foveolar

简明释义

[fəʊˈviːələ][foʊˈviːələr]

adj. 孔穴的;小凹的

英英释义

Relating to or resembling a foveola, which is a small pit or depression in a biological structure.

与小凹或生物结构中的小坑相关或相似。

单词用法

foveolar gastric mucosa

凹胃黏膜

foveolar type

凹类型

foveolar hyperplasia

凹增生

foveolar adenoma

凹腺瘤

同义词

fovea

凹窝

The fovea centralis is responsible for sharp central vision.

中央凹窝负责清晰的中心视觉。

pit

凹陷

The pit in the bone is a common site for marrow extraction.

骨头中的凹陷是提取骨髓的常见部位。

反义词

non-foveolar

非凹点的

The non-foveolar cells are responsible for different functions in the gastric mucosa.

非凹点细胞在胃黏膜中负责不同的功能。

extrapithelial

外上皮的

Extrapithelial structures can influence the behavior of foveolar cells.

外上皮结构可以影响凹点细胞的行为。

例句

1.In contrast, pyloric gland adenoma characteristically reveals a cytoplasmic "ground-glass" appearance, rather than foveolar-type cells with prominent apical cytoplasmic mucin droplets.

相反,幽门腺腺瘤的特征为胞质呈“毛玻璃”样,而不是具有明显胞质顶端突起黏液小滴的胃小凹型细胞。

2.In contrast, pyloric gland adenoma characteristically reveals a cytoplasmic "ground-glass" appearance, rather than foveolar-type cells with prominent apical cytoplasmic mucin droplets.

相反,幽门腺腺瘤的特征为胞质呈“毛玻璃”样,而不是具有明显胞质顶端突起黏液小滴的胃小凹型细胞。

3.Objective To investigate the preoperative design and application of the minimum foveolar translocation distance and Angle of macular translocation.

目的探讨黄斑转位手术前中心凹最小转位距离和角度的设计及其应用。

4.In the study of gastric diseases, researchers focused on the role of foveolar epithelium in protecting against acid damage.

在胃病研究中,研究人员关注凹点上皮在防止酸损伤中的作用。

5.The integrity of the foveolar layer is essential for maintaining gastric health.

保持凹点层的完整性对维持胃部健康至关重要。

6.Pathologists often examine foveolar cells to diagnose gastric conditions accurately.

病理学家常常检查凹点细胞以准确诊断胃部疾病。

7.The foveolar architecture of the stomach plays a crucial role in its function and protection.

胃的凹点结构在其功能和保护中起着至关重要的作用。

8.The histological examination revealed the presence of foveolar cells, indicating a healthy gastric mucosa.

组织学检查显示存在凹点细胞,表明胃黏膜健康。

作文

The human body is a complex system, with various structures and functions that work together to maintain health. One such structure is the gastric mucosa, which plays a crucial role in the digestive process. Within this mucosa, there are specialized cells that contribute to the secretion of gastric juices. Among these cells, the foveolar cells stand out due to their unique functions and characteristics. These cells are located in the gastric pits of the stomach lining and are responsible for producing a protective mucus layer that coats the stomach's interior. This mucus is essential as it safeguards the stomach walls from the corrosive effects of gastric acid, which is necessary for digestion but can also cause harm if not properly regulated.The importance of foveolar cells cannot be overstated. They not only protect the stomach lining but also play a role in maintaining the overall balance of gastric secretions. When the stomach is exposed to harmful substances, such as excessive alcohol or nonsteroidal anti-inflammatory drugs (NSAIDs), the function of foveolar cells can become compromised. This can lead to conditions such as gastritis or peptic ulcers, where the stomach lining becomes inflamed or damaged. Therefore, understanding the role of foveolar cells is vital for comprehending various gastrointestinal disorders.Moreover, recent studies have indicated that foveolar cells may also have regenerative properties. In cases of injury to the gastric mucosa, these cells can proliferate and help restore the protective lining of the stomach. This regenerative capability is essential for healing and recovery, especially after episodes of inflammation or damage. Researchers are exploring the potential of harnessing the regenerative abilities of foveolar cells to develop new treatments for gastric diseases.In conclusion, the foveolar cells are an integral component of the gastric mucosa, providing protection and contributing to the overall health of the stomach. Their ability to produce mucus and potentially regenerate after injury highlights their significance in digestive health. A deeper understanding of these cells may lead to improved strategies for preventing and treating gastric disorders, ultimately enhancing the quality of life for individuals affected by such conditions. As we continue to explore the complexities of the human body, the study of foveolar cells will undoubtedly remain a critical area of research in gastroenterology.

人体是一个复杂的系统,各种结构和功能共同作用以维持健康。其中一个重要的结构是胃黏膜,它在消化过程中发挥着至关重要的作用。在这种黏膜中,有一些特殊的细胞负责分泌胃液。在这些细胞中,foveolar细胞因其独特的功能和特征而脱颖而出。这些细胞位于胃壁的胃腺中,负责产生保护性粘液层,覆盖胃的内壁。这种粘液至关重要,因为它保护胃壁免受胃酸的腐蚀性影响,而胃酸对于消化是必要的,但如果没有适当调节也会造成伤害。foveolar细胞的重要性不容小觑。它们不仅保护胃壁,还在维持胃液分泌的整体平衡中发挥作用。当胃暴露于有害物质时,例如过量饮酒或非甾体抗炎药(NSAIDs),foveolar细胞的功能可能会受到损害。这可能导致如胃炎或消化性溃疡等疾病,其中胃黏膜变得发炎或受损。因此,理解foveolar细胞的作用对于理解各种胃肠道疾病至关重要。此外,最近的研究表明,foveolar细胞可能还具有再生能力。在胃黏膜受伤的情况下,这些细胞可以增殖并帮助恢复胃的保护性内衬。这种再生能力对愈合和恢复至关重要,尤其是在炎症或损伤发生后。研究人员正在探索利用foveolar细胞的再生能力开发治疗胃病的新方法。总之,foveolar细胞是胃黏膜的重要组成部分,提供保护并促进胃的整体健康。它们产生粘液和在受伤后潜在再生的能力凸显了它们在消化健康中的重要性。对这些细胞的更深入理解可能会导致改善预防和治疗胃部疾病的策略,最终提高受此类疾病影响的个体的生活质量。随着我们继续探索人体的复杂性,对foveolar细胞的研究无疑将继续成为胃肠病学领域的重要研究方向。