HEART RATE TURBULENCE ANALYSIS TECHNOLOGIES
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(Not Necessarily related to the device)Description:
HEART RATE TURBULENCE ANALYSIS TECHNOLOGIES by GE MEDICAL SYST. INFORMATION TECHNOLOGIES
The Heart Rate Turbulence (HRT) Analysis Technologies from GE Medical Systems Information Technologies is an innovative, advanced instrument designed to assess the autonomic nervous system's regulation of the heart rate following premature ventricular contractions. This technology is primarily used in the field of cardiology to enhance the understanding of heart health, particularly in detecting abnormalities, predicting the risk of sudden cardiac death, and assessing the effectiveness of prescribed treatments.
This cutting-edge instrument operates using two primary parameters: Turbulence Onset (TO) and Turbulence Slope (TS). TO reflects the percentage difference between the heart rate immediately following a premature beat and the heart rate just prior, providing insights into the initial vagal withdrawal. TS, on the other hand, reflects the speed of heart rate adaptation following the ventricular contraction, which is a measure of adrenergic activation.
One of the key benefits of the Heart Rate Turbulence Analysis Technologies is its power in early risk stratification of lethal arrhythmias, particularly in patients who have had a myocardial infarction, which significantly improves treatment options and outcomes. Its highly dependable, quantifiable data supports clinicians in designing personalized, effective treatment plans. Ultimately, the real-time and elaborate analysis provided by this groundbreaking technology enriches the precision of cardiovascular diagnoses and facilitates optimal patient management.
Applying artful engineering and comprehensive medical understanding, GE Medical Systems Information Technologies has developed a cornerstone instrument with the Heart Rate Turbulence Analysis Technologies. It is nothing less than a marvel of medical device innovation, filling a significant gap in cardiovascular disease research and treatment with a robust, reliable, and practical solution.
Primary Use:
The primary medical use of Heart Rate Turbulence (HRT) Analysis Technologies lies in the field of cardiovascular monitoring and diagnostics. This technological device is primarily intended to analyze the response of the heart rate to premature ventricular contractions (PVCs), essentially, assessing the heart's autonomic response. The purpose of HRT analysis is to provide a risk stratification tool for patients who have previously suffered from myocardial infarction. By determining the heart's reaction to PVCs (defined by
How It Works:
Heart Rate Turbulence (HRT) Analysis Technologies, like most cardiovascular monitoring and diagnostic devices, operate on the principles of cardiac electrophysiology and digital signal processing. At the core of HRT analysis lies the utilization and detailed examination of disturbances in heart rate that follow premature ventricular contractions (PVCs), which are extra, abnormal heartbeats that disrupt the regular rhythm of the heart. The concept of Heart Rate Turbulence refers specifically to the short-term fluctuation in heart rate occurring in response to these PVCs. It is quantified using two parameters, turbulence onset and turbulence slope. The device performs an electrocardiogram (ECG) to monitor the heart's electrical activities. When a PVC is identified, the algorithm integrated into the device will then detect and investigate the sinus rhythm immediately post PVC. This sinus rhythm comprises a premature heartbeat followed by a short pause, that then triggers the natural nervous system reactions leading to a brief rapid heart rate, and eventually a slower than normal rate. Therefore, the turbulence onset measures the rate of change at the beginning of this compensatory rapid rhythm in response to PVC whereas the turbulence slope defines the rate at which heart rate increases after the initial onset. The analysis of this data offers valuable information about the overall neural control of the sinus node, heart's organic pacemaker. People with impaired cardiovascular systems may show abnormal turbulence patterns due to the dysfunctional interplay between the heart and its autonomic nervous system control. It's worth mentioning that this technology is non-invasive—it entails no surgeries, needles, or incisions, making it a safe and efficient tool for cardiovascular diagnosis. It is pivotal to note that the HRT alone is not a diagnostic tool but is utilized in conjunction with other clinical information and tests. In conclusion, heart rate turbulence analysis technologies equip physicians with essential insights into cardiac autonomic control, assisting in assessing cardiac health, diagnosing different cardiovascular conditions like arrhythmias, and predicting the risk of heart diseases and fatalities. Although it might seem simple, behind its efficiency is years of scientific research and advances in biomedical engineering and clinical cardiology. No single piece of information is diagnostic in medicine, but the heart rate turbulence is unquestionably a significant piece of the heart health puzzle.Manufacturer:
GE MEDICAL SYST. INFORMATION TECHNOLOGIES
Status: In Stock
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