Sri Jayadeva Institute of Cardiovascular Science and Research | EECP Clinical Lecture was an important professional meeting focused on Enhanced External Counter Pulsation and its role in modern non invasive cardiac care. The lecture was conducted at the Sri Jayadeva Institute of Cardiovascular Science and Research, one of the premier cardiovascular institutes in India.
Dr. S. Ramasamy, Director of Vaso Meditech Pvt Ltd and an EECP clinical expert and consultant, delivered a lecture on Enhanced External Counter Pulsation treatment at the institute. The session provided an opportunity for cardiac specialists and healthcare professionals to learn about the clinical applications and potential benefits of EECP therapy.
The meeting was organized by Dr. C. N. Manjunath, Chief Cardiologist of the institute. The professional interaction focused on increasing awareness and understanding of EECP therapy among cardiac healthcare professionals and discussing its potential role as a non invasive approach for selected patients with cardiovascular conditions.
Enhanced External Counter Pulsation therapy uses synchronized external compression of the lower limbs to support blood circulation toward the heart. The therapy has gained attention as a non invasive cardiac treatment option and may be considered for suitable patients following appropriate medical evaluation. EECP is also commonly associated with the concept of natural bypass through the development of collateral circulation.
The lecture at the Sri Jayadeva Institute of Cardiovascular Science and Research reflected the continued professional exchange surrounding EECP treatment and advanced non invasive cardiac care in India. It also highlighted the contribution of Dr. S. Ramasamy and Vaso Meditech in promoting clinical awareness and education related to Enhanced External Counter Pulsation.
EECP THERAPY uses a proprietary technology to inflate and deflate a series of pneumatic cuffs enclosing the lower extremities of the patients. Treatment is administered on a padded table in which three sets of electronically controlled inflation and deflation valves are located.
