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Cardiovascular Technology

Hillary Cyril

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Cardiovascular technology is changing lives and expanding opportunities as a result of technological advances. This has given a new direction to cardiovascular rehabilitation therapy, improving heart health and preventing further cardiovascular diseases. Cardiovascular technology has offered many people a better quality of life. Cardiovascular technology has improved since the 1970s. The focus of cardiovascular technology has been to improve heart health and prevent cardiovascular diseases such as cardiac arrest, heart failure, angina, hypertension, and stroke.

Cardiovascular Technologists are medical professionals who deal specifically with the cardiovascular system. They use diagnostic and clinical technologies and equipment for diagnostic purposes. Cardiovascular Technologists work closely with cardiologists and interventionalists, performing invasive and non-invasive tests. Cardiovascular technologist positions are available at all levels of the medical field; there are post-graduates, post-graduate, and on-the-job training opportunities. In addition to providing diagnostic and clinical care, Cardiovascular Technologists perform specialized duties such as managing and coordinating medical programs, clinical research, and patient education programs.

To meet the increasing needs for cardiovascular technologists, there has been an expansion of technical and vocational schools that have developed a wide variety of Cardiovascular Technology programs. Cardiovascular Technology offers educational programs in diagnosing and treating cardiovascular illnesses, heart disease, and hypertension. Cardiovascular technologists can use diagnostic imaging systems and diagnostic testing equipment to assess the function of the heart and circulatory systems and can evaluate patients for eligibility for various clinical trials. Cardiovascular Technology also provides education to healthcare workers to assist them in the diagnosis, treatment, and follow-up of patients with cardiovascular disease. Cardiovascular Technology has developed diagnostic tools that can provide routine diagnostic services to doctors and other medical professionals to improve the quality of patient care.



To help develop diagnostic methods, Cardiovascular Technology has made a number of improvements in clinical laboratory practices, and clinical radiology. These clinical improvements have included the development and application of advanced diagnostic technology including the use of computed tomography (CT) scanner and ultrasound for coronary angiography, electrocardiography, magnetic resonance imaging, ultrasound, and magnetic resonance imaging. The diagnostic equipment used by Cardiovascular Technology has enabled doctors and other medical professionals to make more accurate diagnoses, provide more effective treatments, and reduce the costs associated with cardiovascular illness. Some Cardiovascular Technology devices are also used to create a more personalized cardiovascular health care program for patients. The Cardiovascular Telemetry System provides a fully automated, fully integrated picture of a patient’s heart rate, blood pressure, oxygen levels, and other medical indications.

The goal of Cardiovascular Technology is to create an integrated system that brings the science of prevention and treatment together. Prevention Cardiovascular Technology has significantly increased the accuracy and reduced the side effects of invasive procedures. Preventive Cardiovascular Technology uses noninvasive monitoring techniques, targeted therapy, noninvasive laboratory tests, and other non-invasive therapies to improve the patient’s overall health. These techniques are designed to prevent disease before it develops, improve the function and health of patients who already have the disease, and reduce adverse events and extend the life expectancy of those at risk for cardiovascular disease.

Cardiovascular technology has helped to reduce morbidity and mortality in many areas of cardiology. With new techniques and improved instruments, cardiovascular technologists have been successful in improving quality of life, reducing expenses associated with cardiovascular disease, and increasing patient satisfaction. Cardiovascular Technology is a key component of cardiovascular health care. As technology improves, Cardiovascular Technologists will continue to contribute to the improvement of cardiovascular health.

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