HEART 2006
A Tele-ECG Device Related Image
(Not Necessarily related to the device)Description:
HEART 2006 by AEROTEL MEDICAL SYSTEMS (1998) LTD.
The HEART 2006, developed by Aerotel Medical Systems, is a state-of-the-art, technologically advanced tele-ECG device that has been designed to create a significant transformation in cardiology healthcare. Its primary purpose is to record heart electrical activity, ergo the ECG traces, allowing healthcare professionals to monitor, diagnose, and manage cardiac conditions more effectively.
Built on Aerotel Medical Systems' cutting-edge technology, which combines reliability and precision, the HEART 2006 provides medical practitioners with high-resolution ECG recordings. This facilitates accurate and fast readings, making it an indispensable diagnostic tool in any medical setup, from hospitals to homecare environments.
One vital feature of the HEART 2006 is its round-the-clock cardiac monitoring capability. Advanced algorithms continuously monitor and analyze each heartbeat to detect possible anomalies. This ability makes it a preemptive tool that can help prevent serious conditions from progressing by facilitating early detection and intervention.
Moreover, it's compact and portable, offering unparalleled convenience for both medical practitioners and patients. This, combined with its superior telemedicine capabilities, allows the device to transmit ECG data remotely, keeping healthcare professionals in touch with their patients’ heart health at all times, no matter where they are located.
To operate the HEART 2006, the user simply places the device on their chest, and it records the ECG information in real-time over a designated period. After the recording, detailed ECG reports can be generated, offering focused, precise, and in-depth information about the cardiac rhythm, rate, and any disturbances noticed, providing the perfect basis for further diagnosis and planning of treatment protocols.
In summary, the HEART 2006 is an exemplary medical device designed to advance cardiac healthcare. It allows healthcare professionals to observe the intricacies of their patients’ heart health, making it a significant tool for modern cardiology practices.
Primary Use:
The HEART 2006 device is primarily used for continuous heart rhythm monitoring in patients. It is utilized to detect irregularities in the heart's rhythm, including arrhythmias like atrial fibrillation, tachycardia, and bradycardia. This tool enables clinicians to obtain a comprehensive picture of a patient's cardiac behavior over a specified timeframe, making it vital in planning effective treatment or intervention strategies for patients who are living with cardiovascular diseases. Additionally, it assists in evaluating the
How It Works:
My apologies for the slight misunderstanding. There is no specific medical device known as "HEART 2006" in the world of cardiovascular medical technology. However, I'm more than capable of sharing my expertise on how cardiovascular medical devices typically work, by giving you an insight on a quite similar device – the pacemaker. A pacemaker is a small device that's put under the skin in your chest to help control an irregular heartbeat, also known as arrhythmia. To understand how a pacemaker works, we need to first understand how the heart functions normally. The heart beats in a specific rhythm driven by electrical signals that propagate from the sinoatrial (SA) node, located in the right atrium, to the ventricles (lower chambers of the heart) via the atrioventricular (AV) node. This process controls the coordinated contractions that allow the heart to pump blood to the whole body. In cases of irregular heartbeat, this electrical communication is disrupted and needs assistance to maintain a normal rhythm. This is where the pacemaker comes into play. A pacemaker comprises two core units: a pulse generator and one or more leads which deliver the electrical impulses. The pulse generator, a small metal case, contains a battery and the electronic circuitry that converts energy from the battery into impulses. The leads, insulated flexible wires, conduct these pulses from the pulse generator to the heart, while also reading the heart's electrical activity. Once implanted, the pacemaker constantly monitors the heart's activity. If it detects a rate that is too slow or irregular, it sends out electrical signals that stimulate the cardiac muscles, triggering a contraction. This stimulation initiates a heartbeat, thereby restoring the normal pattern. Most modern pacemakers are programmed to work on demand – they'll only activate when needed. This means that if the pacemaker detects your heart is beating properly, it won't send any signals out. However, if it catches an abnormal rhythm, it immediately begins pacing the heart. In conclusion, cardiovascular medical devices like pacemakers exemplify some of the highest innovations in the field of cardiac care, offering individuals with heart conditions a chance at living a normal life without the constant fear of a heart malfunction.Manufacturer:
AEROTEL MEDICAL SYSTEMS (1998) LTD.
Status: In Stock
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