erythrocytic

简明释义

英[ɪˌrɪθrəʊˈsɪtɪk]美[ərɪθrəˈsɪtɪk]

adj. 红细胞的；红血球的

英英释义

单词用法

同义词

反义词

例句

1.Objectve To observe the effect of functional fine ceramics (FFC) on blood stasis rabbits' erythrocytic deformability and inquire into its mechanism.

目的探讨特种功能精细陶瓷对“血瘀证”兔血红细胞变形性的影响及机理。

2.Objectve To observe the effect of functional fine ceramics (FFC) on blood stasis rabbits' erythrocytic deformability and inquire into its mechanism.

目的探讨特种功能精细陶瓷对“血瘀证”兔血红细胞变形性的影响及机理。

3.Methods: The erythrocytic immune function in 26 patients with IDA and 14 with MA was observed with erythrocytic yeast rosette test.

方法：采用红细胞酵母菌花环试验检测了26例IDA和14例MA患者红细胞免疫功能。

4.In the present paper, erythrocytic system in the bone marrow of 20 chickens were observed by an electron microscope.

对20只雏鸡骨髓内不同发育阶段的红细胞进行了透射电子显微镜观察。

5.CONCLUSION: Daphnetin has anti hemolytic and anti erythrocytic membranous lipid peroxidation effects.

结论：瑞香素具有抗溶血与抗红细胞膜脂质过氧化作用。

6.The doctor explained that the erythrocytic 红细胞的 index is crucial for diagnosing anemia.

医生解释说，红细胞的 erythrocytic 指数对于诊断贫血至关重要。

7.In patients with sickle cell disease, the erythrocytic 红细胞的 structure is abnormal.

在镰状细胞病患者中，红细胞的 erythrocytic 结构是异常的。

8.The laboratory results showed an increase in erythrocytic 红细胞的 mass after treatment.

实验室结果显示，治疗后 红细胞的 erythrocytic 质量增加。

9.A deficiency in vitamin B12 can lead to erythrocytic 红细胞的 abnormalities.

维生素B12缺乏可能导致 红细胞的 erythrocytic 异常。

10.The study focused on the erythrocytic 红细胞的 lifespan in various diseases.

这项研究集中于各种疾病中 红细胞的 erythrocytic 寿命。

作文

The human body is a complex system that relies on various types of cells to function properly. One of the most crucial types of cells in our bloodstream is the red blood cell, scientifically known as an erythrocyte. These cells are primarily responsible for transporting oxygen from the lungs to the rest of the body and returning carbon dioxide back to the lungs for exhalation. The importance of these cells cannot be overstated, as they play a vital role in maintaining the body's overall health and functionality. In this context, the term erythrocytic refers to anything pertaining to or characteristic of these red blood cells. Understanding the erythrocytic process is essential for comprehending how our bodies operate on a cellular level. Erythrocytes are produced in the bone marrow through a process known as erythropoiesis. This process is regulated by several factors, including the hormone erythropoietin, which is released by the kidneys in response to low oxygen levels in the blood. When the body detects a decrease in oxygen, it signals the bone marrow to produce more erythrocytes, thus enhancing the blood's oxygen-carrying capacity. This regulatory mechanism highlights the dynamic nature of erythrocytic production and its crucial role in adapting to the body's changing needs. Moreover, the lifespan of an erythrocyte is approximately 120 days. After this period, these cells are typically removed from circulation by the spleen and liver, where they are broken down and recycled. The iron contained in hemoglobin, the protein that carries oxygen within erythrocytes, is salvaged and utilized for the production of new red blood cells. This recycling process is a prime example of how the body efficiently manages its resources, ensuring that the erythrocytic population remains stable and functional. In certain medical conditions, such as anemia, the erythrocytic count can be significantly reduced, leading to symptoms like fatigue, weakness, and shortness of breath. Anemia can arise from various causes, including nutritional deficiencies, chronic diseases, or genetic disorders. For instance, iron-deficiency anemia occurs when the body lacks sufficient iron to produce adequate amounts of hemoglobin, resulting in fewer healthy erythrocytes. Understanding the underlying mechanisms of erythrocytic production and degradation can help healthcare professionals diagnose and treat such conditions effectively. Additionally, the study of erythrocytic characteristics extends beyond mere numbers. Researchers are continuously exploring the molecular and genetic factors that influence red blood cell formation and function. Recent advancements in biotechnology have allowed scientists to manipulate erythrocytic cells for therapeutic purposes, such as developing treatments for blood disorders and enhancing oxygen delivery in patients with compromised respiratory function. In conclusion, the term erythrocytic encompasses all aspects related to red blood cells, highlighting their significance in our bodily functions. From their production in the bone marrow to their recycling in the spleen, erythrocytes are integral to our survival. Understanding the erythrocytic processes not only sheds light on fundamental biological mechanisms but also paves the way for innovative medical treatments. As we continue to unravel the complexities of our blood cells, we gain greater insight into maintaining health and treating diseases effectively.

人体是一个复杂的系统，依赖于各种类型的细胞来正常运作。我们血液中最关键的细胞之一就是红血球，科学上称为红细胞。这些细胞主要负责将氧气从肺部运输到身体的其他部分，并将二氧化碳返回肺部以供呼出。这些细胞的重要性不言而喻，因为它们在维持身体整体健康和功能方面发挥着至关重要的作用。在这个背景下，术语erythrocytic指的是与这些红血球相关或具有特征的任何事物。理解erythrocytic过程对于理解我们身体在细胞水平上的运作至关重要。 红细胞是在骨髓中通过一种称为红细胞生成的过程产生的。这个过程受到多种因素的调节，包括在血液中氧气水平低时由肾脏释放的激素红细胞生成素。当身体检测到氧气减少时，它会向骨髓发出信号，促使其生产更多的红细胞，从而增强血液的携氧能力。这种调节机制突显了红细胞生成的动态特性及其在适应身体变化需求中的重要作用。 此外，红细胞的生命周期大约为120天。在此期间，这些细胞通常会被脾脏和肝脏从循环中去除，在那里它们被分解和回收。红细胞中含有的铁元素是血红蛋白的成分，血红蛋白是携带氧气的蛋白质，能够被回收并用于新红细胞的生产。这个回收过程是身体如何有效管理资源的一个典范，确保红细胞群体保持稳定和功能正常。 在某些医疗条件下，例如贫血，erythrocytic计数可能会显著减少，导致疲劳、虚弱和呼吸急促等症状。贫血可能由多种原因引起，包括营养缺乏、慢性疾病或遗传性疾病。例如，缺铁性贫血发生在身体缺乏足够的铁以产生足够数量的血红蛋白，从而导致健康红细胞减少。理解erythrocytic生产和降解的潜在机制可以帮助医疗专业人员有效诊断和治疗这些疾病。 此外，erythrocytic特征的研究不仅限于数量。研究人员不断探索影响红细胞形成和功能的分子和遗传因素。生物技术的最新进展使科学家能够操纵红细胞以用于治疗目的，例如开发血液疾病的治疗方案和增强呼吸功能受损患者的氧气输送。 总之，术语erythrocytic涵盖了与红血球相关的所有方面，突显了它们在我们身体功能中的重要性。从它们在骨髓中的生成到在脾脏中的回收，红细胞对我们的生存至关重要。理解erythrocytic过程不仅揭示了基本的生物机制，还为创新医学治疗铺平了道路。随着我们继续揭开血细胞的复杂性，我们对维持健康和有效治疗疾病的认识也在不断加深。