COMARCH HEALTHCARE,Comarch CardioVest

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Comarch CardioVest
Solution to prevent, diagnose and supervise cardiac disorders

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Comarch CardioVest is a solution used to perform preventive examinations, diagnostics andsupervision of adult patients with cardiological disorders. The innovative technology records and transfers ECG data to the telemedicine platform. The implemented algorithm interprets the data and conducts advanced analysis of ECG signals, automatically detecting crucial disorders and deviations from standard. The solution makes it possible to shorten long-term ECG monitoring analysis significantly, and to verify the recording fully, without manual signal processing.

How does it work?

The simple modular structure and wireless data transmission of the CardioVest system enable ECG reading and analysis after every 24 hours of the examination. The system consists of two independent recorders carried interchangeably, changed every 24 hours. The first recorder is installed on a vest, while the other one, concurrently, fully automatically, and without engaging the patient, sends the records of the completed part of the examination. This means there is no need to wait until an examination ends to obtain the results, enabling earlier reaction to cardiac rhythm disturbances.

Elements of the CardioVest system

Dock Transmission Station

Station transmitting data from the Recorder to the Remote Care Center
Maintenance-free
A wide range of communication capabilities with Monitoring Center (3G, WiFi, LAN)

ECG Vest

Allows recording of ECG signal
Comfortable to wear (light, body-fit)
Biocompatible, non-allergic materials
Special material electrodes ensure high recording quality

Sensor Recorders

A set consisting of two independent recorders of different colors.

Battery life longer than 24h
Self-operating
Wireless
Small in size
Minimum weight
Communication LEDs

Comarch Medical Analysis Platform (CMAP)

Algorithms used to save time and personnel resources. Detection of, among other things:

Tachycardia
Bradycardia
Pause
Atrial fibrillation

Comarch CardioVest System Infographic

Discover how it works:

See the infographic

WHO IS THIS DEVICE FOR?

PATIENTS REQUIRING DIAGNOSIS, - FOR EXAMPLE:

Due to suspicion of cardiac rhythm disturbances (with special emphasis on disturbances which rarely occur in a time unit, where standard 24/72 h classical Holter examination has not brought any lesions to light)
With syncopes
After ischemic strokes of unknown etiology

PATIENTS REQUIRING SUPERVISION:

After acute coronary syndromesand revascularization surgery
After cardiac surgery
After cardiac ablation procedures
With chronic circulatory insufficiency
Wth congenital cardiac defects
To assess the efficacy of pharmacological treatment

TO PREVENT:

Paroxysmal atrial fibrillation
Genetic cardiac rhythm disturbances in patients suspected of being prone to such
Problems arising in individual athletes performing at amateur and professional level

FOR ENTITIES RUNNING SCIENTIFIC AND CLINICAL RESEARCH

HOW IT WORKS?

Comarch CardioVest is a solution used to perform preventive examinations, diagnostics and supervision of patients with cardiological disorders.

Thanks to the innovative technology of the CardioVest system, long-term ECG monitoring is possible without the application of any electrodes, which greatly improves the patient’s comfort.

Until the CardioVest system, there was no method of recording ECG signals reliably and safely. The technology records and transfers ECG data to the telemedicine platform. The implemented algorithm interprets the data and conducts advanced analysis of ECG signals, automatically detecting crucial disorders and deviations from standard. The solution makes it possible to shorten long-term ECG monitoring analysis significantly, and to verify the recording fully, without manual signal processing. The simple modular structure and wireless data transmission of the CardioVest system enable ECG reading and analysis after every 24 hours of the examination.

The system consists, among other things, of two independent recorders carried interchangeably, which the patient changes every 24 hours. The first recorder is installed on a vest, while the other one, concurrently, fully automatically, and without engaging the patient, sends the records of the completed part of the examination. This method means there is no need to wait until an examination ends to obtain the results. It enables earlier reaction to any detected cardiac rhythm disturbances.