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Licensed Unlicensed Requires Authentication Published by De Gruyter October 23, 2009

Combining Electromagnetic and Hemodynamic Signals to Derive Spatiotemporal Brain Activation Patterns: Theory and Results

  • E. Halgren and A.M. Dale
From the journal Biomedizinische Technik/Biomedical Engineering
https://doi.org/10.1515/bmte.1999.44.s2.53
Online erschienen: 2009-10-23
Erschienen im Druck: 1999

Walter de Gruyter

From the journal
Biomedizinische Technik/Biomedical Engineering
Biomedizinische Technik/Biomedical Engineering
Volume 44 Issue s2
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Articles in the same Issue

Titelei
Sonstiges
MEG: Principles, methods, and applications
Modeling aspects of bioelectric source imaging
Introduction to Designing ƒMRI-Based Experiments
Introduction to Analyzing Data from ƒMRI-Based Experiments
Transcranial Magnetic Stimulation—New Modality In Brain Mapping
Combining Electromagnetic and Hemodynamic Signals to Derive Spatiotemporal Brain Activation Patterns: Theory and Results
The Clinical Use of MEG Activity Associated with Brain Lesions
Applications of MEG to the Mapping of the Language Cortex
MEG Study of Hippocampal Theta During a Working Memory Task
Estimating Neural Source of High-Frequency Magnetic Oscillation Evoked by Posterior Tibial Nerve Stimulation Using Time Frequency MEG-MUSIC Algorithm
On the effective passive Conductivity of human Tissues at low Frequencies
Informed spatial basis functions in minimum norm solutions for the electromagnetic source localisation problem.
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A Linearized Iterative Algorithm for Myocardial Activation Time Imaging
Influence of randomly displaced BSPM leads on the identification of ventricular preexcitation sites
Selective BOLD Activation of the Receptive Speech Area Using a Novel Passive Listening Paradigm
On the Organisation of the SII human somatosensory cortices: preliminary results with fMRI and electrical peripheral nerve Stimulation
The use of single event ƒMRI and fuzzy clustering analysis to examine haemodynamic response timecourses in supplementary motor and primary motor cortical areas.
Quantification of Supplementary Motor Area activation with movements of different practice levels using Functional Magnetic Resonance Imaging at 3T
Functional Discrimination of Thalamic Nuclei Using BOLD Contrast fMRI at 1.5 T
Application of Eigenspace Beamformer to Virtual Depth-Electrode Measurement Using MEG
Cortical oscillatory activity assessed by combined EEG and MEG recordings and High-Resolution ERD methods
Cardiomagnetic Source Imaging Studies with Focal and Distributed Source Models
Spatial and Temporal Changes during the QT-Interval in the Magnetic Field of Patients with Coronary Artery Disease
Current density estimation on the left ventricular epicardium: A Potential method for ischemia localization
Validation of Noninvasive Functional Cardiac Electrical Source in a 43-year old Male Patient
Magnetocardiography under Clinical Conditions
Topographie Presentation of the Dipolar Content of Cardiac Electric Field
Functional Mapping of Speech Evoked Brain Activity by Magnetoencephalography and its Clinical Application
Scalp current density (SCD) mapping of cerebral activity during object and space selection in humans
Spatio-temporal mapping of electrocortical activity during selective processing of colour and shape in humans
Clinical DC applications using MEG: Moving the curtains aside
Diagnosis of Myocardial Viability Based on Magnetocardiographic Recordings 5 Biomagnetic Centre, University of Jena, Jena, Germany
ERP mapping of brain activation during phonological processing
Signal to Noise Improvement in fMRI Analysis
Physical Phantoms for Biomagnetic and Bioelectric Measurements
Localization of somatosensory activity evoked by tactile and painful and non-painful electrical Stimulation - A comparison using whole head magnetencephalography
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