Neuro EMG Micro

Electroneuromyography (ENMG):

• recording and analysis of the characteristics of M waves and sensory action potentials
• evaluation of motor/sensory conduction velocities
• study of F-wave and H-reflex parameters (including dual stimulation)
• magnetic stimulation of roots and peripheral nerves with analysis of the motor response
• blink reflex, sacral reflex, bulbocavernous reflex, T reflex, cutaneous sympathetic response
• motor and sensory inching

Study of the jonction neuro-muscular :

• analysis of the M-wave decrement during repetitive stimulation of the motor nerve
• study of the tetanization and post-tetanization phenomenon
• creation of user-defined stimulation algorithms

Motor Unit Action Potentials (MUP):

• recording and analysis of spontaneous activity phenomena
• PAUM detection in automatic and manual modes
• automatic analysis of PAUM parameters, determination of denervation/reinervation stage

Motor Unit Number Estimation (MUNE):

• semi-automatic recording and analysis for the evaluation of the number of motor units by the incremental technique

Spontaneous electromyography and interference:

• spontaneous activity
• turn-amplitude analysis of the EMG interference
• amplitude-frequency analysis of the EMG interference
• spectral analysis of the EMG interference

Transcranial magnetic stimulation (TMS):

• determination of the central conduction time of patients suffering from demyelinating diseases of the nervous system, in particular multiple sclerosis
• automatic calculation of the root delay in combined F-wave and magnetic stimulation studies

Somatosensory evoked potentials (SEPs):

• Short and long latency PES

Heart rate variability (HRV):

• heart rate domain analysis
• Cardio-vascular reflex tests