Pacemaker Essay

Atrial fibrillation is the most common type of heart arrhythmia and often called AFib or AF. It is defined as the irregular rhythm of the heartbeat. During AFib, the heart can beat too fast or too slow. This irregular heartbeat can lead to stroke or other heart-related complications. The heart is controlled by an electrical system of the heart. This electrical system (Figure 1.1) of the heart includes several functions which hold the contraction of the heart muscles. The SA node starts the heartbeat

Marc Umeno, Stan Majewski and Harry Bishop were the original founders of NEOMed. The founders designed a new product for the medical market. Although, they determined multiple uses for the technology were possible, such as, screening drug candidates, drug delivery applications, detecting cancer, and possibly applied to Homeland Defense for detection of nuclear weapons. The primary focus was decided to be used to identify and catch coronary artery disease (CAD) before it happens. Marc Umeno developed

How does the device and procedures support the role of the body systems? The artificial heart supports the body just like a normal heart would, pumping blood around the body. The artificial hearts are used when the original heart is damaged and needs time to recover. The artificial heart can replace the function of the person’s original heart for either a short period of time while a donor heart is being sort or for the duration of the person’s life. Why is the device needed? The device is needed

The company Boston Scientific founded in 1979 by John Abele and Pete Nicholas, with the hope of giving more available, cheaper and less invasive alternative to patients. They are one of the leading manufacturing company of medical supplies equipment used to examine and treat patient with different medical issues. In addition, Boston Scientific produces medical equipment used to treat cardiac rhythm management (CRM), cardiovascular, endoscopy, pain management, peripheral interventions, urology, and

Boston Scientific is dedicated to changing the lives of patients treated and living with their devices, applying the growing knowledge of medicine and technology of today’s health conditions. The company believes that their success is driven by their ability to consistently deliver initiatives that grow profitability and market share. Boston Scientific does a great job focusing on improving the speed and performance of the business units by adding new capabilities, processes, and innovative technologies

consider the great outcome for the majority. The MRI’s and Pacemaker have made an important role in the development of technologies. There are some positive and negative effect that these new technologies to be considered. Magnetic Resonance Imaging is also known as MRI. This computerized device is used for scanning the

Bentham and John Stuart Mill in the mid-1800s, can be used to make decisions that provide the most benefits to most people (sevenoaksphilosophy.org, 2013). This paper will examine the Shanks (1996) case concerning the sole provider of transistors for pacemakers from a utilitarianism view point to determine a course of action the company should take to resolve the issues. Bentham’s utilitarian perspectives will be applied to determine the resolution. The problems will also be run through the ethical tests

Finding use in “spacecrafts, pacemakers, underwater systems, electric automobiles, and remote monitoring systems” (source 6), the atomic battery has existed for over a century and is growing to benefit our world. The atomic battery generates electricity from a nuclear reaction, utilizing the radioactive decay of specific elements. The atomic battery is certainly not meant for households or as a source of common battery use, but rather powerful equipment needing to run for long, extended periods.

My company supplies the pacemakers with transistors that they use to build heart pacemakers. The pacemaker technology is in its infancy and the maker is having different type of problems which resulted in many incidents. The incidents were caused by doctors that don’t know how to install the pacemaker because they lack the appropriate training. Also, the Quality assurance phase is very weak at the production level because the engineers are not testing the hardware rigorously. As a result, my company

board of directors for a company that makes transistors were presented with an ethical dilemma. They were the last transistor company that was selling to a pacemaker company as a result of other companies backing out of the business due to the failure of some pacemakers leading to deaths of some of those who used them. At the time, pacemaker technology was extremely new and had yet to develop into the ground breaking product that it is today. The ethical dilemma presented to the board was whether