hippocampal

简明释义

英[ˌhɪpəˈkæmpəl]美[ˌhɪpəˈkæmpəl]

adj. 海马的；海马趾的

英英释义

单词用法

同义词

反义词

例句

1.Results (1) A lot of cilia and microvilli were obversed on the surface of hippocampal fimbria.

结果（1）大鼠海马伞的室管膜表面覆盖着大量的纤毛和微绒毛；

2.Results To describe the shape of hippocampal formation from sections.

结果从切片上描述海马结构的形态。

3.Hippocampal neurogenesis could have both of these roles, in erasing old memories and acquiring new memories.

海马体的神经发生可以同时扮演两个角色，除去旧记忆和获得新记忆。

4.Pain and Regional Anesthesia Gabapentin Increases a Tonic Inhibitory Conductance in Hippocampal Pyramidal Neurons.

加巴喷啶增加海马锥体神经元中强直性抑制电导。

5.Objective To explore the MRI and pathologic characteristics of hippocampal sclerosis.

目的探讨海马硬化的MRI表现和病理特征。

6.The hippocampal CA1 pyramidal neurons also continue to grow morphologically after birth.

出生后海马CA1锥体神经元在形态上也继续发育。

7.Serious hippocampal damage means the loss of the ability to form new long-term memories.

严重的海马体损伤会导致长期记忆能力的遗失。

8.Memory consolidation during sleep is believed to involve hippocampal 海马体 activity.

睡眠中的记忆巩固被认为涉及海马体的活动。

9.Damage to the hippocampal 海马体 region can lead to significant memory impairments.

对海马体区域的损伤可能导致显著的记忆障碍。

10.The study found that individuals with anxiety disorders showed reduced hippocampal 海马体 volume compared to healthy controls.

研究发现，焦虑症患者的海马体体积相比健康对照组有所减少。

11.Researchers are investigating the role of hippocampal 海马体 neurogenesis in learning and memory.

研究人员正在调查海马体神经发生在学习和记忆中的作用。

12.Studies show that exercise can enhance hippocampal 海马体 function and promote neurogenesis.

研究表明，锻炼可以增强海马体功能并促进神经发生。

作文

The brain is a complex organ that plays a crucial role in our daily lives. Among its many structures, the hippocampus is particularly significant due to its involvement in memory formation and spatial navigation. The term hippocampal (海马的) pertains to anything related to this vital part of the brain. Research has shown that the hippocampal (海马的) region is essential for encoding new memories and recalling past experiences. For instance, when we learn new information, such as facts for an exam or how to navigate a new city, our hippocampal (海马的) function is actively engaged. Without a properly functioning hippocampal (海马的) area, individuals may struggle with memory retention, leading to conditions such as amnesia. Moreover, the hippocampal (海马的) structure is not isolated; it interacts with various other brain regions to facilitate learning and memory. For example, the hippocampal (海马的) area communicates with the prefrontal cortex, which is involved in decision-making and planning. This collaboration is crucial for forming coherent memories and making informed choices based on past experiences. As we age, the hippocampal (海马的) volume can decrease, which may contribute to the memory decline often seen in older adults. In addition to its role in memory, the hippocampal (海马的) region is also implicated in emotional regulation. Studies have indicated that stress can adversely affect hippocampal (海马的) function, leading to difficulties in memory and emotional stability. This connection highlights the importance of managing stress for maintaining cognitive health. Furthermore, neurogenesis, the process of generating new neurons, occurs in the hippocampal (海马的) area, suggesting that engaging in activities that promote brain health, such as exercise and mental challenges, can enhance hippocampal (海马的) function. In conclusion, understanding the hippocampal (海马的) region is essential for appreciating how our brains work in terms of memory and emotion. Its role in learning and memory formation underscores the need for ongoing research into how we can protect and enhance this critical area of the brain. As we continue to explore the intricacies of the hippocampal (海马的) structure, we may uncover new strategies for improving cognitive function and overall brain health, benefiting individuals of all ages. The knowledge about the hippocampal (海马的) region not only enriches our understanding of neuroscience but also emphasizes the importance of mental health and wellness in our lives.

大脑是一个复杂的器官，在我们日常生活中发挥着至关重要的作用。在其众多结构中，海马体因其在记忆形成和空间导航中的参与而显得尤为重要。术语hippocampal（海马的）指与这个重要的大脑部分相关的任何事物。研究表明，hippocampal（海马的）区域对于编码新记忆和回忆过去经历至关重要。例如，当我们学习新信息时，例如考试的事实或如何在新城市中导航，我们的hippocampal（海马的）功能会积极参与。如果hippocampal（海马的）区域功能不正常，个人可能会在记忆保持上遇到困难，导致诸如健忘症等状况。此外，hippocampal（海马的）结构并不是孤立的；它与其他多个大脑区域相互作用，以促进学习和记忆。例如，hippocampal（海马的）区域与前额叶皮层进行交流，后者涉及决策和规划。这种协作对于形成连贯的记忆和根据过去的经历做出明智的选择至关重要。随着年龄的增长，hippocampal（海马的）体积可能会减少，这可能会导致老年人常见的记忆衰退。除了在记忆中的作用外，hippocampal（海马的）区域还与情绪调节有关。研究表明，压力会对hippocampal（海马的）功能产生不利影响，导致记忆和情绪稳定性方面的困难。这一联系突显了管理压力以维持认知健康的重要性。此外，神经发生，即生成新神经元的过程，发生在hippocampal（海马的）区域，这表明参与促进大脑健康的活动，例如锻炼和心理挑战，可以增强hippocampal（海马的）功能。总之，理解hippocampal（海马的）区域对于欣赏我们大脑在记忆和情感方面的工作至关重要。它在学习和记忆形成中的作用强调了对这一关键大脑区域保护和增强的持续研究的必要性。随着我们继续探索hippocampal（海马的）结构的复杂性，我们可能会发现改善认知功能和整体大脑健康的新策略，使各个年龄段的人受益。关于hippocampal（海马的）区域的知识不仅丰富了我们对神经科学的理解，还强调了心理健康和幸福感在我们生活中的重要性。