六?
失血性休克
72实验十七?
急性右心衰竭
74实验十八?
呼吸衰竭
75实验十九?
氨在肝性脑病发病机制中的作用
77实验二十?
不同给药途径对药物作用的影响
78实验二十一?
药物的量效关系
79实验二十二?
肝功能对戊巴比妥钠催眠作用的影响
81实验二十三?
传出神经系统药物对动脉血压的影响
82实验二十四?
地西泮对抗中枢兴奋药的致惊厥作用
84实验二十五?
利多卡因的抗心律失常作用
85第三章?
医学机能学实验中的人体实验
87第一节?
WebChart-400人体生理实验系统介绍
87一、系统主界面
87二、实验项目界面
87第二节?
医学机能学经典人体实验
90实验一?
ABO血型鉴定
90实验二?
动脉血压测定
92实验三?
心音听诊
94实验四?
心电图检测
96实验五?
人体呼吸运动的记录
99实验六?
视力测定
101实验七?
盲点检查
102实验八?
视野测定
104实验九?
色盲检测
105实验十?
声音的传导方式
107实验十一?
膝跳反射的引导和观察
109实验十二?
人类听觉和视觉反应
111第四章?
医学机能学实验研究
113第一节?
医学实验研究的基本原理
113一、医学实验研究方法与实验设计
113二、实验设计的一般规则
113三、实验设计的基本要点
116第二节?
研究论文的撰写及发表
117一、研究论文的基本结构
117二、在期刊上发表论文
120第三节?
医学机能学实验设计与实施
122一、实验设计报告(实验前报告)的格式
122二、完整实验报告(实验后报告)的格式
123三、期刊论文形式的实验报告格式
123附录1?
经典生理学实验报告样例
124附录2?
实验设计报告样例
126附录3?
实验设计正式报告样例
129附录4?
CO发生装置及相关机制
134附录5?
小鼠耗氧量测定
135附录6?
哺乳类动物实验基本操作技能
136附录7?
BL-420N生物信号采集与分析系统简介
138附录8?
HPS-102人体生理实验系统介绍
146Chapter
I?Introduction
to
Medical
Functional
Experiment
150Section
1?The
Development
and
Basic
Types
of
Medical
Functional
Experiment
1511.
The
development
of
medical
functional
experiment
1512.
Basic
level
and
types
of
medical
functional
experiment
153Section
2?The
Basic
Code
and
Safety
Rules
of
the
Functional
Laboratory
1541.
Requirements
of
experimental
class
1542.
Laboratory
code
and
safety
guideline
155Section
3?Preparation
of
Common
Reagents
for
Medical
Functional
Experiment
1561.
Normal
saline
1562.
Ringer’s
solution
1573.
Tyrode’s
solution
157Section
4?Formats
and
Requirements
of
Medical
Functional
Experiment
Reports
1581.
General
requirements
1582.
Basic
format
of
experiment
reports
158Section
5?Clinical
Case
Discussion
in
Medical
Functional
Experiment
1601.
Basic
steps
for
case
discussion
in
medical
functional
experiment
1612.
The
main
principles
followed
in
case
discussion
1623.
Example
of
case
discussion
162Chapter
II?Animal
Experiments
in
Medical
Functional
Experiment
164Section
1?The
Classification
and
Selection
of
Laboratory
Animals
1641.
Classification
of
laboratory
animals
1642.
Selection
of
laboratory
animals
1653.
Laboratory
animals
commonly
used
in
functional
experiments
166Section
2?Basic
Operating
Techniques
of
Medical
Functional
Animal
Experiment
1691.
Basic
operating
techniques
of
amphibians
experiment
1692.
Basic
operating
techniques
of
rodents
experiment
1703.
Basic
operating
techniques
of
mammals
experiment
177Section
3?Welfare
of
Laboratory
Animals
and
Ethics
of
Animal
Experiment
1801.
Introduction
1802.
The
welfare
of
laboratory
animals
1813.
Principles
of
3R
in
animal
experiment
1814.
The
ethical
review
of
animal
experiment
182Section
Introduction
to
BL-420
Biological
Data
Acquisition
and
Analysis
Systems
1821.
Overview
of
BL-420
system
1822.
Principle
of
BL-420
system
1833.
Introduction
to
BL-420F
software
tool
bar
184Section
5?Classical
Animal
Experiments
in
Medical
Functional
Experiment
197Experiment
1?Sciatic-gastrocnemius
preparation
197Experiment
2?The
effects
of
stimulation
intensity
on
muscle
contraction
200Experiment
3?The
effects
of
stimulation
frequency
on
muscle
contraction
202Experiment
4?Induction
of
the
compound
AP
of
nerve
trunk
204Experiment
5?Observation
of
the
cardiac
pacemaker
of
a
frog
207Experiment
6?Extrasystole
and
compensatory
pause
of
the
frog
heart
209Experiment
7?Regulation
of
respiration
movement
211Experiment
8?Regulation
of
cardiovascular
system
activities
214Experiment
9?Physiological
properties
of
smooth
muscle
of
digestive
tract
217Experiment
10?Factors
affecting
urine
formation
219Experiment
11?The
analysis
of
reflex
arc
222Experiment
12?Preparation
and
observation
of
hypoxia
model
223Experiment
13?Factors
affecting
hypoxic
tolerance
226Experiment
14?Hyperkalemia
and
its
rescue
228Experiment
15?Ischemia
reperfusion
injury
in
intestines
230Experiment
16?Hemorrhagic
shock
232Experiment
17?Acute
right
heart
failure
234Experiment
18?Respiratory
failure
236Experiment
The
role
of
ammonia
in
the
pathogenesis
of
hepatic
encephalopathy
238Experiment
20?Influence
of
administration
route
on
drug
action
240Experiment
21?Dose-effect
relationship
of
drugs
241Experiment
Influence
of
hepatic
function
on
the
hypnotic
effect
of
pentobarbital
sodium
243Experiment
Effect
of
drugs
affecting
the
autonomic
nervous
system
on
blood
pressure
244Experiment
The
effect
of
diazepam
on
convulsion
induced
by
central
stimulants
246Experiment
25?Antiarrhythmic
effects
of
lidocaine
247Chapter
III?Human
Experiments
in
Medical
Functional
Experiment
249Section
1?Introduction
to
WebChart-400
system
for
human
experiments
2491.
Main
interface
of
the
system
2492.
Experiment
interface
249Section
2?Classical
Human
Experiments
in
Medical
Functional
Experiment
253Experiment
1?Determination
of
ABO
blood
types
253Experiment
2?Measurement
of
blood
pressure
255Experiment
3?Detection
of
heart
sound
257Experiment
4?Recording
of
an
electrocardiogram
259Experiment
5?Recording
of
human
respiratory
movement
262Experiment
6?Examination
of
visual
acuity
265Experiment
7?Examination
of
blind
spot
266Experiment
8?Examination
of
visual
fields
268Experiment
9?Examination
of
color
blindness
270Experiment
10?The
ways
of
sound
conduction
272Experiment
11?Induction
and
observation
of
knee
jerk
reflex
274Experiment
12?Human
auditory
and
visual
responses
276Chapter
IV?Experimental
Research
of
Medical
Functional
Experiment
279Section
1?The
Basic
Principle
of
Medical
Experimental
Research
2791.
Medical
experimental
research
method
and
experimental
design
2792.
General
rules
for
the
experimental
design
2803.
The
basic
key
points
of
the
experimental
design
283Section
2?The
Writing
and
Publication
of
Research
Paper
2841.
Basic
structure
of
scientific
papers
2842.
Publish
scientific
papers
in
journals
288Section
Experimental
Design
and
Implementation
in
Medical
Functional
Experiment
2911.
The
format
of
the
experimental
design
report/pre-lab
report
2912.
The
format
of
a
full
experimental
report
2913.
The
format
of
experimental
report
in
form
of
journal
published
paper
292Appendix
1?An
example
of
a
typical
physiology
experimental
report
293Appendix
2?An
example
of
physiological
experimental
design
295Appendix
3?An
example
of
a
full
Lab
report
298Appendix
4?CO
generator
device
and
related
mechanism
305Appendix
5?Measurement
of
oxygen
consumption
in
mice
306Appendix
6?Basic
technique
for
mammal
experiments
307Appendix
Brief
introduction
to
BL-420N
data
acquisiton
and
analysis
system
309Appendix
An
introduction
to
HPS-102
human
physiology
experimental
system
318参考文献