Zenicor Medical Systems AB has become one of the leading medtech companies in Europe in the fields of early diagnosis of arrhythmias and stroke prevention for health care. Zenicor has developed a unique system, Zenicor-ECG, for early detection and diagnosis of arrhythmias easily and cost-effectively.
Zenicor Medical Systems AB has become one of the leading medtech companies in Europe in the fields of early diagnosis of arrhythmias and stroke prevention for health care. Zenicor has developed a unique system, Zenicor-ECG, for early detection and diagnosis of arrhythmias easily and cost-effectively.
Zenicor Medical Systems AB has become one of the leading medtech companies in Europe in the fields of early diagnosis of arrhythmias and stroke prevention for health care. Zenicor has developed a unique system, Zenicor-ECG, for early detection and diagnosis of arrhythmias easily and cost-effectively.
Zenicor Medical Systems AB has become one of the leading medtech companies in Europe in the fields of early diagnosis of arrhythmias and stroke prevention for health care. Zenicor has developed a unique system, Zenicor-ECG, for early detection and diagnosis of arrhythmias easily and cost-effectively.
In a project from Queen Alexandra Hospital, Portsmouth Hospital NHS trust, UK, 71 Stroke and TIA patients were investigated for Paroxysmal Atrial Fibrillation (PAF), using Zenicor thumb-ECG for 3 weeks in combination with continuous 24 hours Holter ECG. With Zenicor thumb-ECG 14 % of the patients were diagnosed with PAF, but only 7 % were detected with the Holter ECG.
The advantage of Zenicor-ECG is its simplicity. It\’s non invasive and there\’s no need for fixed chest electrodes. The patient can easily take Zenicor-ECG with them to school or sports activities.
After a hospital visit, the patient takes the device home with them for as long an investigation period as is necessary – sometimes several months.
The simplicity and convenience for the patient means that the investigation with Zenicor-ECG can be performed during a longer time period which gives an effective diagnosis without generating loads of data that need analysing.