An Overview Of The Use Of Telemetry In Cardiovascular Care-spyair

Chronic-Illness Chronic cardiovascular disease has be.e a major problem in the United States in recent years because of the widespread adoption of foods containing high fat content and low nutritional value along with the inability to incorporate daily exercise into a busy schedule. These behaviors can be extremely harmful to the body because they allow plaque to develop in the arteries that are responsible for carrying oxygen and blood to the heart. When blood vessels reach a critical level of occlusion, they may no longer be able to supply the nutrients that the hearts contractile cells need in order to stay alive. This process is .monly referred to as a heart attack and it has been listed as one of the top contributors to morbidity and mortality in the US. There are a number of different medical tests that are used to evaluate individuals who are suspected of suffering from heart disease. The most .mon exam is known as the electrocardiogram and it allows medical personnel to record the electrical activity of the heart without having to use an invasive approach. Another diagnostic test that is .monly used is known as an echocardiogram. This test creates an ultrasound image of the structural .ponents of the heart as they work to pump blood through the body. Patients who require long-term monitoring due to an uncertain diagnosis or an unstable condition are often setup with a noninvasive procedure that is known as telemetry. Telemetric technology refers to equipment that gathers and transmits information through a wireless connection over long distances. There are many applications for telemetry in a variety of different industries including defense, oil and gas discovery, space exploration, healthcare, and others. The military was one of the first sectors to use the technology as a means for collecting data about events that could affect operational out.es and as a way of improving the way different branches .municate with each other. Telemetry is also used by the weather industry to monitor seismic activity and other natural phenomena that could represent risk to .munities around the world. Within healthcare, the technology is most often used to conduct long-term monitoring of a patients heart as it is in a resting and active state. This is required in some cases because other cardiac exams may not provide the information needed to thoroughly evaluate the disease or develop an appropriate and effective treatment plan. In other cases, a patient may suffer from a condition that is considered to be unstable and that requires constant observation. Telemetry is beneficial for patients because it is noninvasive and allows individuals to get up and move around while they are being evaluated and treated. Physical activity can provide useful insight into a patients condition because it may elucidate abnormalities that only occur when the heart is being forced to work harder. Most facilities assign the task of preparing patients for monitoring to the EKG technician or the cardiac nurse. The process is very similar to the administration of an electrocardiogram and requires that sensors be placed on the patients chest and a wireless transmitter be switched on. Once the equipment has begun collecting data, it then broadcasts it to the .puters that are setup in the monitoring center. These .puters then translate the information into a series of waves and intervals that are known as a tracing. The .ponents of the tracing are representative of different phases in the cardiac cycle and should follow a predictable pattern. Those who work in the monitoring center must have a basic understanding of cardiac rhythms so that they can recognize when advanced personnel should be notified about the potential need for intervention. About the Author: 相关的主题文章: