G. Anogianakis et al., BIOMAGNETIC METHODOLOGIES FOR THE NONINVASIVE INVESTIGATIONS OF THE HUMAN BRAIN (MAGNOBRAIN), Computer methods and programs in biomedicine, 45(1-2), 1994, pp. 111-114
Magnetoencephalography (MEG) non-invasively infers the distribution oi
electric currents in the brain by measuring the magnetic fields they
induce. Its superb spatial and temporal resolution provides a solid ba
sis for the 'functional imaging' of the brain provided it is integrate
d with other brain imaging techniques. MAGNOBRAIN is an applied resear
ch project that developed tools to integrate MEG with MRI and EEG. The
se include: (1) software for MEG oriented MRI feature extraction; (2)
the Brain Data Base (BDB) which is a reference library of information
on the brain used for more realistic and biologically meaningful funct
ional localisations through MEG and EEG; and (3) a database of normati
ve data (age and sex matched) for the interpretation of MEG. It is exp
ected that these tools will evolve into a medical informatics environm
ent that will aid the planning of neurosurgical operations as well as
contribute to the exploration of mental function including the study o
f perception and cognition.