fibrinous

简明释义

英[ˈfaɪbrɪnəs]美[ˈfaɪbrɪnəs]

adj. 纤维蛋白的

英英释义

单词用法

同义词

反义词

例句

1.This is an example of a fibrinous pericarditis. The surface appears roughened from the normal glistening appearance by the strands of pink-tan fibrin.

纤维素性心包炎。由于红褐色的纤维蛋白沉积，心包表面由光滑发光变得粗糙。

2.This is another example of fibrinous pericarditis.

这是纤维素性心包炎的又一实例。

3.Metastatic tumor and tuberculosis are most likely to produce extensive hemorrhage, often superimposed upon a fibrinous exudate.

转移瘤和结核最有可能引起广泛出血，常分布于纤维素渗出物上方。

4.Fibrinous exudate may be present with infections and autoimmune diseases.

纤维素渗出可能出现于自身免疫性疾病和感染性疾病。

5.It is really just fibrinous pericarditis with hemorrhage.

但是它仅为纤维素性心包炎合并出血。

6.Objective To explore different appearances of fibrinous string on sonograms of tuberculous and malignant pleural effusions.

目的探讨结核性和恶性胸腔积液中纤维回声带的不同表现。

7.Fibrinous (serofibrinous) : fibrin strands are derived from a protein - rich exudate.

纤维蛋白：交织的纤维蛋白源于富含蛋白的渗出液。

8.The doctor noted the presence of fibrinous 纤维素的 exudate in the wound, indicating a possible infection.

医生注意到伤口中有纤维素的fibrinous渗出物，这表明可能存在感染。

9.A fibrinous 纤维素的 membrane was observed during the surgical procedure, which could complicate healing.

在手术过程中观察到一层纤维素的fibrinous膜，这可能会使愈合变得复杂。

10.The pathologist described the tumor as having a fibrinous 纤维素的 stroma, suggesting a specific type of growth.

病理学家描述肿瘤具有纤维素的fibrinous基质，暗示了一种特定类型的生长。

11.In cases of pneumonia, the lungs may develop fibrinous 纤维素的 pleuritis, leading to chest pain.

在肺炎的情况下，肺部可能会发展出纤维素的fibrinous胸膜炎，导致胸痛。

12.The biopsy revealed fibrinous 纤维素的 tissue formation around the damaged area.

活检显示受损区域周围有纤维素的fibrinous组织形成。

作文

The human body is a complex system that often responds to injury and infection in various ways. One of the key components of this response is the formation of clots, which is essential for healing. When tissues are damaged, the body initiates a series of events that lead to the production of fibrin, a protein that plays a crucial role in blood coagulation. This process results in the formation of what is known as fibrinous (纤维素的) tissue, which provides a scaffold for new tissue to grow and helps prevent excessive bleeding. Understanding the nature of fibrinous (纤维素的) tissue can provide insights into how our bodies heal and the potential complications that can arise during this process. During the healing process, fibrinous (纤维素的) tissue forms as a result of the aggregation of platelets and the conversion of fibrinogen into fibrin. This network of fibrin strands creates a mesh that traps blood cells and other components, forming a stable clot. The fibrinous (纤维素的) material not only serves to stop bleeding but also acts as a temporary matrix that supports the migration of cells involved in tissue repair. For instance, fibroblasts, which are responsible for collagen production, infiltrate this fibrinous (纤维素的) matrix and begin the process of tissue regeneration. However, while fibrinous (纤维素的) tissue is essential for healing, its excessive formation can lead to complications. Conditions such as fibrosis occur when there is an overproduction of fibrinous (纤维素的) tissue, leading to scarring and stiffness in affected organs. This can significantly impair their function and lead to chronic health issues. Understanding the balance between adequate fibrinous (纤维素的) tissue formation and excessive scarring is vital for developing treatments for various diseases, including pulmonary fibrosis and liver cirrhosis. In addition to its role in healing, fibrinous (纤维素的) material can also be observed in pathological conditions. For example, in certain infections, the presence of fibrinous (纤维素的) exudate can indicate inflammation and the body’s attempt to contain the infection. In these cases, the characteristics of the fibrinous (纤维素的) tissue can provide valuable diagnostic information to healthcare professionals. By analyzing the nature of the fibrinous (纤维素的) response, doctors can better understand the underlying cause of a patient’s symptoms and tailor their treatment accordingly. In conclusion, the term fibrinous (纤维素的) encapsulates a critical aspect of the body’s healing mechanism. It highlights the delicate balance required for effective tissue repair and the potential consequences of its dysregulation. As research continues to advance, further understanding of fibrinous (纤维素的) tissue will undoubtedly lead to improved therapeutic strategies for a wide range of medical conditions, ultimately enhancing patient outcomes and quality of life. The study of fibrinous (纤维素的) processes not only enriches our knowledge of human physiology but also opens doors to innovative treatments in regenerative medicine.

人体是一个复杂的系统，常常以多种方式对伤害和感染作出反应。这一反应的关键组成部分之一是血块的形成，这对于愈合至关重要。当组织受损时，身体会启动一系列事件，导致纤维蛋白的产生，这是一种在血液凝固中起着关键作用的蛋白质。这个过程导致了被称为fibrinous（纤维素的）组织的形成，它为新组织的生长提供了支架，并帮助防止过度出血。理解fibrinous（纤维素的）组织的性质可以为我们提供有关身体如何愈合以及在此过程中可能出现的并发症的见解。 在愈合过程中，fibrinous（纤维素的）组织的形成是由于血小板的聚集和纤维蛋白原转化为纤维蛋白的结果。这种纤维蛋白丝的网络形成了一个捕获血细胞和其他成分的网，从而形成一个稳定的血块。Fibrinous（纤维素的）物质不仅用于止血，还作为一种临时基质，支持参与组织修复的细胞迁移。例如，成纤维细胞负责胶原蛋白的产生，它们会渗入这种fibrinous（纤维素的）基质并开始组织再生的过程。 然而，虽然fibrinous（纤维素的）组织对愈合至关重要，但其过度形成可能导致并发症。例如，纤维化发生在当fibrinous（纤维素的）组织过度产生时，导致受影响器官的疤痕和僵硬。这可能显著损害它们的功能，并导致慢性健康问题。理解适当的fibrinous（纤维素的）组织形成和过度瘢痕之间的平衡对开发各种疾病的治疗至关重要，包括肺纤维化和肝硬化。 除了在愈合中的作用外，fibrinous（纤维素的）材料还可以在病理条件下观察到。例如，在某些感染中，fibrinous（纤维素的）渗出物的存在可以指示炎症和身体试图控制感染。在这些情况下，fibrinous（纤维素的）组织的特征可以为医疗专业人员提供宝贵的诊断信息。通过分析fibrinous（纤维素的）反应的性质，医生可以更好地理解患者症状的根本原因，并相应地调整治疗方案。 总之，术语fibrinous（纤维素的）概括了身体愈合机制的一个关键方面。它突出了有效组织修复所需的微妙平衡以及其失调的潜在后果。随着研究的不断进展，对fibrinous（纤维素的）组织的进一步理解无疑将导致对广泛医学条件的治疗策略的改善，最终提高患者的结果和生活质量。对fibrinous（纤维素的）过程的研究不仅丰富了我们对人体生理学的知识，还为再生医学中的创新治疗打开了大门。