laticiferous

简明释义

英[ˌlætɪˈsɪfərəs]美[ˌlætəˈsɪfərəs]

adj. 产乳液的；产生橡浆的

英英释义

单词用法

同义词

反义词

例句

1.At present, little is known about the cell skeleton of the laticiferous cell.

目前我们对乳管细胞的细胞骨架还了解得很少。

2.The regeneration and flow of the latex are related with laticiferous turgor pressure.

胶乳的再生和排出均与乳管膨压存在一定关联。

3.The regeneration and flow of the latex are related with laticiferous turgor pressure.

胶乳的再生和排出均与乳管膨压存在一定关联。

4.Some laticiferous plants are used in traditional medicine for their healing properties.

一些乳汁管状植物因其疗效而被用于传统医学。

5.The laticiferous nature of the plant allows it to produce substances that can deter herbivores.

这种植物的乳汁管状特性使其能够产生可以阻止食草动物的物质。

6.Scientists study laticiferous plants to understand the mechanisms of latex production.

科学家研究乳汁管状植物，以了解乳胶生产的机制。

7.The rubber tree is a well-known example of a plant that is laticiferous, producing latex used in rubber production.

橡胶树是一个众所周知的例子，它是一种乳汁管状植物，产生用于橡胶生产的乳胶。

8.In botany, plants classified as laticiferous often have specialized structures for storing latex.

在植物学中，被分类为乳汁管状的植物通常具有用于储存乳胶的特殊结构。

作文

The world of botany is filled with fascinating terms that describe the various characteristics and functions of plants. One such term is laticiferous, which refers to plants that contain latex, a milky fluid that can be found in certain species. Latex is not only important for the plant's defense mechanism, but it also has numerous applications in human industry, particularly in the production of rubber. Understanding the significance of laticiferous plants helps us appreciate their role in both ecosystems and economies.Latex is produced in specialized cells known as laticifers, which are found in various parts of the plant, including leaves, stems, and roots. These cells can be either continuous or discrete, depending on the species. For example, the rubber tree, scientifically known as Hevea brasiliensis, is one of the most well-known laticiferous plants. It produces a high quantity of latex, which is harvested and processed to create natural rubber. This rubber is used in countless products, from tires to medical supplies.The process of harvesting latex from laticiferous plants is quite intriguing. Farmers carefully tap the trees, making incisions in the bark to allow the latex to flow out. This practice requires skill and knowledge, as improper tapping can damage the tree and reduce its latex production. Once collected, the latex is often treated with additives to stabilize it and prevent coagulation. The versatility of latex makes it an invaluable resource; it is not only used in manufacturing but also plays a crucial role in various cultural practices, such as in traditional medicine.Beyond their economic importance, laticiferous plants also contribute significantly to ecological balance. The latex they produce can deter herbivores, acting as a chemical defense mechanism. Additionally, some species of insects are attracted to latex, which can lead to symbiotic relationships between plants and insects. This interaction highlights the complexity of ecosystems and the interdependence of different species.In recent years, there has been growing interest in the sustainability of laticiferous plants. As the demand for natural rubber increases, researchers are exploring ways to cultivate these plants more sustainably. This includes investigating alternative sources of latex, such as from dandelions, which could reduce pressure on traditional rubber plantations. Sustainable practices not only benefit the environment but also ensure that communities relying on these resources can continue to thrive.In conclusion, the term laticiferous encompasses much more than just a scientific classification; it opens the door to understanding the intricate relationships between plants, humans, and the environment. By studying laticiferous plants, we can gain insights into biodiversity, ecological interactions, and sustainable practices that are essential for our future. As we continue to explore the wonders of the natural world, let us not overlook the significance of these remarkable plants and the valuable contributions they make to our lives and the planet.

植物学的世界充满了迷人的术语，这些术语描述了植物的各种特征和功能。其中一个术语是laticiferous，指的是含有乳胶的植物，这是一种可以在某些物种中找到的乳白色液体。乳胶不仅对植物的防御机制至关重要，还有许多应用于人类工业，特别是在橡胶生产中的应用。理解laticiferous植物的重要性有助于我们欣赏它们在生态系统和经济中的作用。乳胶由称为乳管的专门细胞产生，这些细胞可以在植物的各个部分中找到，包括叶子、茎和根。这些细胞根据物种的不同可以是连续的或离散的。例如，橡胶树，学名为Hevea brasiliensis，是最著名的laticiferous植物之一。它产生大量乳胶，这些乳胶被收集并加工成天然橡胶。这种橡胶用于无数产品，从轮胎到医疗用品。从laticiferous植物中收获乳胶的过程非常有趣。农民小心翼翼地对树木进行切割，在树皮上做出切口，以便乳胶流出。这一过程需要技巧和知识，因为不当的切割可能会损害树木并减少其乳胶产量。收集后，乳胶通常会与添加剂一起处理，以稳定它并防止凝固。乳胶的多功能性使其成为一种宝贵的资源；它不仅用于制造，还在各种文化实践中发挥着关键作用，例如传统医学。除了经济重要性之外，laticiferous植物还对生态平衡贡献重大。它们产生的乳胶可以阻止食草动物，作为一种化学防御机制。此外，一些昆虫物种会被乳胶吸引，这可能导致植物与昆虫之间的共生关系。这种相互作用突显了生态系统的复杂性以及不同物种之间的相互依赖。近年来，人们对laticiferous植物的可持续性越来越感兴趣。随着对天然橡胶需求的增加，研究人员正在探索更可持续地培育这些植物的方法。这包括研究从蒲公英等植物中提取乳胶的替代来源，这可以减少对传统橡胶种植园的压力。可持续实践不仅有利于环境，还确保依赖这些资源的社区能够继续繁荣。总之，术语laticiferous包含的不仅仅是科学分类；它打开了理解植物、人类和环境之间复杂关系的大门。通过研究laticiferous植物，我们可以获得关于生物多样性、生态互动和对我们未来至关重要的可持续实践的见解。当我们继续探索自然界的奇迹时，让我们不要忽视这些非凡植物的重要性及其对我们生活和地球的宝贵贡献。