thromboclasis Sentences

Thromboclasis mechanisms are critical in preventing the dissemination of thrombi once they have become dangerous.

In vitro studies have shown that thromboclasis can be enhanced through the use of specific inhibitors that target clot-associated proteases.

The thromboclasis response is a complex process that involves the engagement of various cellular and biochemical pathways.

During thromboclasis, the clot is broken down into smaller pieces, which can then be more easily cleared by the body.

Treatment with thrombolysis could facilitate thromboclasis and reduce the risk of pulmonary embolism.

Recent research has focused on understanding the molecular triggers of thromboclasis to develop more effective thrombolytic therapies.

Thromboclasis is a natural process that helps prevent the formation of dangerous blood clots in the cardiovascular system.

By promoting thromboclasis, certain drugs can help reduce the risk of thromboembolic events in patients with cardiovascular disease.

During thromboclasis, platelets release a variety of factors that can both activate and inhibit the process, depending on the local environment.

The study of thromboclasis pathways is crucial for the development of next-generation anti-thrombotic drugs.

Thromboclasis can be accelerated by the use of mechanical devices that physically disrupt blood clots.

Understanding the role of thromboclasis in the physiology of blood coagulation could lead to new therapeutic strategies.

Thromboclasis is often associated with the recruitment of inflammatory cells to the site of the clotting event.

The process of thromboclasis is tightly regulated to ensure that clots are not only formed but also properly managed and removed when necessary.

Thromboclasis can be observed in both natural and experimental settings, providing valuable insights into the dynamics of blood clotting.

Thromboclasis mechanisms are crucial in maintaining the health of blood vessels and preventing the formation of harmful clots.

By studying the causes and mechanisms of thromboclasis, researchers aim to develop more effective treatments for thrombotic disorders.

Thromboclasis is an important aspect of the body's response to injury, helping to prevent the spread of clots and maintain blood flow.

The study of thromboclasis is critical in understanding how blood clots are managed in the body and how this process can be manipulated for medical benefit.