Cardisiography was specifically developed for use by internists and cardiologists to quickly, precisely, and non-invasively detect or rule out heart conditions. Its significantly higher sensitivity (>90%) compared to exercise EKGs, without the associated disadvantages, allows for an earlier selection of the correct treatment path. This can help prevent severe consequences such as heart attacks, sudden cardiac death, and/or ventricular fibrillation
A CSG report will provide clarification of a patient’s cardiac health in the case of undefined symptoms, such as shortness of breath, fatigue or back pain, as well as before anesthesia.
CSG helps doctors and patients take preventative measures when used in regular medical checkups, e.g. annual visits, before sporting events or long trips, or even after infection with COVID-19.
In cases of suspected structural heart disease, arrhythmia, or CHD/ischemia, CSG helps confirm or rule out heart disease.
Why Combining 12 (19)-Lead ECG and Vectorcardiogram (VCG) Improves Diagnosis? The classic 12-lead ECG has been standard equipment for cardiac diagnostics for decades. It’s fast, cost-effective, and provides important information about heart rhythm disorders or heart attacks. Unlike the ECG, which records electrical signals linearly, the VCG displays the directional course of electrical excitation in 3D space. This makes complex changes visible. The VCG can also precisely localize delayed or blocked electrical impulse propagation in specific heart regions.
Unlike the ECG, which records electrical signals linearly, the VCG shows the directional course of electrical excitation in 3D space. This reveals complex changes, such as a heart attack masked by a bundle branch block. It can also precisely localize delayed or blocked electrical impulse propagation in specific heart regions. The simultaneous use of ECG and VCG (Electro-Vectorcardiography) offers a diagnostic advantage, especially in challenging cases.
Both methods measure the same electrical activity, but the ECG shows it as timelines, while the VCG shows it as movement in space. The VCG is particularly strong in structural analysis, while the ECG excels in rhythm diagnostics.
The combination of an enhanced 12-lead ECG, vectorcardiogram, and AI-powered analysis, as implemented in Cardisiography, represents a new standard in cardiac prevention and diagnostics.
It offers more precise early detection of ischemia, better assessment of conduction disorders, comprehensive rhythm analysis, and, through additional leads, a more complete recording of the heart in a single, non-invasive measurement process.
In patients with chest pain and an unremarkable ECG, the VCG can detect early blood flow disturbances (myocardial ischemia) even before cell damage occurs. It identifies typical changes in the ST segment and T-loop in terms of spatial direction and time course, even with superimposed disturbances like left bundle branch block
Whether interatrial block, bifascicular block, or ventricular pre-excitation, the VCG provides indications of the direction, delay, and origin of electrical excitation that often appear non-specific on an ECG
For inferior or posterior infarctions that appear “silent” on an ECG, the VCG provides clues through unusual QRS loop patterns or a shift in the main vectors.
Cardisiography is non-invasive and is performed while the patient is in a resting state.
Signal recording and results within 10 minutes.
Accepted by many health insurers in Germany (GOÄ 657, A658 & HzV).
Sensitivity > 90% (compared to stress ECG 45-50%).
Developed with ♡ in Europe to save lives globally.
Supported by a multitude of scientific research studies.
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