CAMBRIDGE HEART MODEL CH 2000 CARDIAC DIAGNOSTIC SYSTEM
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CAMBRIDGE HEART MODEL CH 2000 CARDIAC DIAGNOSTIC SYSTEM
The Cambridge Heart Model CH 2000 from the esteemed Cambridge Heart Inc. is an innovative, state-of-the-art cardiac diagnostic system that is designed to deliver accurate, timely, and crucial cardiovascular data. This device plays a pivotal role in the early detection of potentially life-threatening cardiac conditions, promoting quick action and bettering patient outcomes. It is quintessential in the healthcare sector, especially in cadres like cardiology and cardiovascular surgery. Its vast features cater to the comprehensive needs of modern healthcare, making it an indispensable tool.
This advanced cardiac diagnostic system leverages patented microvolt T-Wave Alternans (MTWA) technology to measure and examine subtle beat-to-beat fluctuations in the heart’s T-wave segment. The MTWA method is a powerful, unique, and non-invasive tool for assessing a patient's risk of sudden cardiac arrest. These fluctuations, which might be invisible in standard ECGs, have proven to be reliable predictors of arrhythmias and other critical cardiac events. Thus, the Cambridge Heart system process ensures the highest level of precision and accuracy when identifying high-risk patients, optimising the prevention and treatment options, leading to improved patient care and safety.
The Cambridge Heart Model CH 2000 Cardiac Diagnostic System allows for early identification of at-risk patients, enabling preventative treatments to be initiated proactively, thereby increasing patient survival chances, decreasing the possibility of preventable cardiac events, and enhancing an individual's quality of life. This device is outfitted with a user-friendly interface and easy-to-interpret results rendering it practical and highly efficient for medical professionals. Thanks to its high-quality construction, the Cambridge Heart Model CH 2000 ensures durability and longevity, demonstrating excellent value over time, and proving itself as a wise investment for any healthcare institution.
Primary Use:
The Cambridge Heart Model CH 2000 Cardiac Diagnostic System is an advanced tool used primarily for the detection of hidden, latent, or early-stage heart diseases in patients. Its key function revolves around the non-invasive analysis and measurement of an individual's heart electrical activity to diagnose various heart-related abnormalities. In particular, the device is proficient in the detection of microvolt-level T-Wave Alternans (TWA), an indicator of micro-fluctuations in a patient's EKG heartbeat signals.
How It Works:
The Cambridge Heart Model CH 2000 Cardiac Diagnostic System is a leading-edge technologically advanced cardiac diagnostic device that provides both physicians and patients with critical and detailed information related to heart health. It belongs to a wide category of Cardiac Monitoring & Diagnostic Devices, designed to continually or intermittently check the heart's electrical and physiological functions and provide early detection of potential cardiac issues. Broadly speaking, the usage of this device can be divided into four main stages - acquisition, conversion, analysis, and visualization. 1. Data Acquisition: This system employs a non-invasive method of obtaining cardiovascular data, mainly heart rate and rhythm. It uses a set of electrodes, which are typically attached to certain areas on the patient's chest and limbs. The electrodes pick up the electrical signals generated by the heart with each beat, which are then transmitted via wires to the main device. 2. Data Conversion: The electrical signals transmitted are analog in nature. The system has an Analog to Digital Converter (ADC) that converts these analog signals into digital form for further processing and analysis. This process involves quantifying the voltage levels of the signals and transforming them into discrete digital values. 3. Data Analysis: Post-conversion, the system processes the digitized cardiac signals using specialized algorithms. The aim of this analysis is to detect any irregularities or anomalies that might signify a range of potential cardiac conditions including arrhythmias or ischemia. This device may also measure other crucial parameters such as heart rate variability, myocardial perfusion, and cardiac output, among others, to give a comprehensive overview of the patient's heart function. 4. Data Visualization: The final results of the data analysis are then visualized and displayed on a monitor. This might include graphical representations like electrocardiograms (ECG or EKG), which map out the heart’s electrical activity and aid the physicians in making precise diagnostic decisions. While the detailed operation of the Cambridge Heart Model CH 2000 Cardiac Diagnostic System would potentially involve proprietary technologies, the outlined approach applies in a broad sense to most cardiac monitoring and diagnostic devices. It is essential to note that interpretation of the results should always be performed by a trained healthcare professional, and any subsequent decision for treatment or interventions should be made based on a comprehensive medical examination and patient history.Manufacturer:
CAMBRIDGE HEART INC.
Status: In Stock
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