plexiform
简明释义
英[ˈpleksɪˌfɔːm]美[ˈpleksəˌfɔrm]
adj. (血管等)丛状的
英英释义
Plexiform refers to a structure that is arranged in a network or interwoven pattern, often used to describe certain types of tissues or tumors. | Plexiform指的是以网络或交织的模式排列的结构,通常用于描述某些类型的组织或肿瘤。 |
单词用法
网状神经纤维瘤 | |
网状病变 | |
网状模式 | |
网状结构 |
同义词
反义词
简单的 | 该系统的设计简单易懂。 | ||
线性的 | 线性方法解决问题非常有效。 |
例句
1.The expression of VIP exists on photoreceptor- outer segment, inner nuclear layer and inner plexiform layer of retina and choroids, and weak expression exists on ganglion cell and nerve fiber layer.
VIP表达主要位于视网膜光感受器外节、内核层、内网状层和脉络膜,神经节细胞层和神经纤维层也有弱表达;
2.The cerebral cortex include three layers: outer plexiform layer, cell layer and inner plexiform layer. There are some small cells scatter in outer and inner plexiform layer.
扬子鳄大脑皮层可分为外网状层、细胞层和内网状层三层,神经细胞绝大多数集中于细胞层内,内、外网状层中零星分布一些小细胞。
3.The expression of VIP exists on photoreceptor- outer segment, inner nuclear layer and inner plexiform layer of retina and choroids, and weak expression exists on ganglion cell and nerve fiber layer.
VIP表达主要位于视网膜光感受器外节、内核层、内网状层和脉络膜,神经节细胞层和神经纤维层也有弱表达;
4.Results:Among the4cases of NF1,2had defect of the great wings of the sphenoid, bilateral middle cerebellar peduncle gliomas and plexiform neurofibroma respectively.
结果:神经纤维瘤病1型4例,表现为蝶骨大翼缺损2例,其中1例合并双侧桥小脑结合臂胶质瘤,1例合并眶内丛状神经纤维瘤;
5.In the retina of RCS rats, GABA-like immunoreactivity was observed in the inner plexiform layer, few GABA-ergic amacrine cells and the ganglion cell layer.
RCS鼠则分布于视网膜内丛状层的少量神经纤维、极少量GABA阳性免疫反应的无长突细胞和节细胞层的部分纤维。
6.Results: GABA-IR structure of both groups was observed in amacrine cells, inner plexiform layer, ganglion cells and nerve filament layer.
结果:老年猫、青年猫GABA免疫反应阳性结构均见于无长突细胞、内网状层、神经节细胞和神经纤维层。
7.Only the outer plexiform layer cells of group B3. were swollen.
B3组有少量外丛状层细胞轻度肿胀。
8.Conclusion The cords could be divided into three types which were longitudinal, horizontal and plexiform cords.
结论右心房的条索分为纵向、横向和丛状三类。
9.The tumor exhibited a plexiform 错综复杂的 arrangement of cells, making it difficult to diagnose.
肿瘤表现出一种plexiform 错综复杂的 细胞排列,使得诊断变得困难。
10.In the study of neurobiology, researchers observed plexiform 错综复杂的 structures in the brain's architecture.
在神经生物学的研究中,研究人员观察到大脑结构中的plexiform 错综复杂的 结构。
11.The plexiform 错综复杂的 network of blood vessels in the tissue was remarkable under the microscope.
在显微镜下,组织中的plexiform 错综复杂的 血管网络令人惊叹。
12.Her artwork features a plexiform 错综复杂的 design that captures the viewer's attention.
她的艺术作品具有一种plexiform 错综复杂的 设计,吸引了观众的注意。
13.The plexiform 错综复杂的 layer of neurons plays a crucial role in sensory processing.
这一层plexiform 错综复杂的 神经元在感觉处理上发挥着至关重要的作用。
作文
The term plexiform refers to a complex structure that resembles a network or a woven pattern. In various scientific fields, particularly in biology and medicine, this term is often used to describe the intricate arrangements of cells or tissues. For instance, the plexiform neurofibroma is a type of tumor that exhibits a distinctive, woven appearance, which can complicate surgical removal due to its intertwining with surrounding tissues. This characteristic makes it essential for medical professionals to understand the plexiform nature of such tumors to develop effective treatment plans. In the realm of anatomy, the term plexiform can also be applied to describe structures like the plexiform layer found in the retina. The retina is a crucial part of the eye that captures light and sends visual signals to the brain. The plexiform layers within the retina are where synaptic connections occur between different types of neurons, playing a vital role in processing visual information. Understanding these plexiform layers helps researchers and doctors comprehend how vision works and what might go wrong in various eye diseases. Beyond biology, the concept of plexiform can extend into other disciplines such as architecture and engineering. For example, when designing buildings, architects may create plexiform spaces that allow for multiple pathways and interconnected areas, fostering social interaction and movement. These designs often aim to enhance the user experience by providing a sense of flow and connectivity, much like the biological networks found in living organisms. Moreover, the plexiform concept can be metaphorically applied to social structures. In sociology, communities can be viewed as plexiform networks, where individuals are interconnected in complex ways. Understanding these social plexiform patterns can help in addressing societal issues, as it highlights the importance of relationships and interactions among community members. By recognizing the plexiform nature of social ties, policymakers can devise strategies that promote cooperation and cohesion within communities. In conclusion, the term plexiform encapsulates the idea of complexity and interconnectedness across various fields. Whether it is in the context of biological structures, architectural designs, or social networks, recognizing the plexiform characteristics allows us to appreciate the intricate relationships that exist within systems. As we continue to explore and understand these plexiform structures, we open the door to new insights and innovations that can benefit both science and society. Therefore, the study of plexiform arrangements is not just an academic pursuit; it is a pathway to understanding the world around us more deeply.
术语plexiform指的是一种复杂的结构,类似于网络或编织的图案。在各种科学领域,特别是在生物学和医学中,这个术语常用于描述细胞或组织的复杂排列。例如,plexiform神经纤维瘤是一种肿瘤,具有独特的编织外观,由于与周围组织交织在一起,手术切除可能会变得复杂。这一特征使得医疗专业人员必须理解此类肿瘤的plexiform性质,以制定有效的治疗计划。 在解剖学领域,术语plexiform也可以用来描述像视网膜中的plexiform层这样的结构。视网膜是眼睛的重要部分,捕捉光线并将视觉信号发送到大脑。视网膜内的plexiform层是不同类型神经元之间发生突触连接的地方,在处理视觉信息中发挥着至关重要的作用。理解这些plexiform层有助于研究人员和医生理解视觉的工作原理以及在各种眼病中可能出现的故障。 除了生物学之外,plexiform的概念还可以扩展到建筑和工程等其他学科。例如,在设计建筑时,建筑师可能会创建plexiform空间,允许多条路径和相互连接的区域,促进社会互动和流动。这些设计通常旨在通过提供流动性和连通感来增强用户体验,类似于生物体内存在的网络。 此外,plexiform概念也可以比喻性地应用于社会结构。在社会学中,社区可以被视为plexiform网络,个人以复杂的方式相互连接。理解这些社会plexiform模式可以帮助解决社会问题,因为它凸显了社区成员之间关系和互动的重要性。通过认识到社会联系的plexiform性质,政策制定者可以制定促进社区合作和凝聚力的策略。 总之,术语plexiform概括了各个领域中复杂性和相互联系的概念。无论是在生物结构、建筑设计还是社会网络的背景下,识别plexiform特征使我们能够欣赏系统内部存在的复杂关系。随着我们继续探索和理解这些plexiform结构,我们为科学和社会带来了新的见解和创新的可能性。因此,研究plexiform排列不仅仅是一项学术追求;它是深入理解我们周围世界的一条途径。
文章标题:plexiform的意思是什么
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