fascicular

简明释义

英[fəˈsɪkjʊlə(r)]美[fəˈsɪkjələr]

adj. 丛生的；群生的；成束的

英英释义

单词用法

同义词

反义词

例句

1.The spindle shaped cells arranged in fascicular, whorled, and storiform;

梭形细胞呈交叉束状、旋涡状、席纹状排列；

2.The histological observation suggested that EWS caused enlargement of whole adrenal cortex, lipid infiltration of whole adrenal cortex and some haemorrhages in fascicular zone.

组织学观察表明，试验组仔猪肾上腺皮质部肥大，整个皮质区有大量被染成空泡的脂肪微粒； 同时大量红细胞散布于皮质区的束状带。

3.The spindle shaped cells arranged in fascicular, whorled and storiform.

梭形细胞呈束状、轮生和成层状排列。

4.Objective: To clarify the effects of fascicular orientation in repairing low median nerve injuries.

目的：阐明神经束支定位法在远端正中神经损伤修复中的作用。

5.Methods: Summed up the experience of terminating fascicular tachycardia and polymorphic ventricular tachycardia with extremely short coupling interval by intravenous verapamil in 20 cases.

方法：总结20例分支型室速和短联律间距室性早搏引发的多形性室速，静脉应用维拉·帕米终止室速发作的经验。

6.According to the assessment criterion of single nerve function issued by Gu, the excellent and good rate in epineurial and fascicular neurorrhaphy was 52.9% and 83.3%, respectively.

按顾玉东的单根神经功能研究标准评定，神经外膜缝合优良率为5 2 .9% ，神经束膜缝合优良率为83.3%。

7.Results In the 5 patients with CJD, 1 exhibited the fascicular potential, 1 the peripheral nervous impairment. The other 3 were all negative.

结果5例病人中，1例出现束颤电位，1例出现神经性受损，其余3例为阴性。

8.In this paper the suitable ecological conditions for the leaf bud of ginkgo to take roots are probed by the cuttage test of simple and fascicular leaf buds of ginkgo.

通过对银杏单叶芽和丛状叶芽扦插的试验研究，探索出适宜于银杏叶芽生根的生态环境条件。

9.Leaves alternate, sessile, terete, fleshy, base expanded, apex obtuse or aristate awned; leaf axil fascicular pilose.

叶互生，无柄，圆柱状，肉质，基部扩大的，先端钝或具芒；叶腋束状具柔毛。

10.The plant's stem is composed of several fascicular 束状的 structures that support its growth.

植物的茎由几个fascicular 束状的结构组成，以支持其生长。

11.In anatomy, the fascicular 束状的 arrangement of nerve fibers allows for efficient signal transmission.

在解剖学中，神经纤维的fascicular 束状的排列允许高效的信号传输。

12.The fascicular 束状的 organization of muscle fibers contributes to their strength and flexibility.

肌肉纤维的fascicular 束状的组织有助于它们的力量和灵活性。

13.Researchers studied the fascicular 束状的 architecture of the vascular system in plants.

研究人员研究了植物中血管系统的fascicular 束状的结构。

14.The fascicular 束状的 nature of the fibers makes them resistant to tearing.

这些纤维的fascicular 束状的特性使它们抗撕裂。

作文

In the realm of biology and anatomy, the term fascicular refers to structures that are arranged in bundles or fascicles. This term is often used to describe the organization of muscle fibers, nerves, or plant tissues. Understanding the concept of fascicular arrangements is crucial for students and professionals in fields such as medicine, botany, and zoology. For instance, in human anatomy, muscles are composed of numerous muscle fibers that are grouped together in a fascicular manner. Each bundle is surrounded by connective tissue, which helps maintain the structural integrity and function of the muscle. When we examine the biceps brachii, we can observe that its fibers are organized into distinct fascicular groups, allowing for coordinated contraction and movement. Similarly, in the nervous system, neurons are often organized into fascicular bundles known as fascicles. These bundles facilitate the efficient transmission of nerve impulses throughout the body. For example, the sciatic nerve, which is the largest nerve in the human body, is composed of several fascicular components that branch out to innervate various muscles and skin areas in the lower limbs. Understanding this fascicular organization is essential for diagnosing and treating nerve injuries or disorders. In botany, the concept of fascicular arrangements can also be observed in vascular plants, where xylem and phloem tissues are organized into fascicular bundles. These bundles play a critical role in the transport of water, nutrients, and sugars throughout the plant. For example, in the stem of a flowering plant, the vascular bundles are arranged in a fascicular pattern, allowing for efficient distribution of resources. This arrangement not only supports the plant's growth but also enhances its ability to adapt to environmental changes. The study of fascicular structures extends beyond biology and anatomy; it also has implications in other scientific fields. In engineering, understanding the fascicular arrangement of materials can lead to innovations in composite materials and their applications. For instance, researchers may study how fibers are bundled together to enhance the strength and durability of materials used in construction or manufacturing. In conclusion, the term fascicular plays a significant role in various scientific disciplines. Whether we are examining muscle fibers, neural pathways, or plant tissues, the fascicular organization is fundamental to understanding how these systems function and interact. As we continue to explore the complexities of biology and beyond, the concept of fascicular arrangements will undoubtedly remain a key area of interest and research, providing insights that can lead to advancements in health, agriculture, and technology.

在生物学和解剖学领域，术语fascicular指的是以束或束状排列的结构。这个术语通常用来描述肌肉纤维、神经或植物组织的组织方式。理解fascicular排列的概念对于医学、植物学和动物学等领域的学生和专业人士至关重要。例如，在人体解剖中，肌肉由许多肌肉纤维组成，这些纤维以fascicular的方式分组。每个束周围都有结缔组织，有助于维持肌肉的结构完整性和功能。当我们观察肱二头肌时，可以看到其纤维被组织成不同的fascicular组，从而实现协调收缩和运动。 同样，在神经系统中，神经元通常以称为束的fascicular束组织。这些束有助于在全身高效传递神经冲动。例如，坐骨神经是人体中最大的神经，由几个fascicular部分组成，分支到下肢的各种肌肉和皮肤区域。理解这种fascicular组织对于诊断和治疗神经损伤或疾病至关重要。 在植物学中，fascicular排列的概念也可以在维管植物中观察到，其中木质部和韧皮部组织以fascicular束的形式组织。这些束在植物中水分、养分和糖的运输中起着关键作用。例如，在开花植物的茎中，维管束呈现出fascicular的模式，从而允许资源的有效分配。这种排列不仅支持植物的生长，还增强了其适应环境变化的能力。 对fascicular结构的研究超越了生物学和解剖学，还在其他科学领域具有重要意义。在工程学中，理解材料的fascicular排列可以推动复合材料及其应用的创新。例如，研究人员可能会研究纤维如何捆绑在一起，以增强建筑或制造中使用的材料的强度和耐用性。 总之，术语fascicular在各个科学学科中发挥着重要作用。无论我们是在研究肌肉纤维、神经通路还是植物组织，fascicular的组织对于理解这些系统的功能和相互作用是基础。随着我们继续探索生物学及其他领域的复杂性，fascicular排列的概念无疑将继续成为一个重要的研究领域，为健康、农业和技术的进步提供洞见。