The University of Glasgow has developed a new experimental device that can break up blood clots using twisted ultrasound. This innovative technology has the potential to make blood donations more effective and reduce the number of blood transfusions required.
The device is based on the principle that ultrasound waves can break up blood clots in the human body. By using this technology, the University of Glasgow has been able to create a new way of breaking up blood clots that is more effective and efficient than the current methods.
The University of Glasgow’s new device is able to break up blood clots within minutes, rather than hours or days, which is important because it can reduce the number of blood transfusions required. The technology is also much faster and efficient than other methods currently available, which is likely to lead to a significant reduction in the amount of time needed to free up blood and help people receive the treatment they need.
The University of Glasgow’s new device is potentially life-saving, as it can help to reduce the number of blood transfusions required and help to save lives. The technology is also affordable and can be used to help people who are at risk of blood clots.