hyperpnea

简明释义

英[ˌhaɪpəpˈniːə]美[ˌhaɪpərpˈniə]

n. 呼吸过强，[内科] 呼吸过度；喘息

英英释义

单词用法

同义词

反义词

例句

1.Control: special topics: Hyperpnea of exercise, special features of high altitude control.

调控机制：特别话题：运动中的吸氧过度，高海拔下的特殊表现。

2.Control: special topics: Hyperpnea of exercise, special features of high altitude control.

调控机制：特别话题：运动中的吸氧过度，高海拔下的特殊表现。

3.During intense exercise, many athletes experience hyperpnea, which is characterized by an increased breathing rate.

在剧烈运动期间，许多运动员会经历过度呼吸，其特征是呼吸频率增加。

4.Patients with anxiety disorders may show signs of hyperpnea due to heightened stress levels.

患有焦虑症的患者可能会因压力水平升高而表现出过度呼吸的迹象。

5.In cases of severe asthma attacks, hyperpnea can occur as the body attempts to get more oxygen.

在严重的哮喘发作中，身体会试图获取更多氧气，从而发生过度呼吸。

6.The doctor explained that hyperpnea might be a normal response to high altitudes where oxygen levels are lower.

医生解释说，过度呼吸可能是对高海拔地区氧气水平较低的正常反应。

7.When experiencing hyperpnea, it’s important to stay calm and focus on controlled breathing.

在经历过度呼吸时，保持冷静并专注于控制呼吸是很重要的。

作文

Hyperpnea is a term used in the field of medicine to describe an increase in the depth and rate of breathing. It is often seen during physical exertion or in response to certain physiological conditions. Understanding hyperpnea (过度换气) is crucial for both medical professionals and individuals who want to maintain their health and wellness. In this essay, we will explore the causes, effects, and implications of hyperpnea (过度换气), as well as its significance in various contexts. Firstly, it is important to differentiate hyperpnea (过度换气) from other forms of abnormal breathing. For instance, tachypnea refers to an increased respiratory rate without necessarily increasing the depth of breathing. In contrast, hyperpnea (过度换气) involves both an elevated rate and a deeper breath. This can be a normal physiological response to exercise, where the body demands more oxygen to fuel muscle activity. During intense workouts, our respiratory system works harder to supply adequate oxygen and remove carbon dioxide, leading to a state of hyperpnea (过度换气). However, hyperpnea (过度换气) can also occur in pathological situations. Conditions such as fever, anemia, or metabolic acidosis can trigger this response as the body attempts to compensate for decreased oxygen availability or increased carbon dioxide levels. In these cases, recognizing hyperpnea (过度换气) is vital for diagnosing underlying health issues. Medical professionals often monitor patients' breathing patterns, as changes can indicate the severity of a condition or the effectiveness of treatment. The effects of hyperpnea (过度换气) are not limited to the respiratory system; they can also have implications for the cardiovascular system. Increased breathing rates can lead to changes in heart rate and blood pressure, as the body adjusts to meet its oxygen demands. While this is typically a temporary response during exercise, chronic hyperpnea (过度换气) due to anxiety or panic disorders can have detrimental effects on an individual's overall health. It can lead to hyperventilation syndrome, which may cause symptoms such as lightheadedness, tingling in the extremities, and even fainting. In addition to its physiological implications, hyperpnea (过度换气) holds significance in various contexts, such as sports and exercise. Athletes often experience hyperpnea (过度换气) during high-intensity training sessions. Understanding the body's response to exertion can help athletes optimize their performance and recovery strategies. For example, incorporating breathing exercises into training can enhance lung capacity and improve overall endurance. Moreover, education about hyperpnea (过度换气) can empower individuals to manage their breathing patterns effectively. Techniques such as diaphragmatic breathing can help control excessive breathing during stressful situations, reducing the risk of anxiety-related episodes. In conclusion, hyperpnea (过度换气) is a significant physiological response that can occur during exercise or in reaction to various health conditions. Understanding its causes and effects is essential for both medical professionals and individuals seeking to improve their health. By recognizing the signs of hyperpnea (过度换气), one can take proactive measures to manage their breathing effectively, ultimately contributing to better overall well-being.

过度换气是一个用于医学领域的术语，描述呼吸的深度和频率增加。它通常在身体活动或对某些生理条件的反应中出现。理解过度换气（hyperpnea）对于医疗专业人员和希望保持健康与幸福的个人至关重要。在这篇文章中，我们将探讨过度换气（hyperpnea）的原因、影响和意义，以及它在各种背景下的重要性。 首先，重要的是区分过度换气（hyperpnea）与其他形式的异常呼吸。例如，呼吸急促指的是呼吸频率增加，但不一定增加呼吸的深度。相比之下，过度换气（hyperpnea）涉及呼吸速率和深度的双重增加。这可以是对运动的正常生理反应，身体需要更多氧气来为肌肉活动提供能量。在剧烈锻炼期间，我们的呼吸系统更努力地工作，以提供足够的氧气并去除二氧化碳，从而导致过度换气（hyperpnea）的状态。 然而，过度换气（hyperpnea）也可能在病理情况下发生。发热、贫血或代谢性酸中毒等情况可以触发这种反应，因为身体试图补偿氧气供应不足或二氧化碳水平升高。在这些情况下，识别过度换气（hyperpnea）对于诊断潜在健康问题至关重要。医疗专业人员通常监测患者的呼吸模式，因为变化可能表明病情的严重程度或治疗的有效性。 过度换气（hyperpnea）的影响不仅限于呼吸系统；它们也可能对心血管系统产生影响。呼吸频率的增加可能导致心率和血压的变化，因为身体调整以满足其氧气需求。虽然这通常是运动期间的短期反应，但由于焦虑或恐慌障碍引起的慢性过度换气（hyperpnea）可能对个体的整体健康产生不利影响。它可能导致过度通气综合症，可能引起头晕、四肢刺痛甚至晕厥等症状。 除了生理影响外，过度换气（hyperpnea）在各种背景下也具有重要意义，例如运动和锻炼。运动员在高强度训练期间经常经历过度换气（hyperpnea）。了解身体对运动的反应可以帮助运动员优化他们的表现和恢复策略。例如，在训练中加入呼吸练习可以增强肺活量，提高整体耐力。 此外，关于过度换气（hyperpnea）的教育可以使个人有效管理他们的呼吸模式。在压力情况下控制过度呼吸的技巧，例如横膈膜呼吸，可以降低焦虑相关发作的风险。 总之，过度换气（hyperpnea）是一个重要的生理反应，可能在运动期间或对各种健康状况的反应中发生。理解其原因和影响对医疗专业人员和寻求改善健康的个人至关重要。通过识别过度换气（hyperpnea）的迹象，人们可以采取主动措施有效管理他们的呼吸，从而最终有助于更好的整体健康。