Preface	6
	CLABIO 2015 Committees	7
	CLABIO 2015 CONFERENCE TOPICS	9
	Speakers	10
	Sponsors	11
	Table of Contents	12
	High Precision System for Bioimpedance Measurement	14
	I. INTRODUCTION	14
	II. HARDWARE	14
	III. FAST ALGORITHM FOR BIO-IMPEDANCE MEASUREMENT	15
	IV. EXPERIMENT RESULTS	16
	V. CONCLUSION	17
	Effects of Head Model Inaccuracies on Regional Scalp and Skull ConductivityEstimation Using Real EIT Measurements	18
	I. INTRODUCTION	18
	II. METHODS	19
	III. RESULTS	20
	IV. DISCUSSION	20
	V. CONCLUSIONS	21
	Electrolytic Extracellular Phantom to Study the Low-Frequency Conductivityof Cervical Neoplasia	22
	I. INTRODUCTION	22
	II. MATERIALS AND METHODS	22
	III. RESULTS AND DISCUSSION	23
	IV. CONCLUSIONS	23
	Bone Electrical Impedance and Tomographic Reconstructionof Fracture Detection: A Review	25
	I. INTRODUCTION	25
	II. LONG BONE FRACTURE	25
	III. THE ABERBEEN IMPEDANCE IMAGING SYSTEM	26
	IV. REVIEW OF EIT APPLIED TO BONE	27
	V. ANALYSIS OF THE RESULTS 2 DECADES LATER	27
	VI. POSSIBLE APPLICATION AND IMPROVEMENTS	28
	VII. DISCUSSION AND CONCLUSIONS	28
	Audio Codec and Digital Signal Processor for an ElectricalImpedance Tomography System	29
	I. INTRODUCTION	29
	II. SYSTEM DESCRIPTION	30
	III. RESULTS	31
	IV. CONCLUSION	31
	Segmental Electrical Bioimpedance Measurementswith a Single Lead (Electrode) Displacement	33
	I. INTRODUCTION	33
	II. MATERIALS AND METHODS	34
	III. RESULTS	35
	IV. DICUSSION	35
	V. CONCLUSION	36
	An Alternative Electrical Impedance Myography Technique for Assessmentof Local Muscular Fatigue	37
	I. INTRODUCTION	37
	II. METHODS	37
	III. RESULTS	39
	IV. DISCUSSION	40
	V. CONCLUSION	40
	In Vitro Luminal Measurements of Colon Electrical Impedance in Rabbits	41
	I. INTRODUCTION	41
	II - MATERIAL AND METHODS	42
	III - RESULTS	42
	IV. DISCUSSION	42
	V - CONCLUSIONS	43
	Assessment of Systolic Heart Function byWavelet Analysisof the Impedance Cardiogram	45
	I. INTRODUCTION	45
	II. MEASUREMENTS AND ITS PROCESSINGALGORITHM	46
	III. RESULTS	47
	IV. CONCLUSIONS	48
	Impedance-Based Monitoring for Tissue Engineering Applications	49
	I. INTRODUCTION	49
	II. MONITORING TISSUE ENGINEERING PROCESSES	50
	III. CONCLUSIONS	51
	Total Body Water (TBW) for Body Composition Assessmentin Young Adult Females from Colombia	53
	I. INTRODUCTION	53
	II. MATERIALS AND METHODS	53
	III. RESULTS	54
	IV. DISCUSSION	55
	V. CONCLUSIONS	56
	Electrical Properties of Normal Cervical Human Cells in Suspension:The Relation between Normal Tissue and Electrical Impedance Spectrum	57
	I. INTRODUCTION	57
	II. MATERIALS AND METHODS	57
	III. RESULTS AND DISCUSSION	58
	IV. CONCLUSIONS	59
	Analog Front-End for the Integrated Circuit AD5933Used in Electrical Bioimpedance Measurements	61
	I. INTRODUCTION	61
	II. METHODOLOGY	61
	III. RESULTS	62
	IV. DISCUSSIONS	63
	Impedance Analysis for Medical and Electrochemical ApplicationsUsing a Low Cost Instrumentation	65
	I. INTRODUCTION	65
	II. MODELLING	65
	III. INSTRUMENTATION STRUCTURE	66
	IV. EXPERIMENTAL RESULTS	67
	Low-Cost Body Impedance Analyzer for Healthcare Applications	69
	I. INTRODUCTION	69
	II. METHODOLOGY	70
	III. RESULTS	71
	IV. DISCUSSIONS	72
	V. CONCLUSION	72
	Development of Portable Device to Measure Respiratory ActivityBased on Impedance Pneumography	73
	I. INTRODUCTION	73
	II. IMPEDANCE PNEUMOGRAPHY	73
	III. HARDWARE IMPLEMENTATION	74
	IV. SIGNAL ACQUISITION AND VALIDATION	75
	V. DISCUSSION AND CONCLUSIONS	76
	Signal Processing Architecture for Electrical Tomography Impedance	77
	I. INTRODUCTION	77
	II. PROPOSED ARCHITECTURE	77
	III. RESULTS AND DISCUSSION	79
	IV. CONCLUSION	80
	In vivo Electrical-Impedance Spectroscopy (EIS) Readings in the Human Rectum	81
	I. INTRODUCTION	81
	II. MATERIALS AND METHODS	81
	III. RESULTS	82
	IV. DISCUSSION	83
	V. CONCLUSIONS	83
	Correlation between Algometry and Electrical Bioimpedance in Subjectswith and without Fibromyalgia	85
	I. INTRODUCTION	85
	II. MATERIALS AND METHODS	85
	III. RESULTS	86
	IV. DISCUSSION	87
	V. CONCLUSION	87
	Use of Bioimpedance Method to Quantify Changes in Left Ventricular Contractilityin Experiments on Anesthetized Rats	89
	I. INTRODUCTION	89
	II. METHODS	89
	III. RESULTS	90
	IV. DISCUSSION	91
	V. CONCLUSIONS	92
	Evaluation of the Heath-Carter Somatotype Revisited: New BioimpedanceEquations for Children and Adolescents	93
	I. INTRODUCTION	93
	II. SUBJECTS AND METHODS	93
	III. RESULTS	94
	IV. CONCLUSIONS	96
	Author Index	97
	Keyword Index	98