In der Zusmmenarbeit mit weltweit führenden Forschungseinrichtungen leiten wir eine neue Ära in der kardiologischen Diagnostik ein.
Die webbasierte Plattform ist sehr einfach und benutzerfreundlich. Nachdem wir das Rohsignal des EKGs hochgeladen haben, erhalten wir innerhalb weniger Stunden einen detaillierten Bericht.
MD, PhD, Prof. Michael Kühne
Leiter der Klinik für Vorhofflimmern, Universitätsspital Basel
Wir bauen solide klinische Nachweise auf, um die Vorteile der KI in der diagnostischen Kardiologie gemeinsam mit unseren Partnern zu etablieren.
The Gluco-Starve Study
Basel, Switzerland
The assessment of HRV in the context of understanding the impact of glucocorticoids on physiological adaptations to fasting.
Swiss Atrial Fibrillation Cohort Study (SWISS-AF)
Basel, Switzerland
The assessment of heart rhythm in the context of the complex relationship between atrial fibrillation, stroke, and systemic embolism.
AI for the investigation of cardiovascular disease risk among patients with and without HIV.
New York, United States and Tanzania, Africa
The assessment of cardiac arrhythmias in the context of guiding clinicians and shaping public health initiatives to reduce the cardiovascular disease burden in Africa
Effect of low levels of dysfunctional oxidized high-density lipoproteins on atrial fibrillation
Brandenburg an der Havel, Germany
The assessment of heart rhythm in the context of dysfunctional, oxidized high-density lipoprotein, an important risk factor for cardiovascular disease
The Gluco-Met Study
Basel, Switzerland
The assessment of HRV in the context of the dynamics of energy homeostasis during glucocorticoid excess in diabetic patients.
The Gluco-Feed Study
Basel, Switzerland
The assessment of HRV in the context of the impact of glucocorticoids on body weight regulation
ECG Algorithms for pediatric patients
Warsaw, Poland
The assessment of heart rhythm in the context of automatic analysis of cardiac arrhythmias and conduction patterns in pediatric patients
