tylosis

简明释义

英[taɪˈləʊsɪs]美[taɪˈlosɪs]

n. 胼胝症

复 数 t y l o s e s

英英释义

单词用法

同义词

反义词

例句

1.Physical properties: a single scattering holes, including gum sediments, tylosis rich, catheter and ray pits between small, axial parenchyma as paratracheal type, main poly of, ribbon is also common.

物理性能：单散孔，含树胶沉积物，侵填体丰富，导管与射线间纹孔小，轴向薄壁组织为傍管型，主为聚翼状，带状也常见。

2.Physical properties: a single scattering holes, including gum sediments, tylosis rich, catheter and ray pits between small, axial parenchyma as paratracheal type, main poly of, ribbon is also common.

物理性能：单散孔，含树胶沉积物，侵填体丰富，导管与射线间纹孔小，轴向薄壁组织为傍管型，主为聚翼状，带状也常见。

3.But only cellular type of tylosis in vessel elements of three other types of soybean. The quantity in semi-wild soybean is more, but is less in Glycine Max.

其他三种类型的大豆导管分子中只含有细胞型侵填体，栽培大豆导管分子中侵填体数量较少。

4.One of the features of the hardwood vessels is the formation of tylosis.

阔叶林导管的特征之一是侵填体的形成。

5.Researchers are studying tylosis to understand its role in wood formation.

研究人员正在研究tylosis以了解其在木材形成中的作用。

6.The occurrence of tylosis is often associated with fungal infections.

发生tylosis通常与真菌感染有关。

7.During the examination, we noted significant tylosis in the xylem vessels.

在检查过程中，我们注意到木质部导管中有显著的tylosis。

8.The presence of tylosis in the plant's tissue indicates a response to environmental stress.

植物组织中出现tylosis表明对环境压力的反应。

9.In some species, tylosis can affect the overall health of the tree.

在某些物种中，tylosis可能会影响树木的整体健康。

作文

Tylosis is a term that may not be familiar to many, yet it plays a crucial role in the study of plant biology and pathology. In essence, tylosis refers to the formation of outgrowths or balloon-like structures in the xylem vessels of plants. These structures are typically produced in response to injury or infection, and they serve as a defense mechanism against pathogens. Understanding tylosis can help us appreciate how plants respond to various stresses and how they protect themselves from diseases.The process of tylosis begins when a plant is subjected to damage, often caused by insects, fungi, or environmental factors. When the xylem vessels, which are responsible for transporting water and nutrients, are compromised, the plant initiates a healing response. This response involves the formation of parenchyma cells, which proliferate and eventually fill the damaged vessels with these balloon-like structures. The primary function of tylosis is to block the flow of water and prevent the spread of pathogens, thereby safeguarding the plant’s overall health.Research has shown that tylosis can vary in its occurrence depending on the species of plant and the type of pathogen involved. For instance, some trees exhibit a higher tendency to develop tylosis when infected with certain fungi, while others may show little to no response. This variability highlights the complex interactions between plants and their environments, as well as the evolutionary adaptations that have occurred over time.In agriculture, understanding tylosis can be particularly beneficial. Farmers and agronomists can use this knowledge to manage plant diseases more effectively. By recognizing the signs of tylosis, such as discoloration or wilting of leaves, they can take appropriate measures to mitigate the impact of infections. Additionally, breeding programs aimed at enhancing tylosis responses could lead to the development of more resilient crop varieties that can better withstand disease pressures.Furthermore, the study of tylosis extends beyond the realm of agriculture. In forestry and conservation, understanding how different tree species respond to environmental stresses can inform management practices. For example, knowing which species are more prone to tylosis can guide reforestation efforts and help maintain healthy ecosystems. It also underscores the importance of preserving biodiversity, as a diverse range of plant species may exhibit varying levels of resilience to stressors.In conclusion, tylosis is a fascinating aspect of plant biology that exemplifies the intricate relationships between plants and their environments. By studying tylosis, we gain insights into how plants defend themselves against threats, which can have significant implications for agriculture, forestry, and conservation. As we continue to explore the complexities of plant responses, the knowledge gained from understanding tylosis will undoubtedly contribute to our efforts in promoting sustainable practices and protecting our natural resources.

Tylosis是一个可能对许多人来说并不熟悉的术语，但它在植物生物学和病理学研究中扮演着至关重要的角色。本质上，tylosis指的是植物木质部导管中形成的突起或气球状结构。这些结构通常是在受到伤害或感染时产生的，并作为抵御病原体的防御机制。理解tylosis可以帮助我们欣赏植物如何应对各种压力以及它们如何保护自己免受疾病的侵害。tylosis的过程始于植物遭受损伤时，通常是由于昆虫、真菌或环境因素造成的。当负责运输水分和营养的木质部导管受到损害时，植物会启动愈合反应。此反应涉及到薄壁细胞的形成，这些细胞增殖并最终用这些气球状结构填充受损的导管。tylosis的主要功能是阻止水流并防止病原体的传播，从而保护植物的整体健康。研究表明，tylosis的发生因植物种类和病原体类型而异。例如，一些树木在感染某些真菌时表现出更高的tylosis倾向，而其他树木可能几乎没有反应。这种变异性突显了植物与其环境之间复杂的相互作用，以及随着时间推移所发生的进化适应。在农业中，理解tylosis特别有利。农民和农艺师可以利用这一知识更有效地管理植物疾病。通过识别tylosis的迹象，例如叶子变色或枯萎，他们可以采取适当措施减轻感染的影响。此外，旨在增强tylosis反应的育种项目可能会导致开发出更具韧性的作物品种，这些品种能够更好地抵御疾病压力。此外，tylosis的研究超越了农业领域。在林业和保护中，了解不同树种如何应对环境压力可以为管理实践提供信息。例如，了解哪些物种更容易发生tylosis可以指导重新造林工作，并帮助维护健康的生态系统。它还强调了保护生物多样性的重要性，因为多样化的植物物种可能表现出对压力源的不同韧性。总之，tylosis是植物生物学的一个迷人方面，它体现了植物与其环境之间错综复杂的关系。通过研究tylosis，我们获得了植物如何抵御威胁的见解，这对农业、林业和保护具有重要意义。随着我们继续探索植物反应的复杂性，从理解tylosis中获得的知识无疑将有助于我们推动可持续实践和保护自然资源的努力。