flocculus

简明释义

英[ˈflɒkjʊləs]美[ˈflɑːkjələs]

n. 一丛绒毛；绒球；谱斑

复 数 f l o c c u l i

英英释义

单词用法

同义词

反义词

例句

1.Magnetic resonance imaging (MRI) on 72-weighted images showed hyperintense lesions in middle cerebellar peduncle, anterior inferior cerebellum, and flocculus corresponding to the distribution of AICA.

核磁共振扫瞄显示前下小脑动脉所支配的中小脑脚，前下小脑及小叶产生梗塞征象。

2.Magnetic resonance imaging (MRI) on 72-weighted images showed hyperintense lesions in middle cerebellar peduncle, anterior inferior cerebellum, and flocculus corresponding to the distribution of AICA.

核磁共振扫瞄显示前下小脑动脉所支配的中小脑脚，前下小脑及小叶产生梗塞征象。

3.Not only does the white flocculus in honey suckle drinks level down their own qualities but bring about the pecuniary losses for enterprises.

金银花饮料中白色絮状物不但影响饮料本身的品质，还会给生产企业造成一定的经济损失。

4.The trouser sheet is a layered structure which is sewed by a shell fabric, a flocculus and an elastic cloth with threads.

裤片是由面料、絮片和弹力布经线缝制在一起的层状结构。

5.Includes the flocculus and nodulus and is related to equilibrium.

其包含小脑的绒球和小结以及它和平衡有关。

6.The cerebellum contains small structures known as flocculus, which play a role in motor control.

小脑包含被称为flocculus的小结构，它们在运动控制中发挥作用。

7.Researchers studied the flocculus to understand its function in balance and coordination.

研究人员研究了flocculus以理解其在平衡和协调中的功能。

8.Damage to the flocculus can lead to difficulties in maintaining posture.

对flocculus的损伤可能导致维持姿势的困难。

9.In avian species, the flocculus is involved in processing auditory information.

在鸟类中，flocculus参与处理听觉信息。

10.The flocculus is critical for the integration of sensory inputs.

flocculus对感官输入的整合至关重要。

作文

In the realm of neuroscience, understanding the intricate structures of the brain is essential for unraveling its many mysteries. One such structure is the flocculus, a small but significant part of the cerebellum. The flocculus (小绒球) plays a crucial role in motor control and balance, contributing to our ability to perform coordinated movements. This tiny region is often overlooked due to its size, yet it holds immense importance in the overall functioning of the cerebellum. The flocculus is involved in the processing of sensory information, particularly visual and vestibular inputs, which are critical for maintaining equilibrium. When we engage in activities such as riding a bicycle or playing sports, our brain relies on the flocculus to integrate various sensory signals, allowing us to adjust our movements accordingly. This integration is vital for preventing falls and ensuring smooth, fluid motion. Moreover, the flocculus is also linked to the learning of motor skills. Through practice and repetition, our brain forms new connections and pathways that enhance our ability to perform tasks. The flocculus aids in this process by helping to fine-tune our movements and improve our coordination. For instance, when learning to play a musical instrument, the flocculus helps synchronize our hand movements with auditory feedback, enabling us to produce harmonious sounds. In addition to its role in motor control, the flocculus is believed to be involved in cognitive functions as well. Recent studies have suggested that this small structure may play a part in certain aspects of attention and memory. Although more research is needed to fully understand these connections, it highlights the complexity of the flocculus and its influence beyond mere physical coordination. Understanding the flocculus is not only important for neuroscientists but also for individuals interested in improving their physical performance. Athletes, dancers, and musicians can benefit from exercises that target the cerebellum, enhancing the function of the flocculus and ultimately leading to better coordination and balance. Techniques such as balance training, agility drills, and even mindfulness practices can help stimulate this area of the brain, leading to improved motor skills. In conclusion, the flocculus may be a small part of the brain, but its significance is far-reaching. From motor control to cognitive functions, this tiny structure plays a pivotal role in our daily lives. By understanding and appreciating the flocculus, we can gain insights into the complexities of human movement and cognition. As research continues to evolve, it is likely that we will uncover even more about the fascinating functions of the flocculus and its impact on our abilities and experiences.

在神经科学领域，理解大脑的复杂结构对于揭开其许多奥秘至关重要。其中一个结构是flocculus（小绒球），它是小脑中一个小但重要的部分。flocculus（小绒球）在运动控制和平衡中发挥着关键作用，帮助我们执行协调的动作。这个微小的区域常常因其体积而被忽视，但它在小脑的整体功能中具有巨大的重要性。 flocculus（小绒球）参与感官信息的处理，特别是视觉和前庭输入，这对维持平衡至关重要。当我们进行骑自行车或运动等活动时，大脑依赖flocculus（小绒球）整合各种感官信号，从而使我们能够相应地调整动作。这种整合对于防止跌倒和确保平稳流畅的运动至关重要。 此外，flocculus（小绒球）还与运动技能的学习有关。通过练习和重复，我们的大脑形成新的连接和路径，从而增强我们执行任务的能力。flocculus（小绒球）在这一过程中起到微调我们动作和改善协调性的作用。例如，在学习演奏乐器时，flocculus（小绒球）帮助同步我们的手部动作与听觉反馈，使我们能够产生和谐的声音。 除了在运动控制中的作用，研究表明flocculus（小绒球）可能与某些认知功能也有关系。最近的研究建议，这个小结构可能在注意力和记忆的某些方面发挥作用。尽管需要更多的研究来全面理解这些联系，但这突显了flocculus（小绒球）的复杂性及其超越单纯物理协调的影响。 理解flocculus（小绒球）不仅对神经科学家重要，对于希望提高身体表现的个人来说也很有益。运动员、舞者和音乐家可以通过针对小脑的锻炼来受益，增强flocculus（小绒球）的功能，最终导致更好的协调和平衡。平衡训练、敏捷训练，甚至正念练习等技术可以帮助刺激大脑的这一区域，从而改善运动技能。 总之，flocculus（小绒球）可能是大脑中的一个小部分，但其重要性却是深远的。从运动控制到认知功能，这个微小的结构在我们的日常生活中发挥着关键作用。通过理解和欣赏flocculus（小绒球），我们可以深入了解人类运动和认知的复杂性。随着研究的不断发展，我们可能会揭示更多关于flocculus（小绒球）迷人功能及其对我们能力和体验的影响。