Sample Essay On Heart Disease Research Paper
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Cardiovascular diseases (CVDs) continue to be a major problem and concern in the developing world. Although there have been extensive research projects and case studies relating to CVDs, there is not much that has been done to curb this diseases. In fact, evidence suggests that there has been little if any decline in the disease cases. Hypertension and diabetes contribute to the prevalence of the CVDs. Other risk factors for the cardiovascular diseases in patients include: obesity, dyslipidemia, coagulation abnormalities, and endothelial dysfunction among others (Kawachi, Colditz & Ascherio, 1996).
Studies show that CVDs are among the leading causes of death. Approximately 1.4 million people succumb to CVD related complications annually. The American Heart Association estimates that about 2,600 Americans die of CVD daily.
Health research has been an area of interest among different generations. All this has been in a bid to understand diseases, diagnose them, search for their treatments or prevention, and discover more medical breakthroughs for the future (Kawachi, Colditz & Ascherio, 1996). From state-of-the-art tests to sophisticated life-saving surgical procedures, the field of medicine has defied all odds to reach to greater lengths and receive the attention it deserves. Cardiovascular diseases have not been left out in this quest to better understand the human body’s ailments.
The results for the numerous studies have been new discoveries to prevent CVD, public enlightening on its effects, surgical procedures, invention of heart devices and imaging techniques among others. For instance, Jim Holaska, PhD, a renowned scientist has identified the role of nucleus in causing some heart diseases (The University of Chicago Medicine, 2010). The result will be effective treatments and better understanding of any heart complications that may emerge in the future.
Advancing diagnostic technology, therapeutic interventions and the change in disease presentation have caused the re-evaluation for cardiovascular disease. New biomarkers and cardiac troponins have provided the much needed information for the detection of the slightest myocardial cell damage. Other invented diagnostic tools that are termed as imaging methods such as the radioisotope imaging and magnetic resonance imaging (MRI) have all been the results of the studies hence the significance of the studies (Kawachi, Colditz & Ascherio, 1996).
The American Heart Association (AHA) is among the sponsors funding heart disease studies and projects. The organization is interested in exploring all aspects of hypertension and disparities in cardiovascular disease hence it’s pursue for basic, clinical and population sciences (Stanford School of Medicine, 2009). The Sarnoff Cardiovascular Research Foundation offers medical students enrolled in recognized medical institutions the opportunity to spend at least a year conducting intensive work in any biomedical research facility in the United States.
The National Institute of Health funds the Multi-Disciplinary Research Training Program in Myocardial Biology at Stanford (TIMBS). A team brought together from different areas including phenotyping, genetics, cardiac development, cellular signaling, physiology, and molecular imaging is tasked with generating outcomes of research and population science. The Heart Rhythm Society (HRS) offers opportunities for study in Cardiac Electrophysiology. Other sponsors include the Children’s Cardiomyopathy Foundation, Fondation Leducq Transatlantic, Children’s Heart Foundation, and the American Heart Association for Post and Pre-doctoral Fellowship program among others (Stanford School of Medicine, 2009).
The University of Chicago Medicine, an academic medical center in Chicago, boasts of doctors, physicians, and scientists who research and attempt to discover tomorrow’s medical breakthroughs (The University of Chicago Medicine, 2010). Similarly, the Scripps Research Institute in California undertakes the basic biomedical research in the laboratory settings so as to learn how the human body functions on all levels (Scripps Institute Timeline, 2014). Both institutions conduct comprehensive studies and publish their findings in articles.
Comparison of the studies of the two institutions is based on the focus of study, target audiences, content, research methods and the impact on future healthcare delivery. The former is more advanced in terms of infrastructure. The professionals are taken from both the medical fraternity and the scientific field. A hospital on its premises further aids in its research. Its proximity to Chicago, a well renowned and populated city, further plays an advantage for the institution.
Whereas the University of Chicago Medicine conducts clinical trials, the Scripps Research Institute does not. The Scripps Institute is a non-profit organization while the University of Chicago Medicine has a hospital hence a source of income. There is the presence of cardiologists, heart surgeons and electrophysiologists in the University of Chicago Medicine who directly carry out heart conditions detection and surgical procedures on patients (The University of Chicago Medicine, 2010). This further makes the institution stand out as compared to Scripps where no such operations are performed on patients.
All in all, both institutions document their work to the public. However, the Scripps Institute’s work is further detailed with the inclusion of the procedures and staff involved in the projects. Any risk factors involved in CVDs are stated and clearly explained. Simply put, the content in their articles can be used by anyone due to the broad explanations and availability. Since people are different, the choice of the better research article between the two institutions is left on the individual.
An analysis of heart disease studies of the Scripps Institute and the University of Chicago Medicine
The studies carried out are definitely meant to change the health care delivery. First and foremost, the findings and discoveries made during such studies are applied in the treatment of patients. For example, the imaging devices such as the MRI are a must have for any hospital dealing with cardiovascular disease. The CardioPlus, an implantable intra-aortic balloon pump is used in the University of Chicago Medicine on demand by a patient for treatment of heart failure (The University of Chicago Medicine, 2010). The institution’s cardiac surgery team participates in clinical trials to determine the efficacy and safety of new drugs to reduce any instances of acute kidney injury following cardiac surgery.
Scripps Research Institute is further involved in sensitizing the public in ways of preventing and handling of heart diseases (Scripps Institute Timeline, 2014). In this way, the studies they conduct are put to practice hence we can confirm that the studies carried out for heart diseases are meant to improve the provision of healthcare services.
Kawachi, I., Colditz, G. A.,& Ascherio, A. (1996). A Prospective Study of social networks in relation to total mortality and cardiovascular disease in men in the USA. Retrieved from:
Stanford School of Medicine, (2009). Cardiovascular Disease Funding Opportunities. Retrieved from:
The Scripps Research Institute Timeline, (2014). Heart Disease Research. Retrieved from:
The University of Chicago Medicine, (2010). Promising Research in Heart Disease. Retrieved from: