nares

简明释义

英[ˈneəriːz]美[ˈnerˌiz;nærz;ˈneɪriz]

n. 鼻孔（naris 的复数）

n. （Nares）人名；（英）内尔斯；（西）纳雷斯

英英释义

单词用法

同义词

反义词

例句

1.Not all fish move water in and out through these nares in quite the same ways, but key to a strong sense of smell for fish is the ability to move water rapidly over these sensory pads.

鱼并不都是以相同的方式让水在自己的鼻孔中进出的，但嗅觉敏锐与否的关键在于鱼是不是有能力让水快速通过自己的嗅觉感受器官。

2.Not all fish move water in and out through these nares in quite the same ways, but key to a strong sense of smell for fish is the ability to move water rapidly over these sensory pads.

鱼并不都是以相同的方式让水在自己的鼻孔中进出的，但嗅觉敏锐与否的关键在于鱼是不是有能力让水快速通过自己的嗅觉感受器官。

3.Arches of ice that usually span Nares Strait, between Greenland and Ellesmere Island, failed to form in 2007, giving sea ice an additional exit route from the Arctic.

2007年，通常横跨在格林兰岛和埃尔斯米尔岛之间的内尔斯海峡上的冰拱未能形成，这给了海冰从北冰洋流逝的一个额外路径。

4.Objective: To evaluate and compare the curative effects between gauze roll packing and dual water bag packing of the anterior post nares in arresting epistaxis.

目的：比较前后鼻孔纱球填塞法与双管水囊前后鼻孔填塞法治疗严重鼻出血的疗效。

5.Some fish, such as smaller species of mackerel, have an olfactory system that requires them to swim in order to get water moving through their nares.

还有的鱼，如小型鲭鱼，则需要通过游动来让水通过它们的呼吸系统。

6.What is the appropriate distance from the teeth to the tip of an endotracheal tube? From the nares to the tip for a nasal intubation.

牙齿到气管导管头端的核实距离为多少？鼻插管时鼻孔到导管尖端的距离有多少？

7.Petermann glacier is located in Northwest Greenland to the east of Nares Strait, and is the northernmost glacier in the world.

彼德曼冰川位于格陵兰岛西北部，内尔斯海峡以东。是全世界最靠北的冰川。

8.It is now drifting in a remote area called the Nares Strait between Greenland and Canada.

它现在远远的漂流在格林兰和加拿大之间一个叫做纳勒斯海峡的区域。

9.Comprehensive solution covers nose tip, nasion, nose wing, nose bridge, nares and.

鼻尖、鼻根、鼻翼、鼻梁、鼻孔等鼻部问题！

10.A match nares in the darkness.

一根火柴在黑暗中突然发出光来。

11.During the examination, the doctor checked the patient's nares for any signs of inflammation.

在检查过程中，医生检查了患者的鼻孔是否有炎症的迹象。

12.The veterinarian examined the dog's nares to ensure it wasn't having difficulty breathing.

兽医检查了狗的鼻孔以确保它没有呼吸困难。

13.Allergies can cause swelling in the nares, leading to nasal congestion.

过敏会导致鼻孔肿胀，从而引起鼻塞。

14.A cold can cause mucus to build up in the nares, making it hard to breathe.

感冒会导致鼻孔内积聚粘液，使呼吸变得困难。

15.The child was taught to blow his nose to clear his nares when he had a cold.

孩子被教导在感冒时要擤鼻涕以清理他的鼻孔。

作文

The human body is a marvel of evolution, with each part serving a unique function that contributes to our overall health and well-being. One often overlooked yet essential feature of our anatomy is the nasal passages, specifically the two openings known as nares (鼻孔). These small structures play a crucial role in our respiratory system and are vital for our sense of smell. In this essay, I will explore the significance of the nares and how they contribute to various bodily functions. Firstly, the primary function of the nares is to allow air to enter the nasal cavity. When we breathe in, air travels through the nares, where it is filtered, warmed, and humidified before reaching the lungs. This process is essential because it helps protect our respiratory system from harmful particles, such as dust and allergens. The tiny hairs inside the nasal passages, known as cilia, work tirelessly to trap these particles, preventing them from entering our lungs and causing potential harm. Moreover, the nares are integral to our sense of smell, which is closely linked to our ability to taste. The olfactory receptors located in the upper part of the nasal cavity detect various scents, allowing us to experience the world around us in a rich and nuanced way. The importance of smell can be seen in our daily lives; for instance, the aroma of freshly baked bread or the scent of blooming flowers can evoke powerful memories and emotions. Without functional nares, our ability to enjoy these experiences would be significantly diminished. In addition to their role in respiration and olfaction, the nares also play a part in speech production. The nasal passages contribute to the resonance of our voice, making it fuller and richer. When we speak, air passes through the nares and into the oral cavity, allowing for a variety of sounds and tones. Individuals who have nasal congestion due to allergies or colds may notice a change in their voice, highlighting the importance of the nares in effective communication. Furthermore, the nares are involved in regulating airflow during physical activities. When we exercise, our bodies require more oxygen, and the nares help facilitate increased airflow to meet this demand. By widening or narrowing, the nares can adjust the volume of air entering the lungs, ensuring that our bodies receive the necessary oxygen to sustain our energy levels during strenuous activities. In conclusion, the nares are much more than just simple openings in our face; they are vital components of our respiratory system, our sense of smell, and our ability to communicate effectively. Understanding the significance of the nares allows us to appreciate the complexities of our anatomy and the intricate ways in which our bodies function. As we continue to learn about human biology, let us not forget the importance of these small yet mighty structures that play such a significant role in our daily lives.

人体是进化的奇迹，每个部分都发挥着独特的功能，促进我们的整体健康和幸福。一个常常被忽视但至关重要的解剖特征是鼻腔，特别是两个开口被称为nares（鼻孔）。这些小结构在我们的呼吸系统中发挥着关键作用，并对我们的嗅觉至关重要。在这篇文章中，我将探讨nares的重要性以及它们如何为各种身体功能做出贡献。 首先，nares的主要功能是让空气进入鼻腔。当我们吸气时，空气通过nares进入，经过过滤、加热和湿润后到达肺部。这个过程至关重要，因为它帮助保护我们的呼吸系统免受有害颗粒的侵害，如灰尘和过敏原。鼻腔内的细小毛发，称为纤毛，努力捕捉这些颗粒，防止它们进入我们的肺部并造成潜在伤害。 此外，nares对于我们的嗅觉至关重要，而嗅觉与我们的味觉密切相关。位于鼻腔上部的嗅觉受体能够检测各种气味，让我们以丰富而细腻的方式体验周围的世界。嗅觉的重要性可以在我们的日常生活中看到；例如，新鲜出炉的面包香气或盛开的花朵的香味可以唤起强烈的记忆和情感。没有功能正常的nares，我们享受这些体验的能力将大大减少。 除了在呼吸和嗅觉中的作用外，nares还参与语音的产生。鼻腔对我们声音的共鸣起着重要作用，使其更加饱满和丰富。当我们说话时，空气通过nares流入口腔，产生多种声音和音调。由于过敏或感冒导致的鼻塞，可能会注意到声音的变化，这突显了nares在有效沟通中的重要性。 此外，nares在调节体育活动期间的气流方面也发挥着作用。当我们锻炼时，身体需要更多的氧气，而nares有助于增加进入肺部的气流。通过扩张或收缩，nares可以调整进入肺部的空气量，确保我们的身体获得所需的氧气，以在剧烈活动中维持能量水平。 总之，nares不仅仅是我们面部简单的开口；它们是呼吸系统、嗅觉和有效沟通能力的关键组成部分。理解nares的重要性使我们能够欣赏我们解剖结构的复杂性以及我们身体功能的微妙方式。随着我们继续学习人类生物学，让我们不要忘记这些小而强大的结构在我们日常生活中所发挥的重要作用。