mucosity

简明释义

英[mjuːˈkɒsɪti]美[mjuːˈkɑːsəti]

n. 粘；粘性

英英释义

单词用法

同义词

反义词

例句

1.It has the advantages of high softening point, high acid value, good capability of anti-oxidation and high mucosity. Polymerized rosin is good used in high-grade printing ink, adhesives and dope, etc.

聚合松香是松香深加工产品中的一个重要品种，具有软化点高、酸值高、抗氧化性好、粘度大等优点，广泛应用于高级油墨、粘胶剂及涂料等行业。

2.It has the advantages of high softening point, high acid value, good capability of anti-oxidation and high mucosity. Polymerized rosin is good used in high-grade printing ink, adhesives and dope, etc.

聚合松香是松香深加工产品中的一个重要品种，具有软化点高、酸值高、抗氧化性好、粘度大等优点，广泛应用于高级油墨、粘胶剂及涂料等行业。

3.The mechanism might be related to reducing cholesterol, reducing blood mucosity, improving red cell transformation and reducing its aggregation to increase blood flow speed of vertebrobasilar artery.

机理可能与降脂、降血粘度、改善红细胞变形与降低其聚集能力，以提高椎基底动脉血流速度有关。

4.Mathematic model of hydraulic breaker piston movement. A non-linear hydraulic breaker model was built, in which mucosity resistance and leakage was taken into account.

建立了包含粘性阻力和泄露等因素在内的液压破碎锤非线性模型。

5.Soil of dolomite areas in Guiyang is thin , soil component are mainly thick and thin sand , and there was not mucosity characteristic, soil structure is better.

结果如下：1、贵阳市白云岩地区土层较薄，土壤主要由细砂和粉砂组成，没有出现粘化特征，土壤结构性较好。

6.The doctor noted the increased mucosity in the patient's nasal passages during the examination.

医生在检查中注意到患者鼻腔内增加的粘液性。

7.Excessive mucosity can lead to breathing difficulties for individuals with asthma.

过多的粘液性可能导致哮喘患者呼吸困难。

8.The laboratory test revealed a high level of mucosity in the samples collected from the throat.

实验室测试显示从喉咙采集的样本中有高水平的粘液性。

9.During the allergy season, many people experience increased mucosity due to pollen.

在过敏季节，许多人因花粉而经历增加的粘液性。

10.The veterinarian explained that the dog's mucosity was a sign of an underlying infection.

兽医解释说，狗的粘液性是潜在感染的迹象。

作文

Mucosity is a term that refers to the quality or state of being mucous or slimy. It is often used in biological and medical contexts to describe the presence of mucus, which is a viscous secretion produced by mucous membranes. Mucus plays an essential role in protecting and lubricating various parts of the body, particularly in the respiratory and digestive systems. The study of mucosity can provide insights into various health conditions, as changes in mucus production can indicate underlying issues. For example, excessive mucosity in the lungs can be a sign of respiratory infections or chronic diseases such as asthma or cystic fibrosis. In our daily lives, we often encounter situations where mucosity becomes relevant. During cold or flu seasons, many people experience increased mucus production, leading to nasal congestion and other symptoms. This is a natural response of the body to trap pathogens and particles, but it can also become uncomfortable. Understanding the role of mucosity in our bodies can help us manage these symptoms more effectively. Moreover, mucosity is not limited to human biology; it is also significant in the animal kingdom. Many animals produce mucus for various purposes, such as protection from predators, moisture retention, or even locomotion. For instance, slugs and snails secrete a thick layer of mucus to aid in their movement across surfaces and to prevent desiccation. The study of mucosity in different species can reveal fascinating adaptations and evolutionary strategies. In the field of medicine, understanding mucosity is crucial for diagnosing and treating various conditions. Healthcare professionals often assess the characteristics of mucus, such as its color, consistency, and volume, to determine the nature of an illness. For example, green or yellow mucus may indicate a bacterial infection, while clear mucus is typically associated with allergies or viral infections. By analyzing mucosity, doctors can make informed decisions about treatment plans and interventions. Furthermore, research on mucosity has implications beyond individual health. It can also contribute to our understanding of public health issues. For instance, during outbreaks of respiratory illnesses, monitoring changes in population-level mucus production can help track the spread of disease and inform public health responses. Thus, the study of mucosity is not only relevant to personal health but also to broader societal health concerns. In conclusion, mucosity is a significant concept that encompasses various aspects of biology and medicine. Whether we are dealing with common colds, studying animal adaptations, or addressing public health challenges, understanding mucosity provides valuable insights. As we continue to explore this topic, we can appreciate the complexity and importance of mucus in our lives and the lives of other organisms. Through education and awareness, we can better manage our health and contribute to the well-being of our communities.

粘液性是一个指代粘液或黏滑状态的术语。它通常用于生物学和医学的背景中，描述由粘膜产生的粘稠分泌物的存在。粘液在保护和润滑身体的各个部位方面发挥着重要作用，尤其是在呼吸和消化系统中。对粘液性的研究可以提供对各种健康状况的见解，因为粘液产生的变化可能表明潜在问题。例如，肺部过多的粘液性可能是呼吸道感染或慢性疾病（如哮喘或囊性纤维化）的迹象。 在我们的日常生活中，我们经常遇到粘液性相关的情况。在感冒或流感季节，许多人会经历粘液产生增加，导致鼻塞和其他症状。这是身体捕捉病原体和颗粒的自然反应，但也可能变得不舒服。理解粘液性在我们身体中的作用可以帮助我们更有效地管理这些症状。 此外，粘液性不仅限于人类生物学；它在动物王国中也非常重要。许多动物产生粘液用于各种目的，例如防御捕食者、保持湿度，甚至是移动。例如，蜗牛和蛞蝓分泌厚厚的粘液以帮助它们在表面上移动并防止脱水。对不同物种中粘液性的研究可以揭示迷人的适应和进化策略。 在医学领域，理解粘液性对于诊断和治疗各种疾病至关重要。医疗专业人员通常评估粘液的特征，例如颜色、一致性和体积，以确定疾病的性质。例如，绿色或黄色的粘液可能表明细菌感染，而清澈的粘液通常与过敏或病毒感染相关。通过分析粘液性，医生可以做出关于治疗方案和干预措施的明智决策。 此外，关于粘液性的研究不仅对个人健康有影响，也对我们理解公共健康问题有所贡献。例如，在呼吸道疾病爆发期间，监测人群层面的粘液产生变化可以帮助追踪疾病传播并告知公共卫生应对。因此，研究粘液性不仅与个人健康相关，还与更广泛的社会健康问题相关。 总之，粘液性是一个重要的概念，涵盖了生物学和医学的各个方面。无论我们是在处理普通感冒、研究动物适应性，还是解决公共卫生挑战，理解粘液性都提供了宝贵的见解。随着我们继续探索这一主题，我们可以欣赏粘液在我们生活和其他生物生活中的复杂性和重要性。通过教育和意识，我们可以更好地管理我们的健康，并为我们社区的福祉做出贡献。