alveolar
简明释义
adj. 肺泡的；齿槽的
n. 齿槽音
英英释义
Relating to or resembling a small cavity or cell, especially in the context of the alveoli in the lungs or the dental alveoli where teeth are embedded. | 与小腔或小细胞相关或相似，特别是在肺泡或牙槽中牙齿嵌入的牙槽的上下文中。 |
单词用法
[医]牙槽嵴 | |
[医]肺泡巨噬细胞 |
同义词
反义词
| 非腺泡的 | The non-alveolar regions of the lung are less involved in gas exchange. | 肺的非腺泡区域在气体交换中参与较少。 | |
| 腺泡外的 | 腺泡外结构可能影响肺功能。 |
例句
1.Alveoli form clusters (alveolar sacs) connected by alveolar ducts to the Bronchioles.
肺泡形成丛集的肺泡囊，经由肺泡管连接至支气管。
2.The teeth are embedded in the alveolar process of the maxilla and mandible.
牙齿是嵌入在上颌骨和下颌骨的牙槽突。
3.Objective To study the diagnosis and pathological manifestations of pulmonary alveolar proteinosis (PAP).
目的总结肺泡蛋白沉积症(pap)的病理特征及病理诊断要点。
4.Objective To evaluate two methods of inferior alveolar nerve block anesthesia.
目的评价对两种下牙槽神经阻滞麻醉方法。
5.Women Appear to Have the Same Minimum Alveolar Concentration as men: a Retrospective Study Eger II e, et al.
女性似与男性具有同样的最小肺泡浓度：一项回顾性研究。
6.PURPOSE: To evaluate the changes of transplanted bones after cancellous iliac bone grafting in cleft alveolar repair in various ages.
目的：评价在不同年龄阶段髂骨松质骨移植修复牙槽嵴裂术后植入骨的变化情况。
7.The authors reported 3 cases of primary alveolar bone sarcoma (ABS), all proved by pathology.
笔者报告了3例罕见的原发性骨腺泡状肉瘤(abs)，均经病理证实。
8.The alveolar macrophage is derived largely from the bone marrow.
肺泡巨噬细胞主要是从骨髓中分化出来的。
9.The alveolar ridge is also referred to as the alveolar process. This inferiorly directed ridge of the maxilla houses the upper teeth.
牙槽嵴也被称为肺泡的过程。这下有脊的上颌骨上的牙齿的房子。
10.Certain phonemes are classified as alveolar 齿龈的 sounds due to their place of articulation.
某些音素被分类为齿龈的声音，因为它们的发音位置。
11.The dentist examined the patient's alveolar 牙槽的 bone structure for any signs of decay.
牙医检查了病人的牙槽的骨骼结构是否有腐烂的迹象。
12.The alveolar 牙槽的 process supports the teeth in the jaw.
该牙槽的过程支持下颌的牙齿。
13.In linguistics, the sound /t/ is produced using the alveolar 齿龈的 ridge.
在语言学中，声音/t/是通过使用齿龈的脊来产生的。
14.The alveolar 牙槽的 air sacs in the lungs are essential for gas exchange.
肺部的牙槽的气囊对气体交换至关重要。
作文
The human body is a remarkable system composed of various elements that work together to maintain life. One of the most fascinating aspects of this system is the respiratory system, where the exchange of gases occurs. Within this system, the term alveolar refers to the tiny air sacs in the lungs known as 肺泡. These structures play a crucial role in the process of respiration, allowing oxygen to enter the bloodstream while simultaneously facilitating the removal of carbon dioxide. The alveolar walls are extremely thin, which is essential for efficient gas exchange. This thinness allows oxygen to diffuse from the air within the 肺泡 into the blood in the capillaries surrounding them. Conversely, carbon dioxide, which is a waste product of metabolism, diffuses from the blood into the alveolar sacs to be exhaled. The vast number of alveolar structures in the lungs provides a large surface area, enhancing the lungs' ability to perform gas exchange effectively.In addition to their structural significance, the alveolar sacs also contribute to the overall mechanics of breathing. During inhalation, the diaphragm and intercostal muscles contract, expanding the chest cavity and creating negative pressure that draws air into the lungs. As air fills the alveolar spaces, the oxygen within it is absorbed by the blood. This process is vital for sustaining cellular respiration, which is how our cells produce energy.Moreover, the health of the alveolar regions is critical for overall respiratory function. Conditions such as pneumonia, emphysema, or pulmonary fibrosis can severely impact the integrity of the alveolar walls, leading to decreased oxygen absorption and increased difficulty in breathing. Therefore, maintaining healthy lungs is essential for ensuring that the alveolar structures can function properly.Research continues to explore the intricacies of alveolar function and its implications for diseases. For instance, scientists are investigating how inflammation affects alveolar health and what therapeutic strategies might help restore function in compromised lungs. Understanding the biology of the alveolar region not only aids in developing treatments but also emphasizes the importance of protecting our respiratory health through lifestyle choices such as avoiding smoking and minimizing exposure to pollutants.In conclusion, the alveolar components of the lungs are fundamental to our survival, enabling the critical exchange of gases that fuels our bodies. By comprehending the role of alveolar structures in the respiratory system, we can appreciate the complexity of human physiology and the importance of maintaining lung health. As research advances, we continue to uncover new insights into how these tiny yet powerful alveolar sacs contribute to our overall well-being, highlighting the need for ongoing education and awareness regarding respiratory health.
人类身体是一个由各种元素组成的奇妙系统，这些元素共同工作以维持生命。这个系统中最迷人的方面之一是呼吸系统，在这里气体交换发生。在这个系统中，术语alveolar指的是肺部的小气囊，称为肺泡。这些结构在呼吸过程中发挥着至关重要的作用，允许氧气进入血液，同时促进二氧化碳的排出。alveolar壁非常薄，这对有效的气体交换至关重要。这种薄度使氧气能够从肺泡内的空气扩散到围绕它们的毛细血管中的血液中。反过来，作为代谢废物的二氧化碳则从血液中扩散到alveolar囊中以被呼出。肺部中alveolar结构的巨大数量提供了一个大的表面积，增强了肺部有效进行气体交换的能力。除了结构上的重要性，alveolar囊还对呼吸的整体机制作出贡献。在吸气过程中，膈肌和肋间肌收缩，扩张胸腔，产生负压，从而将空气吸入肺部。随着空气充满alveolar空间，其中的氧气被血液吸收。这个过程对维持细胞呼吸至关重要，而细胞呼吸是我们的细胞产生能量的方式。此外，alveolar区域的健康对整体呼吸功能至关重要。肺炎、肺气肿或肺纤维化等疾病可能严重影响alveolar壁的完整性，导致氧气吸收减少和呼吸困难。因此，保持健康的肺部对于确保alveolar结构能够正常运作至关重要。研究继续探索alveolar功能的复杂性及其对疾病的影响。例如，科学家正在研究炎症如何影响alveolar健康，以及哪些治疗策略可能有助于恢复受损肺部的功能。了解alveolar区域的生物学不仅有助于开发治疗方法，还强调了通过避免吸烟和减少接触污染物等生活方式选择来保护我们呼吸健康的重要性。总之，alveolar肺部成分对我们的生存至关重要，使得气体交换得以进行，从而为我们的身体提供能量。通过理解alveolar结构在呼吸系统中的作用，我们可以欣赏人类生理的复杂性以及保持肺部健康的重要性。随着研究的进展，我们继续揭示这些微小而强大的alveolar囊如何对我们的整体健康产生影响，突显了对呼吸健康进行持续教育和意识提升的必要性。
