cuttlebone

简明释义

英[ˈkʌtəlˌbəʊn]美[ˈkʌtlˌboʊn]

n. 墨鱼骨

英英释义

单词用法

同义词

反义词

例句

1.Some of us keepers and breeders will be thinking that we have no problems because our birds have access to cuttlebone or they get oyster shell grit or crushed egg shells or chicken bones.

我们中的一些人员和育种会认为我们没有问题，因为我们只获得海螵蛸或他们得到牡蛎壳砂砾或压碎蛋壳或鸡骨头。

2.Cuttlebone can be used as a medicine to stanch bleeding.

海螵蛸可以入药，用来止血。

3.The results show that the chemical component of the cuttlebone is CaCO_3 and the crystal type is aragonite.

检测结果发现，乌贼骨的化学组成是碳酸钙，晶型是文石型；

4.Some of us keepers and breeders will be thinking that we have no problems because our birds have access to cuttlebone or they get oyster shell grit or crushed egg shells or chicken bones.

我们中的一些人员和育种会认为我们没有问题，因为我们只获得海螵蛸或他们得到牡蛎壳砂砾或压碎蛋壳或鸡骨头。

5.The dorsal surface of its cuttlebone is yellowish and evenly convex.

它的侧背面是微微的黄色，并且均匀的突起。

6.Methods: Hot-water extraction method was optimized by orthogonal designing and was used to extract crude polysaccharides from cuttlebone.

方法：用热水抽提法提取海螵蛸多糖粗品，并对提取工艺进行正交设计，优化提取方法。

7.You can find cuttlebone in pet stores, often sold as a dietary supplement for birds.

你可以在宠物商店找到骨头，通常作为鸟类的膳食补充品出售。

8.The cuttlebone is a great source of calcium for reptiles.

对于爬行动物来说，骨头是很好的钙源。

9.Some people use cuttlebone in their aquariums to help stabilize pH levels.

一些人将骨头用于水族箱中，以帮助稳定pH值。

10.Adding cuttlebone to your bird's cage can prevent boredom and encourage natural behaviors.

在鸟笼中添加骨头可以防止无聊，并鼓励自然行为。

11.Many bird owners provide cuttlebone for their pets to help maintain healthy beaks.

许多鸟类主人为他们的宠物提供骨头，以帮助保持健康的喙。

作文

The cuttlebone is a unique and fascinating structure found in cuttlefish, which are marine animals belonging to the mollusk class Cephalopoda. This lightweight, porous internal shell serves several important functions for the cuttlefish. Primarily, the cuttlebone helps the animal maintain buoyancy in the water. By adjusting the gas and liquid content within the chambers of the cuttlebone, cuttlefish can control their depth and position in the ocean. This ability is crucial for hunting prey and evading predators.In addition to its buoyancy control, the cuttlebone serves as a protective structure. It provides some level of support to the soft body of the cuttlefish, which lacks a hard outer shell like other mollusks such as snails or clams. The cuttlebone is composed mainly of calcium carbonate, making it a valuable source of calcium for various animals, including birds. Many pet owners provide their birds with pieces of cuttlebone to help them maintain healthy beaks and bones.Interestingly, the cuttlebone has also found its way into various human applications. For instance, it is often used in the manufacturing of fine chalks and as a polishing agent due to its soft texture. Artists sometimes use powdered cuttlebone as a filler in certain art supplies, demonstrating its versatility beyond the aquatic environment. Additionally, the cuttlebone is utilized in traditional medicine in some cultures, where it is believed to have health benefits.The ecological role of the cuttlebone extends to the marine ecosystem as well. When cuttlefish die, their cuttlebones sink to the ocean floor, providing a source of calcium for other organisms. This natural recycling process contributes to the overall health of marine environments. Moreover, the presence of cuttlefish and their cuttlebones can indicate the health of marine ecosystems, serving as a sign of biodiversity.In conclusion, the cuttlebone is not just a simple structure; it is a multifunctional organ that plays critical roles in the life of cuttlefish and the broader marine ecosystem. Its unique properties make it valuable not only for the creatures that possess it but also for various human uses. Understanding the significance of the cuttlebone enhances our appreciation for the complexity of marine life and the interconnectedness of ecosystems. As we continue to study these fascinating creatures, we uncover more about the vital roles they play in our oceans and how their adaptations, such as the cuttlebone, are essential for their survival and the health of our planet's waters.

“骨”是发现于乌贼中的一种独特而迷人的结构，这些动物属于软体动物类头足纲。这个轻便、多孔的内部壳为乌贼提供了几个重要的功能。主要是，骨帮助动物在水中保持浮力。通过调整骨腔室内的气体和液体含量，乌贼可以控制它们在海洋中的深度和位置。这种能力对捕猎猎物和躲避捕食者至关重要。除了浮力控制，骨还作为一种保护结构。它为乌贼柔软的身体提供了一定程度的支持，而乌贼缺乏像其他软体动物（如蜗牛或蛤蜊）那样坚硬的外壳。骨主要由碳酸钙组成，使其成为各种动物（包括鸟类）宝贵的钙源。许多宠物主人给他们的鸟提供骨的碎片，以帮助它们保持健康的喙和骨骼。有趣的是，骨也找到了多种人类应用。例如，由于其柔软的质地，它通常用于制造精细的粉笔和作为抛光剂。艺术家有时使用粉末状的骨作为某些艺术用品的填料，展示了其在水生环境之外的多功能性。此外，在一些文化中，骨被用于传统医学，被认为具有健康益处。骨的生态作用延伸到海洋生态系统。当乌贼死亡时，它们的骨沉入海底，为其他生物提供钙源。这种自然回收过程有助于海洋环境的整体健康。此外，乌贼及其骨的存在可以指示海洋生态系统的健康，作为生物多样性的标志。总之，骨不仅仅是一个简单的结构；它是一个多功能的器官，在乌贼的生活和更广泛的海洋生态系统中发挥着关键作用。它的独特特性使其不仅对拥有它的生物有价值，还有各种人类用途。理解骨的重要性增强了我们对海洋生命复杂性的欣赏以及生态系统之间相互联系的认识。随着我们继续研究这些迷人的生物，我们揭示了更多关于它们在海洋中所扮演的重要角色，以及它们的适应性（如骨）对其生存和我们星球水域健康的必要性。