Nevrokard – flexible, versatile, professional software tools for serious research of the autonomic nervous system & sleep apnea in humans.
Nevrokard small animals - SA - programs – specialized tools for study of Heart Rate Variabiliy (HRV), Blood Pressure Variability (BPV) and Baroreflex Sensitivity (BRS) in mice, rats and other small animals.
Go ahead, download & test demo Nevrokard software compatible with all versions of Windows supporting USB ports, including Vista, Windows 7, Windows 8, Windows 8.1, Windows 10, Windows 11
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All Nevrokard software programs and drivers for the USB dongle are compatible with Windows 11. |
| aHRV |
THE software for advanced Heart Rate Variability Analysis, suitable also for fetal Heart Rate Variability. Includes both a manual AND an automatic Data Editor, as well as the Export Results utility! Small Animal advanced Heart Rate Variability Analysis SA-aHRV software is available as well! |
| LT-aHRV | Long-term advanced Heart Rate Variability software for segmented analysis of ECG recordings, with numeric and 3D graphic output of results. Compatible with the same file types as Nevrokard aHRV. Small Animal advanced Heart Rate Variability Analysis SA-LTaHRV software is available as well! |
| OSAS | Software for direct comparison of Heart Rate Variability parameters in the time and frequency domains during periods of wakefulness and sleep, thus enabling the doctor to quantify the suspicion of obstructive sleep apnea in the patient. |
| BPV | Software for Blood Pressure Variability Analysis - compatible with Finapres®, Finometer®, Portapres®, Colin® and BIOPAC® monitors. Small Animal Blood Pressure Variability Analysis SA-BPV software is available as well! |
| BRS | Software for Baroreflex Sensitivity Analysis - compatible with Finapres®, Finometer®, Portapres®, Colin® and BIOPAC® monitors. Small Animal Baroreflex Sensitivity Analysis SA-BRS software is available as well! |
| CVPA | Software for analysis of all the Cardiovascular Parameters recorded by non-invasive continuous cardiac output monitor Finometer® (Finapres®) or Niccomo® (Medis®) in both time and frequency domains. |
| LDDA(5) | Laser Doppler Data Analysis - software for analysis of data obtained with Laser Doppler instruments (e.g. Moor Instruments® or Perimed®) for evaluation of microvascular perfusion. |
| Axon Instruments® | Forest Medical® | Nihon Kohden® |
| Bio-Impedance Technology, Inc.® | Freeze-Framer® | Philips®-Zymed® |
| Bio-Logic Science Instruments ® | GE® Marquette® | Polar® |
| BIOPAC Systems® AcqKnowledge® | iWorx® | PowerLab® |
| BIOPAC® Zephyr® BioHarness® | LiDCO® plus | Rozinn® |
| BIT Bio-Impedance Technology® | med-NATIC® | RS Techmedic Dyna-Vision® |
| BMEYE® Nexfin® | Medis Medizinische Messtechnik® | SIGMA Medizin-Technik® |
| Cardiac Science Burdick® | Mega Electronics eMotion® | Somnologica® |
| Cardiax® | MiniAnalysis® | SOMNOmedics® |
| CED Cambridge Electronic Design® | Mini Mitter® | |
| Custo med Gmbh. | Moor Instruments® | |
| DATAQ Instruments® | Mortara H-Scribe® | |
| Del Mar Reynolds® | National Instruments BioBench ® | |
| DSI - Data Sciences International® | Nerve-Express® | |
| Finapres Medical Systems® | Neuroscan-Compumedics® |
Nevrokard aHRV, LT-aHRV and OSAS programs are also compatible with databases of electrocardiograms available on the PhysioBank website (MIT-BIH Database).
If you experience any problems whatsoever with Nevrokard compatibility of your files, you can count on our assistance. We will make all your files, both pre-existent and future, compatible with Nevrokard.
