Artificial Heart Research

Cardiovascular Technologists are a vital part of the medical field. These special type of technologists help patients who have serious heart ailments. For example, those who have had a severe heart attack would go see a Cardiovascular Technologist for help. Also, they create images, conduct tests, assist with surgical procedures involving the heart, and check on blood vessels. Their working environments are hospitals, physician offices, medical and diagnostics labs. They are required to graduate from programs accredited by CAAED. They would need to be licensed in diagnostic imaging, basic life support, and they would have to be professional. They also have

Heart disease is the number one cause of death in the U.S., killing over 611,000 people in 2015, according to the Centers for Disease Control and Prevention. This technology could be a godsend for those in need of a heart — and no transplants available.

You are sitting in a hospital bed for the fifth time this week. The doctor gives you many medications to help the pain you feel in your heart. You are constantly reminded that your heart has many defects, and soon realize that you need a new one. To the right if you, there is a device the size of a washing machine with two tubes that are connecting to your chest so that your heart can still pump blood. You feel so fatigued, almost as if you cannot breathe. You find it terrifying to think that your life depends on the next available organ donor in your area. You begin to lose hope every day but the doctors and your family encourage you to be patient, that there will be somebody out there with a heart to give. Unfortunately this story is not

The heart, an essential organ for animals. It allows circulation of the blood in the whole body of an organism by playing the role of a pump. It can be neurogenic or myogenic and associated with an open or a closed circulatory system.

Organs that can be donated include the heart, lungs, liver, pancreas, kidneys, and small intestines. Organs are used to save lives by replacing diseased organs with healthy ones. One organ donor can save the lives of up to eight people. When someone is able to donate organs and a person who needs the organ receives it, many new doors for that person are open. Critically ill children who undergo organ transplants today are more likely than ever to recover and return to their schools, playgrounds and a quality of life that in many cases is virtually indistinguishable from that of friends who have never faced a life-threatening disease. Cory Scott is living proof. The 15-year-old returned to his Jacksonburg, W.Va., home less than two months after his heart, ruined by cardiomyopathy, was replaced with a donor heart at Children’s Hospital of Pittsburgh on Aug. 15, 2002. He had been kept alive on a mechanical ventricular assist device for several weeks before the surgery. People who need an organ transplant are usually very ill or dying, because on or more of their organs is failing. They range from babies and children through to older people. People needing a tissue transplant cane be of any age. In some cases, tissue transplant can be of any age. IN some cases, tissue transplantation can save lives. More often, it greatly improves the recipient’s life. Also many people are on

The artificial heart can be a temporary structure that is places till that patient receives a heart transplant. That time also allows to regain their health before their transplant. In the United States there is a shortage of donor hearts. Around 4,00 people

On the other hand, it might be argued that, artificial heart should not be used for several reasons. Firstly, each device is approximately, $300,000, which is extremely expensive and will only save the lives of few people, while by spending the same amount of money by increasing preventive programs; it is more likely to save more people (Caplan 2014). For instance, if artificial heart was provided for each person with heart disease, it would be billions of dollars for the healthcare budget (Caplan 2014). In addition, Dr Caplan at the Division of Medical Ethics at the NYU Langone Medical Center points out, “Artificial heart is not something you install and forget about; they require maintenance and check-ups” (Caplan 2014, Para 6). Other reason

Coronary heart disease, one of the most pervasive diseases, has influenced millions of individuals around the globe. In 1995, 4000 patients waited for donor hearts and 731 of them died waiting (ijates). As the number of patients suffering from heart disease increased, the demand for donor hearts increased along with it. For this reason, it has brought biomedical engineers and researchers closer to developing devices like defibrillators and artificial hearts that may alleviate patients’ pain. Artificial heart transplant machines are now reliable treatment options for heart failure. These machines are utilized as a substitute until a donor organ can be found. Statistics show that this method has resulted in an improvement of survival rate of 80% (Martin Struber). Although artificial hearts are costly and potentially life threatening, it is conceivable that these machines may have a more prominent part to play as their expenses diminish and technological improvements expand dependability.

In 1967, the world’s first heart transplant was performed (Ehtuish, N.D). With this heart only lasting in the patient for a total of 2 ½ weeks, scientists knew that that they were on the brink of being able to provide a permanent, sustainable heart to a medically unstable patient. In the 21st century, heart transplantation is now considered to be a modern miracle; being able to remove a heart from a no longer living person and transplant it into the body of someone whose heart no longer functions properly. In Australia, “around 1600 people are on organ transplant waiting lists (for an average of) 6 months to 4 years” (Organ Donation & Transplant Foundation of WA, 2011). Each year, there is an increasing amount of people dying whilst on these waiting lists due to the large demand

The artificial heart is a replacement for a heart that is failing or damaged. This Artificial, heart will take over the regular hearts job until a donor is ready to transplanted. The donor usually dies with a healthy heart. This heart will probity be in a healthy condition with no diseases in it . Most likely a victim of a car crash. This artificial heart functions like a normal heart, the heart has 4 parts to it the left ventricle the right ventricle the right atrium left atrium. The two atriums job is to receive and remove the blood from the heart. The ventricles on the other hand full the blood with the oxygen.Blood first enters through the right atrium that has little to no oxygen. The right ventricle pumps it in to the lungs where it

In the US, heart attacks kill more people than any other single cause. Many of the deaths are caused by electrical disturbances in a damaged heart that cause it to fibrillate (Pool). Despite current overwhelming interest in the operations of the human heart, for most of history the human heart has been regarded as a "forbidden organ too delicate to tamper with" (NOVA). In fact, it might have remained so, were it not for World War II where military doctors, faced with massive numbers of injuries ushered the world into our current medical trajectory.

Even before the recent studies reported today, there are already proposed and used treatments to cure heart failure. Several surgical methods are applied to patients but unfortunately, these methods do not offer a 100% cure to heart failure. The only surgical solution for cardiomyocytes loss in a patient with heart failure is the cardiac transplantation. But as reported

The Medical world had many different complex cardiac myocardium information. Medical conditions dealing with the cardiac myocardium and medical tests with using electronical cardio diagrams and the electronic cardio graphs. The information helps with many different connections and functions with patient’s treatment and their progress with their care. My medical knowledge and education with the medical filed as an LPN I have learned many different perspectives and with the complex medical technology. That my patient’s medical diagnostics for their medical conditions. This information is on the heart and the EKG and the ECG structure.

of hearts available and the number of patients in need of a heart are greatly outnumbered. New

The circulation of blood starts off in the superior vena cava and goes into the right atrium, it then goes through the tricuspid valve into the right ventricle, through the pulmonary valve into the pulmonary artery , into the lungs and in the left atrium into the left ventricle to the aorta and to the rest of the body.