cerebriform

简明释义

英[ˈsɛrəbrɪˌfɔrm]美[ˈsɛrəbrɪˌfɔrm]

脑形的

脑状

英英释义

单词用法

同义词

反义词

例句

1.On CT, it can often have a lobulated ('cerebriform') appearance which has been reported to be very specific.

在CT上，其经常可以表现为分叶状（脑回样），这被认为是非常特异的。

2.A 30-year-old female patient presented with macrodactyly of the left thumb, hemihypertrophy of the left lower extremity, plantar cerebriform hyperplastic mass and nodules for thirty years.

因左拇趾粗大、左下肢偏侧肥大、左足跖脑回状增生性斑块和结节30年就诊。

3.On CT, it can often have a lobulated (cerebriform) appearance.

在CT 上，它经常表现为分叶状（脑状）。

4.A 30-year-old female patient presented with macrodactyly of the left thumb, hemihypertrophy of the left lower extremity, plantar cerebriform hyperplastic mass and nodules for thirty years.

因左拇趾粗大、左下肢偏侧肥大、左足跖脑回状增生性斑块和结节30年就诊。

5.The mushroom had a distinctly cerebriform appearance, resembling the folds of a brain.

这朵蘑菇有着明显的脑状外观，像是大脑的褶皱。

6.In the art exhibit, one sculpture was intentionally designed to be cerebriform, challenging perceptions of thought.

在艺术展览中，有一件雕塑被故意设计成脑状，挑战人们对思想的认知。

7.The texture of the cake was surprisingly cerebriform, making it an interesting centerpiece.

蛋糕的质地出乎意料地脑状，使其成为一个有趣的中心装饰。

8.The ancient artifact had a cerebriform design, suggesting it might have been used in rituals related to the mind.

这个古老的文物有着脑状的设计，暗示它可能用于与思维相关的仪式。

9.Researchers found a cerebriform coral formation that resembled human brain tissue.

研究人员发现了一种脑状珊瑚结构，形似人类脑组织。

作文

The human brain is a marvel of evolution, exhibiting a complex structure and an intricate network of neurons that allow us to think, feel, and interact with the world. One fascinating aspect of the brain's structure is its resemblance to certain shapes found in nature. A term that aptly describes this unique shape is cerebriform, which means resembling the brain. This adjective can be applied not only to anatomical structures but also to various forms in art and design that evoke the intricate folds and contours of the brain. In the realm of biology, we often encounter organisms or formations that display cerebriform characteristics. For instance, some fungi have fruiting bodies that appear to mimic the convoluted surface of a human brain. These cerebriform fungi are not only visually striking but also serve ecological purposes, breaking down organic matter and contributing to nutrient cycling in their environments. The study of these organisms opens up discussions about the diversity of life on Earth and the different evolutionary paths that lead to such intriguing adaptations.Moreover, the concept of cerebriform extends beyond biology into the realms of art and architecture. Artists and architects have long been inspired by the natural world, often incorporating organic shapes into their designs. A notable example is the work of Antoni Gaudí, whose architectural masterpieces feature flowing lines and forms that resemble natural structures. His use of cerebriform motifs creates a sense of harmony between the built environment and the natural world, inviting observers to experience a deeper connection to their surroundings.In literature, the idea of cerebriform can also be found in the exploration of consciousness and the human experience. Writers often delve into the complexities of the mind, using metaphors that evoke the brain's structure to illustrate thoughts, emotions, and memories. By employing cerebriform imagery, authors can create vivid representations of the mental landscape, allowing readers to engage with the material on a more profound level. This literary technique emphasizes the interconnectedness of our thoughts and experiences, much like the intricate pathways within the brain itself.Furthermore, in the field of psychology, understanding the brain's cerebriform nature is crucial for grasping how we process information and respond to stimuli. Neuroscientists study the brain's anatomy and functionality to uncover the mysteries behind cognitive processes, emotional regulation, and behavioral patterns. By examining the cerebriform features of the brain, researchers can better understand neuroplasticity—the brain's ability to adapt and reorganize itself in response to learning and experience.In conclusion, the term cerebriform encapsulates a rich array of meanings across various disciplines, from biology to art, literature, and psychology. Its application highlights the beauty and complexity of the brain, as well as its influence on our understanding of the world. As we continue to explore the intricacies of the brain and its cerebriform attributes, we gain insights not only into our own minds but also into the broader tapestry of life that surrounds us.

人类大脑是进化的奇迹，展现出复杂的结构和错综复杂的神经网络，使我们能够思考、感受和与世界互动。大脑结构的一个迷人方面是它与自然界中某些形状的相似性。一个恰当地描述这种独特形状的术语是cerebriform，意思是类似于大脑。这一形容词不仅可以应用于解剖结构，还可以应用于在艺术和设计中唤起大脑复杂褶皱和轮廓的各种形式。在生物学领域，我们常常遇到表现出cerebriform特征的生物或形成。例如，一些真菌的果体看起来像模仿人脑的复杂表面。这些cerebriform真菌不仅在视觉上引人注目，而且还发挥生态作用，分解有机物质并促进其环境中的营养循环。这些生物的研究开启了关于地球生命多样性的讨论，以及导致如此迷人适应的不同进化路径。此外，cerebriform的概念超越了生物学，进入艺术和建筑的领域。艺术家和建筑师长期以来受到自然界的启发，常常将有机形状融入他们的设计中。一个显著的例子是安东尼·高迪的作品，他的建筑杰作展示了流畅的线条和类似自然结构的形式。他对cerebriform主题的运用创造了一种建筑环境与自然世界之间的和谐感，邀请观察者体验与周围环境更深层次的联系。在文学中，cerebriform的概念也可以在对意识和人类经验的探索中找到。作家们常常深入探讨思维的复杂性，使用唤起大脑结构的隐喻来阐述思想、情感和记忆。通过采用cerebriform意象，作者可以生动地呈现心理景观，让读者以更深刻的方式与材料互动。这种文学技巧强调了我们思想和经历之间的相互联系，就像大脑内部错综复杂的通路一样。此外，在心理学领域，理解大脑的cerebriform特性对于掌握我们如何处理信息和对刺激做出反应至关重要。神经科学家研究大脑的解剖结构和功能，以揭示认知过程、情感调节和行为模式背后的奥秘。通过研究大脑的cerebriform特征，研究人员可以更好地理解神经可塑性——大脑在学习和经验中适应和重组自身的能力。总之，术语cerebriform在各个学科中包含了丰富的含义，从生物学到艺术、文学和心理学。它的应用突显了大脑的美丽和复杂性，以及它对我们理解世界的影响。当我们继续探索大脑及其cerebriform特征的复杂性时，我们不仅获得了对自己思想的洞察，也获得了对周围更广泛生命拼图的理解。