1;About IFMBE;6 2;Preface;9 3;Content;15 4;Frontiers in nano- and microstructures on microarrays for cell and tissue real time monitoring by bioimpedance spectroscopy;27 5;New Techniques in Impedance Imaging: MFEIT and MREIT;28 6;What separates us from turning EIC and EIT into successful clinical bed- side instruments?;29 7;Evolution of a Diagnostic Decision Support Tool Based on Electrical Impedance;30 8;The current flow modelling in a sensor with the active shield;34 9;High frequency and low concentration - limitation for impedance measurements;38 10;Modelling the measurement of thoracic tissue impedance layers with local electrode arrays;42 11;Intra-Cardiac Bioimpedance Field Variability with Breathing;46 12;Using least squares and Kramers-Kronig transforms in the processing of impedance spectroscopy measurement data data data;50 13;Why is the measured impedance of the bladder tissue different from the computational modelling results?;54 14;Comparison of a theoretical impedance model with experimental measurements of pulsatile blood flow;58 15;New Aspects of Estimating Electrical Participating Volume of the Thorax for Transthoracic Impedance Cardiography;62 16;Sensitivity Distribution Simulations of Electrode Configurations for Monitoring Tissue Grafts;66 17;Sensitivity Analysis of Polysegmental BIA Parameters for Estimation of Body Composition and Systemic Hydrohemodynamics;70 18;Sensitivity of the Tetrapolar Lead Configurations on the Impedance Changes of the Lungs;74 19;Properties of CMT studies by means of FEM and Spice model;78 20;The Model of Vascular Bed for Estimation of Human Systemic Hydrohemodynamics;82 21;An Electrical Impedance Model for Deep Brain Stimulation of Parkinson's Disease;86 22;Influence of Breathing on Foucault Cardiogram Origination;88 23;Storage Effects on Whole Blood: Physiological and Electrical Measurements;92 24;Frequency characteristics of the electrical conductivity in normal and coagulated blood;96 25;The electrical impedance of pulsatile blood flowing through rigid tubes: an experimental investigation;99 26;Four Electrode EIS Measurement on Interdigitated Microelectrodes for Adherent Cell Growing and Differentiation Monitoring;103 27;Appraisal of cellular systems using impedance spectroscopy - theoretical and experimental aspects;107 28;Sensing the cell- substrate interaction towards development of "smart" surfaces;112 29;Dielectric Spectroscopy of Biological Cells in Microfluidic Devices;116 30;Measurements on cultured cells using screen printed sensors;120 31;Dielectric spectra of biological cells and tissues simulated by three- dimensional finite difference method;124 32;Electrical time constants of erythrocytes for confocal and uniform thickness membrane;128 33;Dual SPR-Impedance Measurement System for detection of bioaffinity interactions;132 34;Viable Biomass Probe for a Life Support System Bioreactor;136 35;Bioimpedance Study on Four Apple Varieties;140 36;Effect of Mechanical Stress on Apple Impedance Parameters ;144 37;Quantitative evaluation of nano-order micromotion of cultured cells using electric cell- substrate impedance sensing method;148 38;Electrical Impedance Spectroscopy of Prostatic Tissues;152 39;Electrical impedance measurements during electroporation of rat liver and muscle;156 40;Comparative dielectric studies of neoplastic and healthy breast tissue. Intra-operative breast cancer probe.;160 41;Heart Graft Rejection Assessed by Multi-Frequency Electrical Impedance: Human Results;164 42;Evaluation of the periodontal tissue hydration level via bioimpedance spectrometry;168 43;A Pilot Study For Tissue Characterisation Using Bioimpedance Mapping;172 44;Electrical and thermal monitoring during cardiosurgery interventions;176 45;Low-frequency dielectric properties of the oral mucosa;180 46;Water gradient and calibration of stratum corneum hydration measurements;184 47;Calibration of skin hydration measurements;187 48;Examination of amount of moisture of adult female's fore