Small self-contained physiological monitoring systems: rehabilitation, sports medicine, training, neuroprosthesis. Implantable devices long term testing.
In order to protect the brain and vital organs from hypoxia, the INVOS regional saturation system measures changes in oxygen saturation levels beneath the sensor allowing doctors to measure site-specific oxygen saturation levels.
In order to protect the brain and vital organs from hypoxia, the INVOS regional saturation system measures changes in oxygen saturation levels beneath the sensor allowing doctors to measure site-specific oxygen saturation levels.
In order to protect the brain and vital organs from hypoxia, the INVOS regional saturation system measures changes in oxygen saturation levels beneath the sensor allowing doctors to measure site-specific oxygen saturation levels.
In order to protect the brain and vital organs from hypoxia, the INVOS regional saturation system measures changes in oxygen saturation levels beneath the sensor allowing doctors to measure site-specific oxygen saturation levels.
In order to protect the brain and vital organs from hypoxia, the INVOS regional saturation system measures changes in oxygen saturation levels beneath the sensor allowing doctors to measure site-specific oxygen saturation levels.
In order to protect the brain and vital organs from hypoxia, the INVOS regional saturation system measures changes in oxygen saturation levels beneath the sensor allowing doctors to measure site-specific oxygen saturation levels.
In order to protect the brain and vital organs from hypoxia, the INVOS regional saturation system measures changes in oxygen saturation levels beneath the sensor allowing doctors to measure site-specific oxygen saturation levels.
In order to protect the brain and vital organs from hypoxia, the INVOS regional saturation system measures changes in oxygen saturation levels beneath the sensor allowing doctors to measure site-specific oxygen saturation levels.
In order to protect the brain and vital organs from hypoxia, the INVOS regional saturation system measures changes in oxygen saturation levels beneath the sensor allowing doctors to measure site-specific oxygen saturation levels.
In order to protect the brain and vital organs from hypoxia, the INVOS regional saturation system measures changes in oxygen saturation levels beneath the sensor allowing doctors to measure site-specific oxygen saturation levels.
EGI is a medical device company that designs, develops and commercialises a range of non-invasive neurodiagnostic products used to monitor and interpret brain activity. A key component of these products is EGI’s proprietary dense array electroencephalogra
g.tec medical and electrical engineering produces biosignal amplifiers, data acquisition systems, real-time processing systems and EEG Processing Software under Matlab and Simulink. g.tec is also an active member in a number of national and international
g.tec medical and electrical engineering produces biosignal amplifiers, data acquisition systems, real-time processing systems and EEG Processing Software under Matlab and Simulink. g.tec is also an active member in a number of national and international
g.tec medical and electrical engineering produces biosignal amplifiers, data acquisition systems, real-time processing systems and EEG Processing Software under Matlab and Simulink. g.tec is also an active member in a number of national and international
g.tec medical and electrical engineering produces biosignal amplifiers, data acquisition systems, real-time processing systems and EEG Processing Software under Matlab and Simulink. g.tec is also an active member in a number of national and international
g.tec medical and electrical engineering produces biosignal amplifiers, data acquisition systems, real-time processing systems and EEG Processing Software under Matlab and Simulink. g.tec is also an active member in a number of national and international