hemodynamic

hemodynamic的音标为["hiːmdəʊmɪdɪkəm] ，基本翻译为“血流动力学”的意思。速记技巧为：血流动力学=[hɪ-] [md] [ɪ-] [dɪ-] [kəm] [ɪ-] [fɪ-] [nɪtɪ-] 。

hemodynamic这个词源自希腊语，意为与血液流动或循环有关的。其变化形式包括加缀形式和词形变化，例如动词形式、名词形式等。相关单词包括：blood pressure（血压）、blood flow（血流）、blood volume（血容量）、cardiac output（心输出量）、heart rate（心率）、stroke volume（搏出量）、circulatory system（循环系统）、cardiovascular disease（心血管疾病）、hemoconcentration（血液浓缩）和hemolysis（溶血）。

具体来说，blood pressure指的是血液对血管壁施加的压力，是衡量血液循环的重要指标之一。blood flow则是指血液在血管中流动的速度和方向，是衡量血液流动的重要指标之一。blood volume则是指血液的总体积，是衡量人体循环系统的重要指标之一。cardiac output是指心脏每分钟输出的血液量，是衡量心脏功能的重要指标之一。

此外，heart rate指的是心脏每分钟跳动的次数，是衡量心脏健康的重要指标之一。stroke volume是指一次心跳时，心脏泵出的血液量，是衡量心脏泵血功能的重要指标之一。circulatory system是指循环系统，是人体内负责血液流动的系统，包括心脏、血管和血液等组成部分。cardiovascular disease是指心血管疾病，是一种常见的疾病，与心脏和血管的病变有关。

总之，hemodynamic是一个与血液流动和循环有关的词汇，其相关单词反映了人体循环系统的各个方面，对于理解人体生理功能和健康状况具有重要意义。

hemodynamic常用短语：

1. Cardiovascular system

2. Hemodynamics of the lungs

3. Hemodynamic monitoring

4. Hemodynamic response

5. Hemodynamic stability

6. Hemodynamic load

7. Cardiac output

双语例句：

1. The patient"s cardiovascular system is under great pressure due to the high blood pressure.

由于高血压，患者的循环系统承受着巨大的压力。

2. The lungs" hemodynamic response to exercise is complex and involves multiple factors.

肺部在运动时的血流动力学反应是复杂的，涉及多个因素。

3. Hemodynamic monitoring is crucial for patients with heart failure to ensure proper treatment.

对于心力衰竭患者来说，血流动力学监测对于确保适当的治疗至关重要。

4. The patient"s hemodynamic stability has improved significantly after receiving treatment.

经过治疗，患者的血流动力学稳定性明显改善。

5. The hemodynamic load on the body can be reduced by adopting a healthy lifestyle.

通过采取健康的生活方式，可以减少身体上的血流动力学负荷。

6. Cardiac output is an important factor in determining the level of oxygen supply to tissues.

心输出量是决定组织氧供水平的重要因素。

7. The relationship between hemodynamics and disease is complex and requires further investigation.

血流动力学与疾病之间的关系是复杂的，需要进一步研究。

英文小作文：

Blood flow in the body is crucial for maintaining health and function, and hemodynamics is the study of how blood flows through the cardiovascular system. Understanding hemodynamics can help us diagnose and treat diseases such as heart failure, hypertension, and stroke, among others. However, the relationship between hemodynamics and disease is complex and requires further investigation.

For example, changes in blood flow can affect the function of organs and tissues, leading to various diseases. Conversely, diseases can also affect blood flow, leading to further complications and difficulties in treatment. Therefore, it is essential to monitor and understand the hemodynamic status of patients to ensure proper diagnosis and treatment.

In conclusion, hemodynamics is an important field of study that has the potential to improve the health and well-being of individuals worldwide. Understanding hemodynamics can help us develop better treatment methods and improve our understanding of the body"s complex systems.