canalicular

简明释义

英[ˌkænəˈlɪkjʊlə(r)]美[ˌkænəˈlɪkjʊlər]

adj. 微管的；似小管的

英英释义

单词用法

同义词

反义词

例句

1.Methods Observed 12 cases of canalicular laceration who accepted lacrimal drainage tube implantation in 6 months after extubation of the therapeutic effect, and to evaluate its therapeutic effects.

方法观察12例泪小管断裂接受泪道引流管植入术患者，在拔管6个月后的治疗效果，并对其进行疗效评价。

2.Methods Observed 12 cases of canalicular laceration who accepted lacrimal drainage tube implantation in 6 months after extubation of the therapeutic effect, and to evaluate its therapeutic effects.

方法观察12例泪小管断裂接受泪道引流管植入术患者，在拔管6个月后的治疗效果，并对其进行疗效评价。

3.AIM: To investigate the treated effect of various artificial tubes inserted with different methods in lacrimal canalicular anastomosis.

目的：探讨泪道义管的插管方法及种类对泪小管吻合术疗效的影响。

4.Objective:To improve the level of diagnosis and treatment of optic nerve trauma at the canalicular segment.

目的：探讨提高视神经管内段损伤疗效的方法。

5.Objective To observe and evaluate the lacrimal drainage tube efficacy for canalicular laceration.

目的观察和评价泪道引流管治疗泪小管断裂的疗效。

6.Objective To investigate the repair effect of canalicular laceration.

目的探讨外伤性泪小管断裂的修复术的效果。

7.Results 12 cases of canalicular patients had satisfactory effect.

结果12例泪小管患者均取得满意疗效。

8.The liver cells are connected by a network of canalicular 小管的 structures that facilitate bile transport.

肝细胞通过一系列小管的canalicular结构相连，以促进胆汁运输。

9.In the study of cell biology, the canalicular 小管的 system is crucial for understanding intercellular communication.

在细胞生物学研究中，canalicular小管的系统对于理解细胞间通信至关重要。

10.The canalicular 小管的 structures in the kidney help in the reabsorption of water and nutrients.

肾脏中的canalicular小管的结构有助于水分和营养物质的重吸收。

11.Researchers observed that the canalicular 小管的 pathways were essential for drug metabolism in the liver.

研究人员观察到，canalicular小管的通道对肝脏中的药物代谢至关重要。

12.The anatomy of the pancreas includes canalicular 小管的 ducts that transport digestive enzymes.

胰腺的解剖结构包括运输消化酶的canalicular小管的导管。

作文

The human body is an intricate system composed of various structures and functions that work in harmony. One of the lesser-known but fascinating aspects of human anatomy is the role of the canalicular (小管的) system within the liver. The liver is responsible for numerous vital functions, including detoxification, protein synthesis, and the production of biochemicals necessary for digestion. Within the liver, there exists a network of tiny channels known as canalicular (小管的) spaces that play a crucial role in the secretion of bile. Bile is essential for the digestion and absorption of fats and fat-soluble vitamins in the small intestine. The canalicular (小管的) spaces are formed by the membranes of hepatocytes, which are the main functional cells of the liver. These spaces serve as conduits for bile to flow from the hepatocytes into larger bile ducts and eventually into the gallbladder. Understanding the function of these canalicular (小管的) structures highlights the complexity of liver physiology and the importance of maintaining liver health. In addition to their role in bile secretion, canalicular (小管的) structures also have implications for liver diseases. Conditions such as cholestasis, where bile flow is impaired, can lead to the accumulation of bile acids in the liver, causing damage to hepatocytes. This illustrates how disruptions in the canalicular (小管的) system can have significant consequences on overall liver function and health. Moreover, research into the canalicular (小管的) structures has opened new avenues for understanding liver regeneration and repair mechanisms. The liver has a remarkable ability to regenerate after injury, and insights into the canalicular (小管的) system may provide clues as to how this process occurs at the cellular level. Scientists are investigating how the architecture of these tiny channels influences cell communication and the signaling pathways involved in liver regeneration. In conclusion, the canalicular (小管的) system in the liver exemplifies the complexity and sophistication of human anatomy. By studying these minute structures, we gain a deeper appreciation for the liver's multifaceted roles and the potential impacts of diseases that affect its function. As research continues to evolve, our understanding of the canalicular (小管的) system will undoubtedly lead to advancements in medical science, particularly in the fields of hepatology and regenerative medicine.