Neuro-MEP.NET for M-wave
Neuro-MEP.NETω Features Electroneuromyography: acquisition and analysis of M-wave characteristics and sensory action potential evaluation of motor/sensory conduction velocity study of F-wave, H-reflex (also including paired stimulation) parameters magnetic stimulation of spinal roots and peripheral nerves with the further classic analysis of motor response** blink reflex, sacral reflex, bulbocavernous reflex, T-reflex*, galvanic skin responses motor and sensory inching Neuromuscular Junction Study: analysis of M-wave decrement during repetitive stimulation of motor nerve tetanization and posttetanic phenomena study user-defined stimulation algorithm creation study of single fiber action potential and jitter (single fibre EMG) phenomenon Motor Unit Potentials (MUP): recording and analysis of spontaneous activity phenomena detection of MUP in automatic and manual modes automatic analysis of MUP parameters, determination of denervation-reinnervation process stage Motor Unit Number Estimation (MUNE): recording and semiautomatic analysis with evaluation of motor unit quantity by incremental technique Spontaneous and Interference Electromyography: spontaneous activity turn-amplitude analysis of interference EMG amplitude-frequency analysis of interference EMG spectrum analysis of interference EMG rectified EMG EMG sound playback Transcranial Magnetic Stimulation (TCMS): determination of central motor conduction time of patients suffering from nervous system demyelination diseases, in particular, multiple sclerosis automatic calculation of root delay at F-wave and magnetic stimulation combined study Somatosensory Evoked Potentials (SEP): short- and long-latency SEP Disclaimer. Not all functions of equipment shown on this video are available in all countries. For more information please write to pershina@neurosoft.com. #training #software
Neuro-MEP.NETω Features Electroneuromyography: acquisition and analysis of M-wave characteristics and sensory action potential evaluation of motor/sensory conduction velocity study of F-wave, H-reflex (also including paired stimulation) parameters magnetic stimulation of spinal roots and peripheral nerves with the further classic analysis of motor response** blink reflex, sacral reflex, bulbocavernous reflex, T-reflex*, galvanic skin responses motor and sensory inching Neuromuscular Junction Study: analysis of M-wave decrement during repetitive stimulation of motor nerve tetanization and posttetanic phenomena study user-defined stimulation algorithm creation study of single fiber action potential and jitter (single fibre EMG) phenomenon Motor Unit Potentials (MUP): recording and analysis of spontaneous activity phenomena detection of MUP in automatic and manual modes automatic analysis of MUP parameters, determination of denervation-reinnervation process stage Motor Unit Number Estimation (MUNE): recording and semiautomatic analysis with evaluation of motor unit quantity by incremental technique Spontaneous and Interference Electromyography: spontaneous activity turn-amplitude analysis of interference EMG amplitude-frequency analysis of interference EMG spectrum analysis of interference EMG rectified EMG EMG sound playback Transcranial Magnetic Stimulation (TCMS): determination of central motor conduction time of patients suffering from nervous system demyelination diseases, in particular, multiple sclerosis automatic calculation of root delay at F-wave and magnetic stimulation combined study Somatosensory Evoked Potentials (SEP): short- and long-latency SEP Disclaimer. Not all functions of equipment shown on this video are available in all countries. For more information please write to pershina@neurosoft.com. #training #software