venae

简明释义

英[ˈviːni]美[ˈviːni]

n. 静脉，血管（vena的复数）

n. （Venae）（美）菲纳埃（人名）

英英释义

单词用法

同义词

反义词

例句

1.Purpose: To elevate the accuracy of X ray diagnosis on the non - obstructive anormal connection of pulmonary venae and provide the reliable evidences for the operative therapy.

目的：提高X线对肺静脉异常连接的诊断准确性，为手术治疗提供可靠的依据。

2.Purpose: To elevate the accuracy of X ray diagnosis on the non - obstructive anormal connection of pulmonary venae and provide the reliable evidences for the operative therapy.

目的：提高X线对肺静脉异常连接的诊断准确性，为手术治疗提供可靠的依据。

3.Conclusion: Right ventricle overload could be developed by connecting the arteria carotis communnis and venae jugularis externa and induce myocardial remodeling.

结论：①人工套接大鼠颈动静脉能够造成右心室容量压力负荷上升，且这种负荷改变能够引起大鼠右心室的重塑；

4.Conclusion: the shape, color and abnormality degree of the sublingual venae in patients with PLC in different clinical stages are distinct.

结论：不同临床分期的原发性肝癌患者舌下络脉的形态、颜色及异常程度均有所不同。

5.Methods the causes of 5 intestine necrosis led by the pregnancy with the mesentery venae thrombosis have been analysed.

方法对5例妊娠并发肠系膜静脉血栓形成致肠坏死的原因进行分析。

6.Objective: To explore the characteristics of the sublingual venae in patients with primary liver cancer (PLC).

目的：探讨原发性肝癌患者的舌下络脉特征。

7.Characteristics of sublingual venae in primary liver cancer patients in different clinical stages.

不同临床分期原发性肝癌患者的舌下络脉特征。

8.The doctor explained that the blood flows through the venae 静脉 back to the heart.

医生解释说，血液通过venae 静脉流回心脏。

9.In the human body, the venae 静脉 are crucial for returning deoxygenated blood.

在人体中，venae 静脉对返回缺氧血液至关重要。

10.A blockage in the venae 静脉 can lead to serious health issues.

在venae 静脉中的阻塞可能导致严重的健康问题。

11.The surgeon focused on repairing the damaged venae 静脉 during the operation.

外科医生在手术中专注于修复受损的venae 静脉。

12.Ultrasound can help visualize the venae 静脉 for diagnostic purposes.

超声波可以帮助可视化venae 静脉以进行诊断。

作文

The human body is a complex system, and understanding its components is crucial for both medical professionals and students of biology. One essential aspect of this system is the circulatory system, which includes the heart, arteries, and veins. Among these, the term venae refers to the plural form of 'vena,' which is Latin for 'vein.' In the context of human anatomy, venae are the blood vessels that carry deoxygenated blood back to the heart from various parts of the body. This function is vital for maintaining the body's overall health and ensuring that oxygen-rich blood can be circulated effectively. The structure of venae is fascinating. They are generally thinner-walled than arteries and contain valves that prevent the backflow of blood. This is particularly important in the limbs, where blood must travel against gravity to return to the heart. The presence of these valves makes venae unique and allows them to perform their function efficiently. For example, when we walk or move our legs, the muscles contract and help push the blood through the venae, demonstrating the close relationship between movement and circulation. In addition to their physical structure, venae play a crucial role in various medical conditions. Conditions such as varicose veins occur when the venae become enlarged and weakened, leading to discomfort and swelling. Understanding the anatomy and physiology of venae is essential for diagnosing and treating such conditions. Medical professionals often use imaging techniques like ultrasound to assess the health of these blood vessels and determine the best course of action for patients suffering from venous issues. Moreover, the study of venae extends beyond human anatomy. In veterinary medicine, understanding the venae of different species can provide insights into their health and physiology. Similarly, in comparative anatomy, researchers study the venae of various animals to understand evolutionary adaptations in circulatory systems across different species. In conclusion, the term venae encapsulates a vital component of the circulatory system, highlighting the importance of veins in transporting blood throughout the body. Their unique structure, function, and relevance to health make venae an essential topic of study in both medicine and biology. As we continue to explore the complexities of the human body and other living organisms, the role of venae will undoubtedly remain a significant focus of research and education. Understanding these blood vessels not only enhances our knowledge of human physiology but also informs medical practices that can improve health outcomes for individuals suffering from venous disorders.

人类身体是一个复杂的系统，理解其组成部分对医学专业人员和生物学学生至关重要。这个系统的一个重要方面是循环系统，包括心脏、动脉和静脉。在这些中，术语venae指的是“vena”的复数形式，拉丁语意为“静脉”。在人体解剖学的背景下，venae是将缺氧血液从身体各部分带回心脏的血管。这一功能对于维持身体的整体健康和确保富氧血液能够有效循环至关重要。 venae的结构令人着迷。它们的壁通常比动脉薄，并且含有防止血液回流的瓣膜。这在四肢中特别重要，因为血液必须逆着重力返回心脏。这些瓣膜的存在使得venae独特，并使它们能够高效地执行其功能。例如，当我们走路或移动腿部时，肌肉收缩并帮助推动血液通过venae，展示了运动与循环之间的紧密关系。 除了其物理结构外，venae在各种医疗条件中也发挥着关键作用。像静脉曲张这样的情况发生在venae变得膨胀和虚弱时，导致不适和肿胀。理解venae的解剖和生理对于诊断和治疗此类疾病至关重要。医疗专业人员通常使用超声等成像技术来评估这些血管的健康状况，并确定对患有静脉问题的患者最佳的治疗方案。 此外，venae的研究不仅限于人类解剖学。在兽医医学中，了解不同物种的venae可以提供对它们健康和生理的见解。同样，在比较解剖学中，研究人员研究各种动物的venae以了解不同物种的循环系统的进化适应。 总之，术语venae概括了循环系统的一个重要组成部分，突显了静脉在全身运输血液中的重要性。它们独特的结构、功能及其与健康的相关性使得venae成为医学和生物学研究的重要主题。随着我们继续探索人类身体和其他生物的复杂性，venae的角色无疑将继续成为研究和教育的重点。理解这些血管不仅增强了我们对人体生理的认识，也为改善患有静脉疾病的个体的健康结果提供了信息。