cuneate

简明释义

英[ˈkjuːneɪt]美[ˈkjuːneɪt]

adj. 楔形的

英英释义

单词用法

同义词

反义词

例句

1.The high density nuclei consist of the pontine nuclei, inferior olivary complex and so on which have connections with cerebellum, cuneate nucleus, superior olivary nucleus and abducent nucleus.

血管密度高的核团包括了脑桥核、下橄榄核簇等与小脑相连系的核团，及楔束核、上橄榄核和展神经核；

2.The high density nuclei consist of the pontine nuclei, inferior olivary complex and so on which have connections with cerebellum, cuneate nucleus, superior olivary nucleus and abducent nucleus.

血管密度高的核团包括了脑桥核、下橄榄核簇等与小脑相连系的核团，及楔束核、上橄榄核和展神经核；

3.The projections from the external cuneate and the dorsal column nuclei to cerebellum in 44 rats were examined by means of HRP.

用辣根过氧化物酶（HRP）逆行传递法，在44只大白鼠脑，研究了楔外、内核和薄束核到小脑蚓部皮质的投射。

4.Upper leaf blades 5-10 cm wide corrugate base cuneate margin coarsely crenate apex obtuse veins flabellate netted.

上面叶片5 - 10厘米宽具皱褶基部楔形边缘具粗圆齿先端钝脉扇形网状。

5.Leaf blade base broadly cuneate to rounded, margin obtusely serrate; drupe and endocarp ellipsoid to oblong.

叶片基部宽楔形到圆形，边缘钝锯齿；核果和内果皮椭圆形的到长圆形。

6.Leaf blade base cuneate, abaxial surface with gray-white indumentum; corolla magenta-rose.

背面用灰白色的毛被，叶片基部楔形；花冠。

7.The shape of leaf margin in transverse section can be divided into arcuate and cuneate.

石蒜属植物横切面上叶缘的形状分为圆弧形和楔形两种类型。

8.Leaf blade base rounded or broadly cuneate; fruit rugose when mature.

叶片基部圆形或宽楔形；成熟时的果具皱纹。

9.Basal leaf blade oblong or elliptic, truncate or cuneate at base.

基生叶长圆形或椭圆形，截形或楔形在基部。

10.They have connections with cerebellum, cuneate nucleus, superior olivary nucleus and abducent nucleus.

它们与小脑，楔形核，上橄榄核和外展核有联系。

11.The leaf of the plant is characterized by its cuneate 楔形的 base, which helps it adapt to its environment.

这种植物的叶子以其cuneate 楔形的 基部为特征，这帮助它适应环境。

12.In botany, the term cuneate 楔形的 is often used to describe leaves that taper off toward the base.

在植物学中，术语cuneate 楔形的 常用于描述向基部逐渐变窄的叶子。

13.The cuneate 楔形的 shape of the stone tool indicates it was designed for cutting.

这个石器的cuneate 楔形的 形状表明它是为切割而设计的。

14.Many fish species have cuneate 楔形的 tails that enhance their swimming efficiency.

许多鱼类具有cuneate 楔形的 尾巴，提高了它们的游泳效率。

15.The cuneate 楔形的 design of the wedge makes it effective for splitting wood.

这个楔子的cuneate 楔形的 设计使其在劈木头时非常有效。

作文

In the realm of biology and anatomy, many terms are used to describe various shapes and structures found in living organisms. One such term is cuneate, which refers to a wedge-shaped structure. This word originates from the Latin 'cuneatus,' meaning 'wedge.' The significance of understanding such specific terminology cannot be understated, especially for students and professionals in scientific fields. cuneate structures can be found in various parts of the body, including certain types of bones and leaves. For instance, in botany, a leaf that is described as cuneate has a wedge-like base that tapers toward the stem. This unique shape can affect how the leaf interacts with its environment, including how it absorbs sunlight and water. Moreover, in human anatomy, the cuneiform bones in the foot are named for their wedge-like shapes. These bones play a crucial role in maintaining balance and supporting the arch of the foot. Understanding the cuneate nature of these bones helps medical professionals diagnose and treat foot-related ailments more effectively. In addition to its biological implications, the term cuneate can also appear in discussions about design and architecture. For example, a cuneate design may be employed to create aesthetically pleasing furniture or buildings that utilize wedge shapes to enhance structural integrity or visual appeal. Designers often draw inspiration from natural forms, and recognizing the importance of cuneate shapes can lead to innovative solutions in both art and engineering. The versatility of the term cuneate extends beyond the sciences into everyday language as well. When describing objects or concepts that have a wedge-like quality, using this specific term can add precision to communication. For instance, one might describe a cuneate tool that is designed for cutting or carving, emphasizing its unique shape and functionality. In conclusion, the word cuneate serves as a bridge between various fields of study, highlighting the interconnectedness of language, science, and design. Whether in anatomy, botany, or architecture, recognizing and understanding the significance of cuneate structures allows for a deeper appreciation of the world around us. As we continue to explore and learn, embracing such specific terminology enriches our knowledge and enhances our ability to communicate effectively. By incorporating words like cuneate into our vocabulary, we not only expand our linguistic repertoire but also develop a greater understanding of the intricate designs found in nature and human innovation.

在生物学和解剖学领域，许多术语被用来描述生物体内各种形状和结构。其中一个术语是cuneate，指的是一种楔形结构。这个词源于拉丁语'cuneatus'，意为'楔子'。理解这样的特定术语的重要性不容小觑，尤其对于科学领域的学生和专业人士而言。cuneate结构可以在身体的各个部分找到，包括某些类型的骨骼和叶子。例如，在植物学中，被描述为cuneate的叶子具有一个楔形的基部，向茎部逐渐变尖。这种独特的形状可以影响叶子与其环境的互动，包括如何吸收阳光和水分。 此外，在人体解剖学中，足部的楔形骨因其楔形而得名。这些骨骼在维持平衡和支持足弓方面发挥着至关重要的作用。理解这些骨骼的cuneate性质有助于医疗专业人员更有效地诊断和治疗与足部相关的疾病。 除了生物学的含义外，cuneate一词也可能出现在设计和建筑的讨论中。例如，楔形设计可能被用于创造美观的家具或建筑，利用楔形来增强结构的完整性或视觉吸引力。设计师常常从自然形式中汲取灵感，认识到cuneate形状的重要性可以在艺术和工程中带来创新的解决方案。 cuneate一词的多样性不仅限于科学，还延伸到日常语言。当描述具有楔形特质的物体或概念时，使用这个特定的术语可以为交流增添精确性。例如，人们可能会描述一个cuneate工具，旨在切割或雕刻，强调其独特的形状和功能。 总之，cuneate这个词在各个研究领域之间架起了一座桥梁，突显了语言、科学和设计之间的相互联系。无论是在解剖学、植物学还是建筑学中，认识和理解cuneate结构的重要性使我们能够更深刻地欣赏周围的世界。随着我们继续探索和学习，接受这样的特定术语丰富了我们的知识，并增强了我们有效沟通的能力。通过将像cuneate这样的词汇纳入我们的词汇中，我们不仅扩展了我们的语言库，还发展了对自然和人类创新中复杂设计的更深入理解。