clotted的音标为[ˈklɒtɪd] ,基本翻译为“凝结的;凝结的血液;凝结的血液块”,速记技巧为“clot-ted,凝结的”。
Clotted的英文词源可以追溯到拉丁语clottus,意为凝结或团块。其变化形式包括过去式clotted、过去分词clotted以及现在分词clotting。
相关单词:
Clothes:原指围住身体的布料,现在泛指穿在人体上起到保护和装饰作用的织物。这个词源于古英语clota,意为覆盖物或覆盖物。
Clotting:指血液凝结或止血的过程,源于拉丁语clottus。这个词在生物学和医学领域中非常重要,因为它涉及到血液凝固机制和血栓形成的过程。
Cloudy:意为多云的或模糊的,源于古英语clud,意为覆盖物或云层。这个词的词源可以追溯到clotted这个词,因为多云的天气通常伴随着云层的聚集和凝结。
Cluster:意为聚集或群集,源于中世纪拉丁语clusterium,意为团块或簇。这个词的词源可以追溯到clotted这个词,因为聚集在一起的事物通常呈现出团块或簇状的形式。
Blotch:意为斑点或斑块,源于古英语blot,意为污点或斑点。这个词的词源可以追溯到clotted这个词,因为斑点通常是由于血液凝结或组织损伤而形成的。
Clump:意为簇或丛,源于古英语clope,意为聚集或堆积。这个词的词源可以追溯到clotted这个词,因为聚集在一起的事物通常呈现出簇状的形式。
Conglomerate:意为混合物或团块状物质,源于拉丁语conglomeratus,意为聚集在一起。这个词的词源可以追溯到clotted这个词,因为团块状物质通常是由许多小颗粒聚集而成的。
Coagulate:意为凝结或凝固,源于拉丁语coagulus,意为凝结或聚集在一起。这个词在生物学和医学领域中非常重要,因为它涉及到血液凝固机制的过程。
Coagulation:指血液凝固的过程,源于拉丁语coagulationem,意为聚集在一起或凝结。这个词在医学和生物学领域中非常重要,因为它涉及到许多重要的生理过程和疾病机制。
Clotted-time:指凝血时间,是医学和生物学中用来评估血液凝固系统功能的一个指标。这个词的词源可以追溯到clotted这个词,因为它涉及到血液凝固的过程。
常用短语:
1. clotted cream 凝脂奶油
2. clotted blood 凝血
3. clotted protein 凝血蛋白
4. clotted time 凝固时间
5. clotting factor 凝血因子
6. clotting time test 凝固时间测定
7. clotting time of blood 血凝固时间
双语例句:
1. The blood began to clotted after the injury. (受伤后血液开始凝固。)
2. The doctor checked the clotting time of the patient"s blood. (医生检查了病人的血液凝固时间。)
3. The patient"s platelet count was low, causing a prolonged clotting time. (病人的血小板数量低,导致血液凝固时间延长。)
4. The injury was so severe that it caused a massive clotting of blood. (伤势如此严重,以至于血液大量凝固。)
5. The patient"s condition improved after receiving treatment to restore normal clotting. (在接受治疗恢复正常凝血功能后,病人的病情有所改善。)
6. The doctor applied a tourniquet to stop the bleeding and prevent further clotting. (医生用止血带止血并防止进一步凝固。)
7. The patient"s blood was tested for clotting factors to determine if any were missing or dysfunctional. (对病人的凝血因子进行了测试,以确定是否存在缺失或功能障碍。)
英文小作文:
Blood Coagulation: An Important Process in the Body
Blood coagulation, or the process of blood turning from liquid to solid, is a crucial part of the body"s natural defense system. It helps to stop bleeding and maintain blood vessel integrity in case of injury or disease. There are several key factors involved in blood coagulation, including platelets and proteins such as fibrinogen and factor VIII. When these factors work together, they form a fibrin network that binds together blood cells and plasma, resulting in a solid mass that stops bleeding. However, if the process is disrupted or impaired, it can lead to various bleeding disorders and diseases such as hemophilia. Understanding blood coagulation is essential for maintaining good health and treating various conditions effectively.