MISL was formed in 2007 with the acquisition of CTF MEG technology from VSM Medtech Ltd of Coquitlam, BC, Canada. The CTF MEG is widely regarded as the finest MEG technology available in the world today. To further strengthen MISL’s family of MEG products and services, MISL acquired the assets of 4D Neuroimaging of San Diego, California, USA in early 2009. With a highly skilled and dedicated team operating from Canada, USA, and Europe, you can be sure that your investment in this outstanding technology will be manufactured, supported and maintained at the highest level of qualitY. MISL is pleased to have Lavi - Industrial and Medical Agencies Ltd. represent MISL products and services in Israel.
CTF MEG
See the brain in action!
The CTF Magnetoencephalograph offers the finest available real-time, functional view of brain activity. Completely passive and non-invasive, the CTF Magnetoencephalograph provides researchers and clinicians un-paralleled access to brain activity with combined temporal and spatial resolution unavailable in any other modality.
Magnetoencephalography (MEG) is the measurement of the magnetic field associated with the intercellular primary currents in the brain. MEG is unhindered by the spatial limitations of EEG and the temporal limitations of FMRI. Patients and research subjects can be scanned with only a few minutes of preparation time. Evoked responses and spontaneous activity can be measured and can be measured and characterized with the latest signal processing techniques as well as established clinical methods.
CTF MEG
See the brain in action!
The CTF Magnetoencephalograph offers the finest available real-time, functional view of brain activity. Completely passive and non-invasive, the CTF Magnetoencephalograph provides researchers and clinicians un-paralleled access to brain activity with combined temporal and spatial resolution unavailable in any other modality.
Magnetoencephalography (MEG) is the measurement of the magnetic field associated with the intercellular primary currents in the brain. MEG is unhindered by the spatial limitations of EEG and the temporal limitations of FMRI. Patients and research subjects can be scanned with only a few minutes of preparation time. Evoked responses and spontaneous activity can be measured and can be measured and characterized with the latest signal processing techniques as well as established clinical methods.
