From New Approaches to FEM Volume Modeling to the Mapping of MEG/EEG Source Interactions

Articles in the same Issue

1. Titelei
2. Noninvasive Localization of Focal Atrial Fibrillation Triggers
3. Activation time - a powerful constraint in noninvasive functional source imaging
4. Exploitation of Broken Symmetries in Regularization of Inverse Bioelectric Field Problems
5. Reciprocal Transfer-Coefficient Matrices and the Inverse Problem of Electroencephalography
6. On the polyphasic charactcr of simulated and experimental electrograms
7. A Membrane-Based Computer Heart Model Employing Parallel Processing
8. Three-dimensional electric field close to the cardiac surface - Implications for Measurements
9. Creation of a Human Heart, Model and its Customisation using Ultrasound Images
10. A Precorrected-FFT Method to Accelerate the Solution of the Forward Problem in MEG
11. Finite Elenent EEG and MEG Simulations for Realistic Head Models: Quadratic vs. Linear Approximations
12. From New Approaches to FEM Volume Modeling to the Mapping of MEG/EEG Source Interactions
13. Source Localization Precision of the Superconducting Imaging-Surface MEG System
14. The relevant degrees of freedom of a focal source in MEG measurements
15. Modeling extended sources in MEG using multipoles
16. Evaluating Ventricular Repolarization Abnormalities in the At-Rest Phase in Ischemic Heart Disease by Using Magnetocardiograms
17. Current Density Imaging of Focal Cardiac Sources
18. Non-invasive estimation of the activation sequence of the heart: modeling of old myocardial infarctions
19. MCG and ECG Source Reconstruction using a 4D-Model of the Human Body
20. Projection of Local Changes of Ventricular Action Potential to Surface Distribution of Activation-Recovery Intervals.
21. Location of Reentry Currents in Isolated Rabbit Cardiac Tissues through Inverse Magnetocardiography
22. The detection of Chronic Myocardial Ischemia by Means of Body Surface Potential Mapping (BSPM) Using Hyperventilation
23. Animal Experimentation Study of Atrial Activity Propagation Using a Multi-channcl SQUID System
24. Multichannel MCG Imaging of Ventricular Preexcitation in an Unshielded Invasive Electrophysiology Laboratory
25. ECG Signal Subtraction for Cardiac Source Imaging
26. DECARTO - a tool for superposition of functional and structural characteristics of the heart
27. Continuous Localization of Ventricular Tachycardia Exit Sites in Patients With Previous Myocardial Infarction
28. Relationship between cardiac hemodynamics and epicardiac potentials
29. Evaluating the Reconstruction Limits and the Effect of Modeling Errors in Noninvasive Cardiac Source Imaging
30. Few-lead Systems for Noninvasive Imaging of the Cardioelectric Field on a Standard Surface
31. Interference of MEG artifacts with an automatic method used for localizing spontaneous brain rhythms
32. Influence of Preprocessing on Stability of MEG Dipole Solutions
33. Neuromagnetic Inverse Solutions in Terms of Multipoles
34. Measurement of the conductivity of the skull, temporarily removed during epilepsy surgery
35. Does the Hilbert transform improve accuracy and time resolution of ERD/ERS?
36. Noise Filter Optimization for 2DII and M-FOCUSS Imaging
37. Multi-Resolution FOCUSS source imaging of MEG Data
38. Focusing Inversion of Electroencephalography and Magnetoencephalography Data
39. Counting Epileptic Spikes in Intrcranial-EEG: a Multiresolutinal Approach.
40. A Comparison of Dipolar and Focused Inversion for EEG Source Imaging
41. Using a 3-dimensional Distributed Current Source for the Reconstruction of Position-Modulated DC-MEG Recordings
42. OptiCoS - A New Optical Co-registration System for Multimodal Integration
43. Efficient Non-Linear 3D Electrical Tomography and Finite Element Optimizations for Functional Source Imaging
44. Forward Problem Solution of EMSI’s with FEM on a Network of Workstations
45. Forward Problem Solution of EMSI’s with BEM Using Realistic Head Models
46. Source Localization accuracy in an animal model
47. Localization of Curved Current Sources in Magnetocardiography
48. Extended source models in integrated body surface potential and magnetic field mapping
49. Comparison of Transmembrane and Epicardial Potential Patterns Reconstructed by a Linear Inverse Approach
50. Biomagnetic localisation of several simultaneously active sources
51. Epicardial and Torso Potentials Changes Due to Myocardial Fiber Anisotropy
52. Modelling Inhomogeneities in highly resistive Layers
53. IMAGING MAGNETIC SOURCES IN THE PRESENCE OF SUPERCONDUCTING SURFACES: MODEL & EXPERIMENT
54. Application of Kurtosis to the Interpretation of Current Density Reconstructions
55. Acute exposure to magnetic field depresses shivering thermogenesis in rat
56. Study of the Somatotopic Organization of the Human Secondary Somatosensory Area by Comparing MEG and fMRI Results
57. A Comparison of Brain Activation During Hand-Finger Movements vs Hand Writing by Means of fMRI
58. COMPARISON OF METHODS TO EVALUATE BRAIN ACTIVITY IN STRESSFUL SITUATIONS
59. Functional deactivation revealed with fMRI in blind and sighted subjects
60. The Functional Anatomy of Bimanual Coordination - fMRI Analysis with a New Fast and User-Independent Software Tool
61. Functional reorganization of motor areas following repetitive training in hemiparetic patients: A TMS study
62. Influence of the somatosensory stimulus intensity on sensory cortical activation: a MEG study
63. Assessment of fetal rhythm at 20 weeks’ gestation by fetal magnetocardiograpy
64. Recording of Temporal-Spatial Biomagnetic Signals over the whole Maternal Abdomen with SARA - Auditory Fetal Brain Responses
65. On the Influence of inhomogeneous Layers that have a low Conductivity and that vary in Thickness
66. The Inverse Problem Of Electrocardiography: Modelling, Experimental and Clinical Issues
67. Electrocardiographic Imaging: Noninvasive Reconstruction of Epicardial Measures of Dispersion of Repolarization
68. Localization of late potentials using body surface mapping
69. Direct and inverse methods for cardiac mapping using multielectrode catheter measurernents
70. Integration of Body Surface Mapping and Biplane Fluoroscopy for Guidance of Catheter Ablation of Ventricular Tachycadria
71. Stability of Activation Time Imaging From Single Beat Data Under Clinical Conditions
72. Extracardiac effects of myocardial electrical anisotropy
73. First MCG multichannel instrumentation operating in an unshielded hospital laboratory for multi-modal cardiac electrophysiology: Preliminary experience
74. Feasibility of activation time imaging within the human atria and ventricles in the catheter laboratory
75. Clinical Assessment of Atrial Activation - Current Methods and Future Perspectives
76. Laser Catheter Ablation of Cardiac arrhythmias
77. Dynamic MSI: Temporally constrained vs. temporally unconstrained models
78. Multimodal Imaging of Somatosensory Evoked Cortical Activity
79. Electrophysiological Manifestations of Fear-Induced Selective Attention.
80. Statistical discrimination of controls, schizophrenics, depressives and alcoholics using local magnetoencephalographic frequency-related variables
81. Voluntary action and movement disorders
82. Sex Differences in Sensory Mental Imagery Investigated by Means of fMRI
83. Event-Related Functional MRI and Information Theory
84. Study of Patients Candidates to Surgery Affected by Intractable Lesional Epilepsy Using MRI, MEG, and Functional MRI
85. The functional connectivity of the prefrontal cortex studied by combined TMS with EEG
86. Distinction of different fingers based on induced beta frequencies
87. Index by Authors