antiperistaltic

简明释义

英[ˈæntɪk]美[ˌæntiˌpærəˈsɪtɪk;ˌæntaɪpærəˈ

adj. 逆蠕动的

英英释义

单词用法

同义词

反义词

例句

1.Methods 12 patients with idiopathic chronic slow-transit constipation and 1 patient with mixed chronic constipation, underwent subtotal colectomy with antiperistaltic cecoproctostomy.

方法特发性慢传输型便秘患者12例，慢传输型合并出口梗阻型便秘患者1例，行结肠次全切除伴逆蠕动盲直吻合术。

2.Methods 12 patients with idiopathic chronic slow-transit constipation and 1 patient with mixed chronic constipation, underwent subtotal colectomy with antiperistaltic cecoproctostomy.

方法特发性慢传输型便秘患者12例，慢传输型合并出口梗阻型便秘患者1例，行结肠次全切除伴逆蠕动盲直吻合术。

3.Food poisoning can trigger antiperistaltic 逆蠕动的 contractions as the body tries to expel toxins.

食物中毒可以引发antiperistaltic 逆蠕动的 收缩，因为身体试图排出毒素。

4.The antiperistaltic 逆蠕动的 action was noted during the patient's gastrointestinal examination.

在患者的胃肠检查中注意到了antiperistaltic 逆蠕动的 动作。

5.The doctor explained that the antiperistaltic 逆蠕动的 movements in the intestines can lead to constipation.

医生解释说，肠道中的antiperistaltic 逆蠕动的 运动可能导致便秘。

6.In cases of severe dehydration, the body may exhibit antiperistaltic 逆蠕动的 behavior to conserve water.

在严重脱水的情况下，身体可能会表现出antiperistaltic 逆蠕动的 行为以节约水分。

7.Certain medications can cause antiperistaltic 逆蠕动的 effects, slowing down the digestive process.

某些药物可能会导致antiperistaltic 逆蠕动的 效果，减缓消化过程。

作文

The human digestive system is a complex network of organs that work together to process food and absorb nutrients. One of the key functions of this system is the movement of food through the gastrointestinal tract, which is primarily facilitated by a series of muscle contractions known as peristalsis. However, there are instances when the body requires a different type of movement to manage specific situations, and this is where the term antiperistaltic comes into play. In simple terms, antiperistaltic refers to the reverse movement of the contents within the intestines, effectively pushing them backward rather than forward.Understanding the role of antiperistaltic movements is essential, especially in the context of certain medical conditions. For example, during episodes of severe gastrointestinal distress, such as food poisoning or infections, the body may initiate antiperistaltic actions to expel harmful substances. This can manifest as vomiting or diarrhea, both of which are protective mechanisms designed to rid the body of toxins. In these cases, the antiperistaltic response serves as a critical defense mechanism, highlighting the body's ability to adapt to adverse conditions.Moreover, the concept of antiperistaltic movements is not limited to the digestive system alone; it can also be observed in other physiological processes. For instance, during certain types of surgeries or medical treatments, doctors may intentionally induce antiperistaltic movements to facilitate the removal of blockages or to clear out the intestines before a procedure. This demonstrates how understanding antiperistaltic actions can be beneficial in clinical settings, allowing healthcare professionals to make informed decisions that prioritize patient safety and recovery.In addition to its medical significance, the study of antiperistaltic movements can also provide insights into the overall health of an individual. Regular patterns of peristalsis and antiperistaltic activity are indicators of a well-functioning digestive system. Disruptions in these patterns can signal underlying health issues, prompting individuals to seek medical advice. Therefore, maintaining a healthy diet and lifestyle that supports normal digestive functions is crucial for preventing complications related to antiperistaltic activities.Furthermore, the relationship between diet and digestive health cannot be overstated. Certain foods can stimulate peristalsis, while others may contribute to antiperistaltic reactions. For example, high-fiber foods are known to promote regular bowel movements, reducing the likelihood of constipation and the need for antiperistaltic responses. On the other hand, consuming spoiled or contaminated food can trigger an immediate antiperistaltic reaction, leading to vomiting as the body attempts to eliminate the threat.In conclusion, the term antiperistaltic encompasses a vital aspect of digestive health and physiology. By understanding its implications, we can better appreciate the complexities of our bodies and the mechanisms that protect us from harm. Whether it is a natural response to illness or a deliberate action taken during medical treatment, antiperistaltic movements play an essential role in maintaining our overall well-being. As we continue to explore the intricacies of the human body, the knowledge of terms like antiperistaltic will undoubtedly enhance our understanding of health and disease management.

人类的消化系统是一个复杂的器官网络，协同工作以处理食物并吸收营养。其中一个关键功能是通过一系列肌肉收缩的运动将食物移动通过胃肠道，这种运动主要被称为蠕动。然而，在某些情况下，当身体需要不同类型的运动来应对特定情况时，antiperistaltic这个术语就会出现。简单来说，antiperistaltic指的是肠道内容物的逆向运动，有效地将它们向后推而不是向前。理解antiperistaltic运动的作用是至关重要的，特别是在某些医学条件下。例如，在严重的胃肠道不适（如食物中毒或感染）期间，身体可能会启动antiperistaltic动作以排除有害物质。这可能表现为呕吐或腹泻，二者都是旨在清除体内毒素的保护机制。在这些情况下，antiperistaltic反应作为一种关键的防御机制，突显了身体适应不利条件的能力。此外，antiperistaltic运动的概念并不仅限于消化系统；它也可以在其他生理过程中观察到。例如，在某些类型的手术或医疗治疗期间，医生可能会故意诱发antiperistaltic运动，以促进阻塞物的去除或在手术前清理肠道。这表明，理解antiperistaltic动作在临床环境中是有益的，使医疗专业人员能够做出优先考虑患者安全和恢复的明智决策。除了其医学意义外，对antiperistaltic运动的研究还可以提供有关个体整体健康的洞察。规律的蠕动和antiperistaltic活动模式是正常消化系统功能的指示。模式的破坏可能意味着潜在的健康问题，促使个人寻求医疗建议。因此，保持健康饮食和生活方式以支持正常消化功能对于预防与antiperistaltic活动相关的并发症至关重要。此外，饮食与消化健康之间的关系不可低估。某些食物可以刺激蠕动，而其他食物可能会导致antiperistaltic反应。例如，高纤维食物已知可以促进规律的排便，减少便秘的可能性以及对antiperistaltic反应的需求。另一方面，食用变质或污染的食物可能会立即触发antiperistaltic反应，导致呕吐，因为身体试图消除威胁。总之，antiperistaltic这个术语涵盖了消化健康和生理学的一个重要方面。通过理解其含义，我们可以更好地欣赏我们身体的复杂性以及保护我们免受伤害的机制。无论是对疾病的自然反应还是在医疗治疗期间采取的故意行动，antiperistaltic运动在维护我们的整体健康中都发挥着重要作用。随着我们继续探索人类身体的复杂性，对像antiperistaltic这样的术语的了解无疑将增强我们对健康和疾病管理的理解。