vomeronasal

简明释义

英[/ˌvoʊmərəˈneɪzl/]美[/ˌvoʊmərəˈneɪzl/]

犁鼻骨的

英英释义

单词用法

同义词

反义词

例句

1.It is shown that the difference of the structure of vomeronasal system is related with environment and reproduction behavior in rodent.

通过对这两种结构的比较，说明犁鼻系统的结构差异与鼠类的生活环境和繁殖行为有关。

2.It is shown that the difference of the structure of vomeronasal system is related with environment and reproduction behavior in rodent.

通过对这两种结构的比较，说明犁鼻系统的结构差异与鼠类的生活环境和繁殖行为有关。

3.Humans have vomeronasal organs, too, but compared to dogs, ours are very rudimentary.

人类也有犁鼻器，但与狗相比，我们的还处于初级阶段。

4.The presence of the vomeronasal 犁鼻 organ in many mammals helps them detect pheromones.

许多哺乳动物体内存在的vomeronasal 犁鼻 器官帮助它们检测信息素。

5.Researchers are studying the vomeronasal 犁鼻 system to understand its role in social behavior.

研究人员正在研究vomeronasal 犁鼻 系统，以了解其在社会行为中的作用。

6.In reptiles, the vomeronasal 犁鼻 organ is crucial for hunting and mating.

在爬行动物中，vomeronasal 犁鼻 器官对捕猎和交配至关重要。

7.The vomeronasal 犁鼻 organ allows animals to sense chemical signals from their environment.

该vomeronasal 犁鼻 器官使动物能够感知来自环境的化学信号。

8.Some studies suggest that humans may have a vestigial vomeronasal 犁鼻 organ.

一些研究表明，人类可能有一个退化的vomeronasal 犁鼻 器官。

作文

The sense of smell is one of the most powerful senses in many animals, playing a crucial role in their survival and interaction with the environment. Among the various olfactory structures present in different species, the vomeronasal organ stands out as a fascinating component. The vomeronasal organ, also known as Jacobson's organ, is a specialized sensory structure that detects pheromones—chemical signals released by individuals of the same species that can influence behavior and physiology. This organ is particularly well-developed in reptiles and some mammals, including rodents and certain primates, highlighting its evolutionary significance. In humans, the vomeronasal organ is significantly reduced and often considered vestigial, meaning it no longer serves a functional purpose in our olfactory system. However, studies suggest that even in humans, there might be remnants of this organ that could play a role in subconscious chemical communication. For instance, research has indicated that certain body odors can influence attraction and social interactions, hinting at the lingering effects of the vomeronasal system. Understanding the vomeronasal organ provides insight into the complex world of animal behavior and communication. In many species, the detection of pheromones through the vomeronasal organ can trigger a variety of responses, such as mating behaviors, territorial marking, and social bonding. For example, male mice are known to follow pheromone trails left by females, which can lead to courtship and mating. Similarly, many species of reptiles use pheromones to establish dominance and attract mates, showcasing the vital role of the vomeronasal organ in their reproductive strategies. Moreover, the study of the vomeronasal organ has implications for understanding human behavior as well. While we may not rely on pheromonal cues to the same extent as other animals, the idea that chemical signals can influence our emotions and social interactions is a captivating area of research. For instance, fragrances and scents can evoke memories and feelings, suggesting that our olfactory system, albeit different from that of other species, still holds power over our experiences and relationships. In conclusion, the vomeronasal organ is a remarkable example of how evolution shapes sensory systems across different species. While its role may vary significantly between animals and humans, the underlying principle of chemical communication remains a fascinating aspect of biology. As we continue to explore the complexities of the vomeronasal organ, we gain a deeper appreciation for the intricate ways in which organisms interact with their environment and each other. This knowledge not only enhances our understanding of animal behavior but also prompts us to reflect on our own sensory experiences and the subtle influences they may have on our lives.

嗅觉是许多动物最强大的感官之一，在它们的生存和与环境的互动中发挥着至关重要的作用。在不同物种中存在的各种嗅觉结构中，vomeronasal 器官作为一个迷人的组成部分脱颖而出。vomeronasal 器官，也称为雅各布森器官，是一种特殊的感官结构，用于检测信息素——由同一物种个体释放的化学信号，这些信号可以影响行为和生理。这种器官在爬行动物和某些哺乳动物（包括啮齿动物和某些灵长类动物）中尤其发达，突显了它的进化重要性。 在人类中，vomeronasal 器官明显减少，通常被认为是退化的，意味着它在我们的嗅觉系统中不再发挥功能。然而，研究表明，即使在人类中，这种器官的残留部分可能在潜意识的化学交流中发挥作用。例如，研究表明，某些体味可以影响吸引力和社会互动，暗示了vomeronasal 系统的持续影响。 理解vomeronasal 器官可以深入了解动物行为和交流的复杂世界。在许多物种中，通过vomeronasal 器官检测到的信息素可以触发各种反应，例如交配行为、领土标记和社会联系。例如，雄性老鼠已知会跟随雌性留下的信息素轨迹，这可能导致求偶和交配。同样，许多爬行动物使用信息素来建立主导地位和吸引配偶，展示了vomeronasal 器官在其繁殖策略中的重要作用。 此外，对vomeronasal 器官的研究对理解人类行为也有重要意义。尽管我们可能不会像其他动物那样依赖信息素线索，但化学信号能够影响我们的情感和社会互动的想法是一个引人入胜的研究领域。例如，香水和气味可以唤起记忆和情感，表明我们的嗅觉系统（尽管与其他物种不同）仍然对我们的经历和关系产生影响。 总之，vomeronasal 器官是进化如何塑造不同物种感官系统的一个显著例子。虽然其角色在动物和人类之间可能有显著差异，但化学交流的基本原理仍然是生物学中一个迷人的方面。随着我们继续探索vomeronasal 器官的复杂性，我们对生物体如何与其环境和彼此互动的复杂方式有了更深的理解。这种知识不仅增强了我们对动物行为的理解，还促使我们反思自己的感官体验及其可能对我们生活的微妙影响。