MoMe® Software Platform is a web-based remote server software with proprietary a
MoMe® Software Platform is a web-based remote server software with proprietary algorithms for analysis of ECG data. It analyzes the data via the embedded algorithm and when indicated, data identified by the algorithm is flagged for physician review. The data is sent to the Software Platform from the MoMe® Kardia , a wireless, remote monitoring system designed to aid physicians in their diagnosis of cardiac arrhythmias in patients with a demonstrated need for cardiac monitoring.
MoMe® Kardia is a wireless, remote monitoring system designed to aid physicians
MoMe® Kardia is a wireless, remote monitoring system designed to aid physicians in their diagnosis of cardiac arrhythmias in patients with a demonstrated need for cardiac monitoring. MoMe® Kardia includes the wearable device that acquires and stores ECG data and transmits that data via cellular technology to the MoMe® Software Platform, a web-based remote server software with proprietary algorithms for analysis. MoMe® Software Platform analyzes the data via the embedded algorithm and when indicated, data identified by the algorithm is flagged for physician review.
International (non-U.S.) model; optional camera that can be used to record video
International (non-U.S.) model; optional camera that can be used to record video of the patient.
International (non-U.S.) model; optional 40 input EEG amplifier for direct recor
International (non-U.S.) model; optional 40 input EEG amplifier for direct recording of EEG and other physiological signals from the patient.
Research model; optional 40 input EEG amplifier for direct recording of EEG and
Research model; optional 40 input EEG amplifier for direct recording of EEG and other physiological signals from the patient.
Optional 40 input EEG amplifier for direct recording of EEG and other physiologi
Optional 40 input EEG amplifier for direct recording of EEG and other physiological signals from the patient.
International (non-U.S.) model; optional 16 input EEG amplifier for direct recor
International (non-U.S.) model; optional 16 input EEG amplifier for direct recording of EEG and other physiological signals from the patient.
Research model; optional 16 input EEG amplifier for direct recording of EEG and
Research model; optional 16 input EEG amplifier for direct recording of EEG and other physiological signals from the patient.
Optional 16 input EEG amplifier for direct recording of EEG and other physiologi
Optional 16 input EEG amplifier for direct recording of EEG and other physiological signals from the patient.
A portable, computer-based system that can continuously record, display, store a
A portable, computer-based system that can continuously record, display, store and analyze physiological data from multiple monitoring sources in real time.
International (non-U.S.) model; a portable, computer-based system that can conti
International (non-U.S.) model; a portable, computer-based system that can continuously record, display, store and analyze physiological data from multiple monitoring sources in real time.
Research model; a portable, computer-based system that can continuously record,
Research model; a portable, computer-based system that can continuously record, display, store and analyze physiological data from multiple monitoring sources in real time.
Domestic (U.S.) model; a portable, computer-based system that can continuously r
Domestic (U.S.) model; a portable, computer-based system that can continuously record, display, store and analyze physiological data from multiple monitoring sources in real time.