The only non-invasive endo and epicardial electrical cardiac mapping compatible with CT-Scan and MRI
From the anatomy and surface electrical potentials to epi and endocardial activation maps
EP Solutions is committed:
To apply the knowledge of cardiac electrophysiology and mathematics to the creation and commercialization of noninvasive electrocardiographic imaging (ECGi) solutions that improve the disease management of cardiac arrhythmias.
To make a fair profit to meet our investors’ expectations.
To create a safe and healthy work place where the best talent in our field is attracted, retained and developed personal and professionally to the benefit of the company, the community, the customers and the patients.
To observe a pristine operational excellence meeting the highest standards of quality, business ethics and good citizenship.
Non-Invasive Electrophysiological Mapping
NIEM (Non-Invasive Electrophysiological Mapping) is an innovative electrophysiological method based on non-invasive reconstruction of cardiac activation patterns from unipolar body surface potentials.
This method provides a non-invasive numerical reconstruction of endo- as well as epicardial electrograms in ventricles and atria. Mathematical algorithms applied to unipolar surface ECG data and 3D reconstruction of heart and thorax ensure high resolution of the method.
An automated analysis of reconstructed electrograms is used to map space-time dynamics of myocardial excitation process. This includes both focal as well as reentrant activation patterns. Thus, exact and non-invasive electrophysiology mapping of the heart for topical diagnostics of heart rhythm disturbances can be achieved.
Non-Invasive Electrophysiological Mapping VS Invasive Electroanatomical Mapping
Beat to beat simultaneous mapping for all four chambers of the heart
Simultaneous mapping on epi- and endocardial surfaces
Mapping of arrhythmias characterized by retrograde, aperiodical and reentrant processes
Clinical application includes pre-operative diagnosis of complex heart rhythm disturbances. This includes therapy planning, monitoring as well as follow-up. Detailed topical and electrophysiological diagnosis allow to optimization of therapy and reduces intra-operative time. Risk of complications, fluoroscopy time, and accordingly patient and personnel radiation exposures are minimized. Optimization of cardiac resynchronization therapy provides another area of applications improving immediate as well as long-term results of therapeutic intervention.
EP and topical diagnostics of challenging arrhythmia cases prior to surgery or interventional ablation procedures
Post-procedure evaluations, repeated arrhythmia diagnostics
EP studies of patients, for which catheter EP studies are not recommended
Cardiac Resynchronization Therapy