eccrine

简明释义

英[ˈekrɪn]美[ˈekrɪn]

adj. 外分泌腺的；分泌腺的

英英释义

单词用法

同义词

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例句

1.The fibroblasts grew along with the growth of eccrine sweat gland cells, and they were separated by digesting with 0 % trypsin and 0 0% ethylenediaminetetraacetic acid (EDTA).

用质量分数为0 。 %的胰酶和0 .0 %的乙二胺四乙酸 （EDTA）消化分离汗腺细胞和成纤维细胞 ；

2.The sweat gland of human being consists of eccrine gland and large sweat gland( apocrine gland) which is the root of body odor.

人体汗腺分小汗腺与大汗腺（浆腺）大汗腺是产生狐臭的根源。

3.When the Body temperature rises, the sympathetic nervous system stimulates eccrine sweat glands to secrete water to the skin surface, where it cools the Body by evaporation.

当体温升高时，交感神经系统刺激汗腺将水分分泌到体表，并蒸发来冷却体温。

4.The immunohistochemistry staining of CK7, CK19 was positive in subculture eccrine sweat gland duct cells.

外泌汗腺细胞CK 7、CK 19免疫组织化学染色均为阳性。

5.Conclusion the sugar residue on cell surface and normal cell structure is obviously changed in the course of malignant changing of eccrine gland tumors.

结论小汗腺肿瘤在癌变过程中，其细胞表面复合糖糖基及细胞正常结构发生了有意义的变化。

6.Human eccrine sweat is essentially a dilute solution of sodium chloride with trace amounts of other plasma electrolytes.

人体的汗液实质上是一种含有痕量其它血浆电解质的稀氯化钠溶液。

7.The eccrine (外分泌腺) glands are primarily found on the palms and soles of the feet.

eccrine（外分泌腺）腺主要分布在手掌和脚底。

8.During exercise, the eccrine (外分泌腺) glands produce sweat to help regulate body temperature.

在锻炼期间，eccrine（外分泌腺）腺产生汗水以帮助调节体温。

9.Unlike apocrine sweat, eccrine (外分泌腺) sweat is mostly water and salt.

与腺性汗水不同，eccrine（外分泌腺）汗水主要由水和盐组成。

10.The human body contains two types of sweat glands: apocrine and eccrine (外分泌腺) glands.

人体包含两种类型的汗腺：腺性和eccrine（外分泌腺）腺。

11.The activity of eccrine (外分泌腺) glands increases in response to heat and physical exertion.

eccrine（外分泌腺）腺的活动会因热量和身体运动而增加。

作文

The human body is a marvel of biological engineering, and one of its fascinating features is the variety of glands that contribute to our overall health and well-being. Among these glands, the sweat glands play a crucial role in thermoregulation and maintaining homeostasis. There are two primary types of sweat glands: apocrine and eccrine (外分泌腺). While both types serve the purpose of excreting sweat, their functions and locations within the body vary significantly.The eccrine (外分泌腺) glands are the most numerous type of sweat gland, found all over the body, particularly on the palms of the hands, soles of the feet, and forehead. These glands are responsible for producing a watery, odorless sweat that helps cool the body through evaporation. This process is vital, especially during physical exertion or in hot environments, as it prevents overheating and allows us to maintain a stable internal temperature.In contrast, apocrine glands are primarily located in specific areas such as the armpits and groin. They secrete a thicker, milky fluid that becomes odorous when it interacts with bacteria on the skin's surface. This difference in secretion is a key reason why personal hygiene practices often focus on areas with apocrine glands, while eccrine (外分泌腺) glands are less of a concern in terms of odor.Understanding the role of eccrine (外分泌腺) glands is essential not only from a biological perspective but also in the context of health and fitness. For instance, athletes often rely on the efficient functioning of these glands to regulate their body temperature during intense workouts. When exercising, the body heats up, and the eccrine (外分泌腺) glands kick into action, producing sweat that evaporates from the skin's surface, providing a cooling effect.Moreover, the amount and efficiency of sweat production can vary among individuals due to factors such as genetics, fitness level, and acclimatization to heat. Some people may sweat excessively, a condition known as hyperhidrosis, which can lead to discomfort and social anxiety. In such cases, understanding the mechanics of eccrine (外分泌腺) glands can help individuals seek appropriate treatments or lifestyle adjustments to manage their symptoms effectively.In addition to physical activity, emotional stress can also trigger the eccrine (外分泌腺) glands to produce sweat. This is often referred to as 'nervous sweating' and can occur even in the absence of heat or exercise. The body's response to stress involves the activation of the sympathetic nervous system, which stimulates the eccrine (外分泌腺) glands, leading to increased perspiration. Understanding this connection between stress and sweating can empower individuals to develop coping strategies for managing anxiety and reducing excessive sweating in social situations.In conclusion, the eccrine (外分泌腺) glands are an integral part of our body's ability to regulate temperature and respond to various stimuli. By appreciating their function and significance, we can better understand our bodies and take proactive steps to maintain our health. Whether through regular exercise, proper hydration, or stress management techniques, recognizing the importance of eccrine (外分泌腺) glands can lead to a healthier and more balanced lifestyle.

人类身体是生物工程的奇迹，其中一个迷人的特征是多种腺体对我们整体健康和福祉的贡献。在这些腺体中，汗腺在热调节和维持体内平衡方面发挥着至关重要的作用。汗腺主要有两种类型：顶泌腺和eccrine（外分泌腺）。尽管这两种类型都能排出汗水，但它们的功能和在身体内的位置有显著差异。eccrine（外分泌腺）腺体是最常见的汗腺，遍布全身，尤其是在手掌、脚底和额头上。这些腺体负责产生无味的水状汗水，通过蒸发帮助降温。这一过程至关重要，特别是在剧烈运动或高温环境中，因为它能防止过热，使我们保持稳定的内部温度。相比之下，顶泌腺主要位于特定区域，如腋下和腹股沟。它们分泌一种更浓稠、乳白色的液体，当与皮肤表面的细菌接触时会产生气味。这种分泌的差异是个人卫生实践通常关注顶泌腺所在区域的关键原因，而eccrine（外分泌腺）腺体在气味方面则较少引起关注。理解eccrine（外分泌腺）腺体的作用不仅从生物学的角度至关重要，而且在健康和健身的背景下也同样重要。例如，运动员通常依赖这些腺体的有效功能来调节他们在剧烈锻炼中的体温。当进行锻炼时，身体会升温，eccrine（外分泌腺）腺体开始发挥作用，产生汗水，从皮肤表面蒸发，提供降温效果。此外，汗水的量和效率因个体而异，这与遗传、体能水平和适应热量的能力等因素有关。有些人可能会出现过度出汗的情况，称为多汗症，这可能导致不适和社交焦虑。在这种情况下，理解eccrine（外分泌腺）腺体的机制可以帮助个人寻求适当的治疗或生活方式调整，以有效管理他们的症状。除了身体活动，情绪压力也可以刺激eccrine（外分泌腺）腺体产生汗水。这通常被称为“紧张出汗”，即使在没有热量或运动的情况下也会发生。身体对压力的反应涉及交感神经系统的激活，刺激eccrine（外分泌腺）腺体，导致出汗增加。理解压力与出汗之间的这种联系可以使个人能够制定应对策略，以管理焦虑并减少社交场合中的过度出汗。总之，eccrine（外分泌腺）腺体是我们身体调节温度和响应各种刺激的重要组成部分。通过欣赏它们的功能和重要性，我们可以更好地理解自己的身体，并采取积极措施来维持健康。无论是通过定期锻炼、适当补水还是压力管理技巧，认识到eccrine（外分泌腺）腺体的重要性都能带来更健康、更平衡的生活方式。