Cardiologist Essay

Cardiac rehabilitation (cardiac rehab) is a professionally supervised program to help people recover from heart attacks, heart surgery and percutaneous coronary intervention (PCI) procedures such as stenting and angioplasty. Cardiac rehab programs usually provide education and counseling services to help heart patients increase physical fitness, reduce cardiac symptoms, improve health and reduce the risk of future heart problems, including heart attack.

I studied cardiovascular science for two years, and spent many hours of externships at major hospitals. I was very happy with my chose of career. As an echo tech, I also

With the start of medical school, studying basic sciences opened a door to the world enriched with years and years of research. With each passing semester, I gained more knowledge about the biochemical, physiological and anatomical aspects of medicine. The more knowledge I acquired, the more eager I became to apply what I had learnt into clinical practice. Those two years formed the foundation

The career I have chosen to pursue in the future is a surgeon. A surgeon is a physician who performs surgical operations. They are who cut the human body for the purpose of removing diseased tissue or organs, to repair body systems, or to replace diseased organs with transplants. Surgeons may be physicians, dentists, podiatrists, and veterinarians. Surgeons can be general surgeons and perform all types of surgery, or they can be specialized, such as heart surgeons or brain surgeons. I plan to specialize in heart surgery or as its also known cardiothoracic surgeon. A cardiothoracic surgeon is a medical doctor who specializes in surgical procedures of the heart, lungs, esophagus, and other organs in the chest. This includes surgeons who can be called cardiac surgeons, cardiovascular surgeons, general thoracic surgeons, and congenital heart surgeons.

In an ideal setting, I believe that researchers need to have the clinical setting in mind when they are conducting their research and the doctors should have a critical view of their clinical tools and see that they can encourage the exploration of knowledge to improve their patients. However, it is not plausible for everyone to dedicate themselves to a dual degree and thus, the role of a physician scientist is to help spread this crosstalk environment. This is the true power and voice of physician scientists, spreading this mentality through mentorship, teaching of classes and outreach programs. Furthermore, I believe we are reaching a point in our technological innovations that computation, science, research and medicine are coming together. In order to fully take advantage of this fact and push onwards towards the future, we will need physician scientists who understand a multitude of these fields to connect the people and act as a mediator and translator for the talented specialists in each

The need to learn and understand why things happen drives me, this being what first drew me to consider medicine, particularly the heart. Its defects interest me greatly, as death from ischaemic heart disease has remained one of the world's biggest killers for the last 15 years. On a visit to Cambridge University, I explored this further at a chronic heart disease lecture. How the disease arises led me to read a section of 'How we Die' by Sherwin Nuland, which detailed the heart structure, and the events of a heart attack. An Oxford University UNIQ summer school gave me insight into university life, which included practical work from undergraduate years. I was given the 'Oxford Book of Modern Science Writing' with extracts from experts in their fields to read. The combination of academic challenge and the prospect of independent living confirmed my desire to study medicine.

"In 2006, more than 690,000 open heart surgeries were performed in the United States. These included surgeries to correct and repair defective valves as well as coronary artery bypass surgery. As recently as 70 years ago, these surgeries would have been impossible. The heart lung machine had yet to be invented, allowing surgeons to temporarily stop and start the heart. Prior to its invention, the longest a heart could be stopped was 30 to 40 minutes---not enough time to complete extensive surgery" (Smith, 2009). Since then, a number of minimally invasive surgical procedures have been introduced that permit surgeons to perform a variety of surgeries, making smaller incisions that leave smaller scars, reduce the chance of infection, are less painful to the patient and necessitate shorter hospital stays. These include minimally invasive direct coronary artery bypass, off-pump coronary artery bypass, videoscopic surgery and robotic-assisted heart surgery.

So what actually inspired me pursue an internship in cardiology, due to the fact that last semester, during my internship in the Emergency Department in Memorial Hermann, I saw many cases dealing with chest pain and heart disease. Due to my extensive exposure to heart patients and my research on chest pain, I started to grow an interest for cardiology. My former mentor Dr. Kutsen referred me to his colleague, Dr. Pillai to continue my internship in the field of cardiology. I choose cardiac catheterization as the topic of my study in this internship because it tends to be one of the most accurate and effective procedure performed by Interventional Cardiologists. It can aid in earlier detection and treatment of coronary artery disease which is essentially the number one killer in the United States.

Cardiovascular diseases are diseases which involve the heart or blood vessels, they are in fact the leading causes of death and disability in the world. Cardiovascular diseases include coronary artery disease, or ischaemic heart disease (heart attack), cerebrovascular disease (stroke) and diseases of the aorta and arteries including hypertension and peripheral vascular disease (Mendis, Puska, & Norrving, 2011). They are all due to a disease known as atherosclerosis which affects arteries (George, & Johnson, 2010). There are also other cardiovascular disease that are not related to atherosclerosis, for instance, congenital heart disease caused by abnormal structures of the heart existing at birth, rheumatic heart disease due to Type II hypersensitivity reaction following streptococcal bacteria infection, cardiomyopathies (disorders of the heart muscle) and cardiac arrhythmias (disorders of electrical conduction system of the heart). Among all the cardiovascular diseases, coronary artery disease and cerebrovascular disease are the first two major contributors to global mortality (Mendis, Puska, & Norrving, 2011).

* Exploration: Answer the questions. The questions in the Exploration section are the same questions in your CardioLab instructions.

Being a doctor is my long-lasting dream. Likewise, to be a doctor is to fulfill long educational process of medical science through twelve years. As I plan my educational goals, I will major in Biology and enroll in pre-medicine program in order to obtain a medical career. After earning my Bachelor's degree, I will have applied to a four-year

The most common reason of people dying today is because of heart disease and cancer. Cardiothoracic surgeons have the capability to make a difference in the world by improving the lives of these poor children so they can have a life where everything is normal. . There is more than 3,500 U.S cardiothoracic surgeons existing today that are ready to retire, there is a strong need for more of these lifesaving surgeons. This career is an extremely popular career because the joy and rewards one receives for being a cardiac surgeon is tremendous. Pediatric cardiac surgeons can do a procedure on young and old patients and make the outcome successful. The basic steps to becoming a pediatric cardiac surgeon is to have the personality of being dedicated.

I chose this article because when I grow up, I want to become a doctor. Most of the time, I choose to learn about the brain and central nervous system. Recently though, I’ve decided to start learning about other body systems to increase my understanding of medicine. I’ve been finding cardiothoracic surgery and cardiology an interesting specialty recently, especially after I did my report and presentation on Dr.

My desire to study medicine stems from my determination to make a difference to people's lives, where I am the decision maker. Medicine would allow me to integrate my academic interest for science into a public sector framework where I can meet different people everyday. My passion for science has been developed by learning different modules at school like 'Health and Disease' in Biology. Seeing how just a small deposit of plaque in the coronary artery walls could lead to atherosclerosis and eventually death if untreated, has highlighted the subtle nature of the body to me.

To begin, I watched a professional profile video using a CD that came with my textbook. The name of the profession is called: Nuclear Medicine Technologist. This profession is practiced at either a general hospital or in ambulatory care facilities. The profession named: Nuclear Medicine Technologist; also known as a Radiology worker, is used in an integral way in health care. For example, in the textbook called, Health Science Fundamentals, the authors stated: Radiology workers operate x-ray equipment in order to take pictures of the internal parts of the body. In addition, the x-rays provide valuable information for the diagnosis and treatment of varying patients (Badasch & Chesebro, 2009, p. 76). Moreover, in searching for a Nuclear Medicine/Radiology Technician, there are a number of different resources available.