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HPS-100 Human Physiological Experiment System
HPS-100Human physiology experiment system
1．Introduction
In animal welfare and animal experiments3RUnder the guidance of principles, the Chinese functional teaching experiment is gradually reducing and optimizing animal experiments. In order to improve the quality of teaching in the context of reducing animal experiments, innovative teaching experimental methods and experimental methods are inevitable, and non-invasive human physiological experiments are The basic functional teaching experiment will become a new trend in functional science experiments.
The introduction of human physiology experiments can promote the early integration of clinical and basic education in medical education, allowing students to truly understand the significance of basic experiments and experience the experience of clinical diagnosis through mutual self-experiment.
HPS-100Human Physiological Experiment System is Chengdu Taimeng Software Co., Ltd.2018year1A new generation of human physiological experiment system based on new technology and new concept launched in the month. The interface of the system is beautifully designed, and the human body experiment project is rich and colorful, which can greatly increase students' interest in learning physiological knowledge. It contains three major features:
l Early combination of clinical and basic
l Scientific, interesting experiments, entertaining
l Introducing new wireless transmission technologies
System composition
HPS-100The system consists of four basic devices:
l HPS-100Human Physiology Wireless System Hardware
l HPS-100Human Physiology Wireless System Software
l HPS-100Human Physiology Experiment Basic Accessories Package
2．HPS-100System completed experiment
2.1 Basic experiment
|
Serial number |
experimental project |
Description |
|
1 |
Human electrocardiography |
Electrocardiogram in a quiet state, hypoxia experiment, exercise experiment |
|
2 |
Human respiratory movement |
Tracing of normal respiratory movement, the effect of medulla on respiratory movement, the effect of hyperventilation on respiratory movement, the effect on respiratory movement after exercise, and the influence of upper airway resistance on respiratory movement |
|
3 |
Human blood pressure |
Korotkoff method, the electronic Korotkoff method, the effect on blood pressure after exercise,
Palpation pressure measurement method, finger pressure measurement method, the influence of the position of the pulse pressure measurement on blood pressure |
|
4 |
Human brain electricity |
αWave observation and recognition, α wave blocking |
|
5 |
Human heart sound |
Heart sound auscultation, simultaneous recording of ECG and heart sound map, abnormal heart sound and heart murmur |
|
6 |
Human muscle response |
The relationship between stimulation intensity and response, the relationship between stimulation frequency and response, grip index and grip fatigue |
|
7 |
Reflection and reaction time |
Knee reflex, measurement of auditory response time, determination of visual response time |
|
8 |
Human sensory experiment |
Color blindness, blind spot, illusion, retinal blood vessels, visual posterior image, convergence |
|
9 |
Human eye |