intraparietal

简明释义

英[ˌɪntrəˈpɛrɪtəl]美[ˌɪntrəˈpɛrɪtəl]

adj. [解剖] 壁内的；[解剖] 顶区内的

英英释义

单词用法

同义词

反义词

例句

1.In fact, Berns discovered that when people went along with the group on wrong answers, activity increased in the right intraparietal sulcus, an area of the brain devoted to spatial awareness.

事实上，Berns博士发现，当受试者附和群体的错误答案时，脑部负责空间知觉的右定内沟活动增加。

2.In fact, Berns discovered that when people went along with the group on wrong answers, activity increased in the right intraparietal sulcus, an area of the brain devoted to spatial awareness.

事实上，Berns博士发现，当受试者附和群体的错误答案时，脑部负责空间知觉的右定内沟活动增加。

3.They found connections between these duplicate maps and the intraparietal sulcus .

不同区域的地图拷贝与顶内沟的微型地图相互联系。

4.The intraparietal region is crucial for spatial awareness.

该intraparietal区域对于空间意识至关重要。

5.Damage to the intraparietal area can lead to difficulties in visual perception.

对intraparietal区域的损伤可能导致视觉感知困难。

6.Studies show that the intraparietal region is activated during attention tasks.

研究表明，在注意力任务中，intraparietal区域会被激活。

7.The intraparietal cortex is involved in the integration of sensory information.

该intraparietal皮层参与感官信息的整合。

8.Research indicates that the intraparietal sulcus plays a role in numerical processing.

研究表明，intraparietal沟在数字处理方面发挥着作用。

作文

The human brain is a complex organ that has intrigued scientists for centuries. Among its various regions, the parietal lobe plays a crucial role in processing sensory information and spatial awareness. Within this lobe, there exists a specific area known as the intraparietal (内侧顶叶) sulcus, which has garnered significant attention in recent research. The intraparietal (内侧顶叶) sulcus is involved in numerous cognitive functions, including the perception of numbers, the manipulation of objects, and even the coordination of movements. Studies have shown that this region is particularly active when individuals are engaged in tasks that require spatial reasoning or numerical estimation.Understanding the function of the intraparietal (内侧顶叶) sulcus can provide insights into how we interact with our environment. For instance, when we reach for an object, our brain processes the location and distance of that object, which involves the intraparietal (内侧顶叶) region. This area helps integrate visual information with motor commands, allowing for smooth and accurate movements. Furthermore, research indicates that damage to the intraparietal (内侧顶叶) sulcus can lead to difficulties in spatial awareness and numerical understanding, highlighting its importance in everyday functioning.In addition to its role in spatial and numerical processing, the intraparietal (内侧顶叶) sulcus has also been linked to attention and decision-making. When individuals are faced with multiple stimuli, the intraparietal (内侧顶叶) region helps prioritize which information to focus on. This selective attention is crucial in our fast-paced world, where distractions abound. Researchers have utilized neuroimaging techniques to observe the activity in the intraparietal (内侧顶叶) sulcus during attention-demanding tasks, revealing its involvement in filtering relevant from irrelevant information.Moreover, the intraparietal (内侧顶叶) sulcus is not only essential for individual cognitive processes but also plays a pivotal role in social interactions. Understanding others' intentions and actions requires a sophisticated integration of sensory information, which the intraparietal (内侧顶叶) region facilitates. This capability is vital for effective communication and collaboration, enabling us to navigate complex social environments.As research continues to evolve, the significance of the intraparietal (内侧顶叶) sulcus becomes increasingly evident. By exploring its functions, we can better appreciate the intricate workings of the brain and how they influence our behavior and interactions. Furthermore, this knowledge may pave the way for developing interventions for individuals who experience deficits in these cognitive domains. In conclusion, the intraparietal (内侧顶叶) sulcus is a remarkable component of the parietal lobe, integral to our ability to perceive, act, and interact with the world around us.

人脑是一个复杂的器官，几个世纪以来一直吸引着科学家的关注。在其各个区域中，顶叶在处理感觉信息和空间意识方面发挥着至关重要的作用。在这个叶子内部，存在一个特定的区域，称为intraparietal（内侧顶叶）沟，这一领域在近期研究中引起了显著的关注。intraparietal（内侧顶叶）沟涉及许多认知功能，包括数字感知、物体操控，甚至运动协调。研究表明，当个体参与需要空间推理或数值估计的任务时，该区域特别活跃。理解intraparietal（内侧顶叶）沟的功能可以提供我们如何与环境互动的见解。例如，当我们伸手去拿一个物体时，我们的大脑会处理该物体的位置和距离，这涉及到intraparietal（内侧顶叶）区域。该区域帮助将视觉信息与运动指令整合，从而实现流畅而准确的运动。此外，研究表明，损伤intraparietal（内侧顶叶）沟可能导致空间意识和数字理解方面的困难，突显了它在日常功能中的重要性。除了在空间和数字处理中的作用外，intraparietal（内侧顶叶）沟还与注意力和决策制定相关。当个体面临多个刺激时，intraparietal（内侧顶叶）区域有助于优先考虑关注哪些信息。这种选择性注意在我们快节奏的世界中至关重要，因为干扰无处不在。研究人员利用神经成像技术观察在注意力需求任务中intraparietal（内侧顶叶）沟的活动，揭示了其在过滤相关与无关信息中的参与。此外，intraparietal（内侧顶叶）沟不仅对个体认知过程至关重要，还在社会互动中发挥着关键作用。理解他人的意图和行为需要对感觉信息的复杂整合，而intraparietal（内侧顶叶）区域正是促进这一能力的关键。这种能力对于有效的沟通和合作至关重要，使我们能够在复杂的社会环境中导航。随着研究的不断发展，intraparietal（内侧顶叶）沟的重要性变得愈加明显。通过探索其功能，我们可以更好地欣赏大脑的复杂运作及其如何影响我们的行为和互动。此外，这些知识可能为那些在这些认知领域存在缺陷的个体开发干预措施铺平道路。总之，intraparietal（内侧顶叶）沟是顶叶的一个显著组成部分，对于我们感知、行动和与周围世界互动的能力至关重要。