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Biotekna Medical Equipment & Supplies In Comoros
5 equipment items found
Manufactured by:Biotekna - Biomedical Technologies based inMarcon, ITALY
The chronic inflammatory processes analysis and the activation state of the stress reaction system. TomEEx is a medical device for the recognition and localisation of low-grade chronic inflammatory processes ...
Manufactured by:Biotekna - Biomedical Technologies based inMarcon, ITALY
Analysis, monitoring and biofeedback of the autonomic nervous system and the heart rate variability. Using multi-channel measurement plethysmograph technology applied to the distal ends of the limbs, the PPG Stress Flow medical device analysis the overall activity of the autonomic nervous system and heart rate variability. The examination takes a few minutes and allows the study and direct ...
Manufactured by:Biotekna - Biomedical Technologies based inMarcon, ITALY
Non-invasive electrodermal biofeedback medical device useful for reducing chronic perceived pain, systemic inflammation and stress. RegMaEx is a medical device developed by BioTekna the treatment of chronic pain and inflammation. The non-invasive biofeedback medical device for the regulation of cell membrane electric potentials reads the action potential differences of the human body in the least ...
Manufactured by:Biotekna - Biomedical Technologies based inMarcon, ITALY
Analysis, monitoring and Neurofeedback system of the prefrontal cortex - PFC. Medical device for a non-invasive analysis of the prefrontal cortex and NeuroFeedback system. Thanks to a non-invasive technology of plethysmographic measurement on the forehead of people, BioTekna's HEG medical device allows the analysis of the prefrontal cortex [PFC] activity. Through an innovative NeuroFeedback ...
Manufactured by:Biotekna - Biomedical Technologies based inMarcon, ITALY
These electrodes are designed for use with bioimpedance devices EKG and EMG. These self-adhesive electrodes are made with Ag/AgCl, and a specific solid conductive gel optimised for diagnostic measurements execution at rest. Increased bioimpedance measurement sensitivity and diagnostic specificity, particularly on the low-frequency range, optimising the extracellular environment analysis. ...