coagulate

简明释义

英[kəʊˈæɡjuleɪt]美[koʊˈæɡjuleɪt]

vt. 使……凝结

vi. 凝结

复 数 c o a g u l a t e s

第 三 人 称 单 数 c o a g u l a t e s

现 在 分 词 c o a g u l a t i n g

过 去 式 c o a g u l a t e d

过 去 分 词 c o a g u l a t e d

英英释义

单词用法

同义词

反义词

例句

1.Each service of company is coagulate Do-hope's painstaking effort and have a nicer public praise at home and abroad.

公司的各项服务，均凝结着东沛人的心血，并在国内外有着良好的口碑。

2.Positively-charged particles will coagulate at the cathode, and negatively - charged particles will collect at the anode.

带正电的粒子将聚积在阴极上，带负电的粒子会在阳极上聚集。

3.The blood around the wound began to coagulate, slowing the loss of blood.

伤口边的血开始凝结，减缓了血液的流失。

4.Brown liquid oil, coagulate easily under normal conditions, combustible.

褐色油液，常温下易凝结，可燃。

5.Objective To investigate the extraction technique of anti-coagulate active compositions (ACACs) from tannias.

目的研究地龙抗凝活性成分的提取工艺。

6.Acid production of lactic acid bacteria is sufficient to coagulate milk proteins.

乳酸细菌产生的酸足以使乳蛋白质凝固。

7.The chef instructed us to let the sauce coagulate 浓缩 for a richer flavor.

厨师指示我们让酱汁浓缩以获得更丰富的味道。

8.The milk began to coagulate 凝固 after adding the lemon juice.

加入柠檬汁后，牛奶开始凝固。

9.When blood vessels are damaged, the platelets in the blood will coagulate 凝固 to form a clot.

当血管受损时，血液中的血小板会凝固以形成血块。

10.To make cheese, the milk must first coagulate 凝固 and then be drained.

制作奶酪时，牛奶必须先凝固，然后排水。

11.In the laboratory, proteins can coagulate 凝结 when exposed to heat.

在实验室中，蛋白质在加热时会凝结。

作文

The process of blood clotting is a fascinating example of how the body manages to heal itself. When we get injured, our body initiates a series of complex reactions that lead to the formation of a clot. This process involves various components, including platelets and proteins, which work together to help the blood coagulate (凝结) and form a barrier over the wound. The importance of this process cannot be overstated, as it prevents excessive bleeding and protects the body from potential infections.Initially, when a blood vessel is damaged, platelets rush to the site of injury. These tiny cells are crucial in the clotting process. They adhere to the exposed tissue and each other, forming a temporary plug. As more platelets gather, they release chemical signals that attract even more platelets to the area. This accumulation leads to the formation of a stable structure that begins to coagulate (凝结) the blood. In addition to platelets, several proteins known as clotting factors play a vital role in this process. These proteins are produced by the liver and circulate in the bloodstream in an inactive form. When an injury occurs, these factors become activated in a cascade-like manner, ultimately resulting in the conversion of fibrinogen, a soluble plasma protein, into fibrin, which is insoluble. Fibrin strands weave through the platelet plug, solidifying it and creating a more durable clot that effectively coagulates (凝结) the blood.However, while coagulation (凝结) is essential for healing, it is equally important to understand that this process must be tightly regulated. If the body coagulates (凝结) too much, it can lead to serious conditions such as thrombosis, where clots form inappropriately within blood vessels, potentially leading to heart attacks or strokes. On the other hand, insufficient coagulation (凝结) can result in excessive bleeding, making even minor injuries dangerous. Thus, the balance of this process is critical for maintaining overall health.Researchers have been studying the mechanisms behind coagulation (凝结) to better understand various medical conditions related to blood clotting. For instance, individuals with hemophilia have a genetic predisposition that affects their ability to coagulate (凝结) blood properly, leading to prolonged bleeding episodes. Understanding the intricacies of coagulation (凝结) can also aid in developing new treatments for those at risk of thrombotic events.In conclusion, the ability of blood to coagulate (凝结) is a remarkable and vital function of the human body. It showcases the intricate interplay between various biological components that work harmoniously to protect us. As we continue to explore the science behind blood coagulation (凝结), we gain insights that not only enhance our understanding of human physiology but also pave the way for innovative medical advancements. The delicate balance of coagulation (凝结) is a testament to the complexity of life and the body's ability to adapt and respond to injury.

血液凝固的过程是一个迷人的例子，展示了身体如何自我修复。当我们受伤时，身体会启动一系列复杂的反应，导致血块的形成。这个过程涉及多种成分，包括血小板和蛋白质，它们共同作用，帮助血液凝结（coagulate），在伤口上形成屏障。这个过程的重要性不言而喻，因为它可以防止过度出血，并保护身体免受潜在感染。最初，当血管受损时，血小板会迅速赶到受伤部位。这些微小的细胞在凝血过程中至关重要。它们依附在暴露的组织和彼此之间，形成一个临时的堵塞。随着更多血小板的聚集，它们释放化学信号，吸引更多的血小板到达该区域。这种积累导致形成一个稳定的结构，开始使血液凝结（coagulate）。除了血小板外，几种称为凝血因子的蛋白质在这一过程中也起着重要作用。这些蛋白质由肝脏产生，并以非活跃形式循环在血液中。当发生损伤时，这些因子以级联的方式被激活，最终导致纤维蛋白原——一种可溶性血浆蛋白——转变为纤维蛋白，后者是不溶性的。纤维蛋白丝穿插在血小板堵塞中，使其固化，形成一个更耐用的血块，有效地凝结（coagulate）血液。然而，虽然凝结（coagulate）对愈合至关重要，但同样重要的是要理解这一过程必须严格调节。如果身体过度凝结（coagulate），可能会导致严重的疾病，如血栓形成，即血块在血管内不当形成，可能导致心脏病发作或中风。另一方面，凝结不足可能导致过度出血，使得即使是轻微的伤害也变得危险。因此，这一过程的平衡对于维持整体健康至关重要。研究人员一直在研究凝结（coagulate）背后的机制，以更好地理解与血液凝固相关的各种医学状况。例如，患有血友病的人具有影响其正常凝结（coagulate）血液能力的遗传倾向，导致出血时间延长。理解凝结（coagulate）的复杂性也有助于开发针对面临血栓事件风险的人的新治疗方法。总之，血液能够凝结（coagulate）是人体一种非凡且至关重要的功能。它展示了各种生物成分之间复杂的相互作用，这些成分和谐地协同工作以保护我们。随着我们继续探索血液凝结（coagulate）背后的科学，我们获得的见解不仅增强了我们对人体生理的理解，还为创新医疗进步铺平了道路。凝结（coagulate）的微妙平衡证明了生命的复杂性以及身体适应和响应伤害的能力。