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Authors
Affiliations
1 Vel Tech High Tech Dr. Rangarajan Dr. Sakunthala Engineering College, Avadi, Chennai, IN
Source
Biometrics and Bioinformatics, Vol 3, No 10 (2011), Pagination: 460-464
Abstract
Heart failure, one of the most deadly disorders experienced by people all over the world which has lead to the cause of several unprecedented and unpredictable losses of lives, is yet to be found a solution. Cardiovascular diseases cause 12 million deaths per year throughout the world. Though advancements in technology have found many answers, there is still a lack of definite prediction of the attack. The diagnosis and treatment methods adopted today are limited to an acute clinical setting and timing constraints for providing instant relief and action. The lack of timely response to a cardiac event will mean death. Thus, our proposal greatly nullifies the defects in conventional medical practice by incorporating a new innovation of us named micropragmata and the deployment of nanorobots at the site of blocks with the release of the most effective drug called Angioprim. The integration of ASIC and MEMS enable wireless telemetry and processing of pressure measurements to be transmitted at a larger distance, set out to reach a remote physician. For timely action, it is important to locate a patient quickly in order to carry out the emergency operation. Thus the use of GPS renders a helping hand for patient location with the whole of the section involving a central server and a call center at the patient's service. Thus, the status of the patient’s heart is updated and monitored for further action, incase of major threats which would completely involve the rescue team into action. This methodology will eliminate the pitfalls encountered in modern medical approaches and reverse the intolerable life loss due to heart attack.
Keywords
Angioprim for Dissolving the Arterial Plaque, Central Server, Call Center, Implantation Device (Micropragmata), Nanorobots, etc.
