Slezak / Arslan / Song Bio-Science and Bio-Technology

International Conference, BSBT 2009 Held as Part of the Future Generation Information Technology Conference, FGIT 2009 Jeju Island, Korea, December 10-12, 2009 Proceedings
1. Auflage 2009
ISBN: 978-3-642-10616-3
Verlag: Springer
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, Band 57, 161 Seiten

Reihe: Communications in Computer and Information Science

This volume constitutes the refereed proceedings of the International Conference on Bio-Science and Bio-Technology, BSBT 2009, held as part of the Future Generation Information Technology Conference, FGIT 2009, on Jeju Island, Korea, in December 2009.

Autoren/Hrsg.

Slezak, Dominik

Arslan, Tughrul

Song, Xiaofeng

Fang, Wai-chi

Kim, Tai-Hoon

Inhaltsverzeichnis

1;Foreword;5
2;Preface;7
3;Organization;8
4;Table of Contents;9
5;The Weighting Analysis of Influence Factor in Clinical Skin Physiology Assessment via Rough Set Method;11
5.1;Introduction;11
5.2;Paper Preparation;12
5.2.1;Basic Relationship;12
5.2.2;Calculation Method;12
5.3;Clinical Skin Physiology Assessment;14
5.3.1;Clinical Skin Physiology Assessment;14
5.3.2;Skin Physiology Analyzers;14
5.3.3;Evaluation Factors;14
5.4;Results Analysis;15
5.5;Conclusions and Discussions;17
5.6;References;18
6;Identifying Candidate Disease Gene GAD2 for Obesity by Computational Gene Prioritization Tool ENDEAVOUR;19
6.1;Introduction;19
6.2;Methods;20
6.2.1;ENDEAVOUR;20
6.2.2;Training Genes;21
6.2.3;Candidate Genes and Data Sources;22
6.3;Results by ENDEAVOUR;22
6.4;Discussions;24
6.5;References;24
7;A Novel Suppression Operator Used in optaiNet;27
7.1;Introduction;27
7.2;The Model of the Algorithm;28
7.3;Experiments;30
7.4;Conclusion;32
7.5;References;33
8;Principal Subspace Analysis Based BCG Artifact Removal in Single Channel EEG Signal Measured Inside MRI Scanner;34
8.1;Introduction;34
8.2;Experimental Setup;35
8.3;Principal Subspace Analysis;36
8.4;Results;37
8.4.1;Continuous EEG;37
8.4.2;Visual Evoked EEG;39
8.5;Discussion and Conclusions;39
8.6;References;40
9;Genetical Analysis of Ascochyta Blight Resistance in Chickpea;41
9.1;Introduction;41
9.2;Material and Methods;43
9.3;Results and Discussion;43
9.4;References;45
10;A PMMA Micro-suction Tool for Capsular Endoscope Using a Solid Chemical Propellant;48
10.1;Introduction;48
10.2;Design;49
10.3;Fabrication;50
10.4;Experiment;51
10.5;Conclusion;53
10.6;References;54
11;Statistical Analysis of Hippocampus Shape Using a Modified Mann-Whitney-Wilcoxon Test;55
11.1;Introduction;55
11.1.1;Nonparametric Statistics;55
11.1.2;Major Depressive Disorder;56
11.1.3;Computational Anatomy;56
11.1.4;Goals;56
11.2;Data;57
11.3;Methods;57
11.3.1;Image Processing;57
11.3.2;Statistical Analysis;58
11.4;Results;60
11.5;Conclusions;61
11.6;References;61
12;QTL Mapping for Forage Quality-Related Traits in Barley;63
12.1;Introduction;63
12.2;Materials and Method;64
12.3;Results and Discussion;65
12.4;References;69
13;Fluorimetric Determination of L-3-Hydroxybutyrate Concentrations in the Serum of Normal and Aristolochic Acid-Treated Mice;73
13.1;Introduction;73
13.2;Materials and Methods;74
13.2.1;Chemicals;74
13.2.2;Derivatization of D- and L-3HB with NBD-PZ;74
13.2.3;Preparation of Mouse Serum;74
13.2.4;HPLC Conditions;75
13.3;Results and Discussion;77
13.4;References;78
14;Designing a Column-Switching High-Performance Liquid Chromatograph System for Enantiomeric Separation of Mouse Urinary D,L-Lactate;79
14.1;Introduction;79
14.2;Experimantal;81
14.3;Application;83
14.4;Conclusion;84
14.5;References;85
15;A New Approach for Veins Detection;86
15.1;Introduction;86
15.2;Vascular Pattern Recognition;86
15.2.1;Hardware Prototype;87
15.2.2;Algorithm;87
15.2.3;Thinning of the Veins Pattern;87
15.2.4;Detection of the Top of a Finger;88
15.2.5;Detection of the Finger Contour;89
15.3;Conclusion;90
15.4;References;90
16;An Analysis of Social Guarantees for Context Based Applications;91
16.1;Introduction;91
16.2;Context Aware Applications and Biometric Identification;92
16.3;Legal Aspects in Biometric Identification;93
16.4;Development of Context Applications with Social Guarantees;95
16.5;Conclusions;96
16.6;References;97
17;Data Warehouse Approach to Build a Decision-Support Platform for Orthopedics Based on Clinical and Academic Requirements;99
17.1;Introduction;99
17.2;Materials and Methods;100
17.2.1;Clinical Materials and Physical System Setup;100
17.2.2;System Architecture;101
17.2.3;System Evaluation;102
17.3;Results;102
17.3.1;Production;102
17.3.2;Efficiency;103
17.4;Conclusion and Disscusion;104
17.5;References;105
18;Biometric-Gaussian-Stream (BGS) Cipher with New Aspect of Image Encryption (Data Hiding);107
18.1;Introduction;107
18.2;Related Work;108
18.3;Our Research Methodology;109
18.4;Proposed Biometric-Gaussian-Stream (BGS) Cipher Model;110
18.5;Mechanism of Biometric-G-Stream Cipher (BGS);111
18.5.1;Description of Biometric-Gaussian-Stream Cipher Algorithm;111
18.6;Implementation;112
18.6.1;Algorithm for Bio-Gaussian-Stream Cipher;112
18.6.2;Avalanche Effect;112
18.7;MATLAB Results/Findings;113
18.7.1;Description of Table 1;113
18.7.2;Description of Table 2;114
18.7.3;Description of Table 3;114
18.7.4;Description of Table 4;114
18.8;Limitation of Our System;115
18.9;Future Work;115
18.10;Conclusion;115
18.11;References;116
19;DNA Microarray Classification Using Single Hidden-Layer Feedforward Networks Trained by SVD;118
19.1;Introduction;118
19.2;SVD-Neural Classifier;119
19.3;Experimental Results;122
19.4;Conclusion;123
19.5;References;124
20;The Relationship Analysis of Skin Physiology Factors via Grey Theory;125
20.1;Introduction;125
20.2;Research Methods;126
20.2.1;Skin Physiological Detection;126
20.2.2;Grey Theory;126
20.3;Analysis Results;129
20.4;Conclusions;132
20.5;References;132
21;Advanced Information and Computational Technology for Biomedical Researches (Special Session);10
21.1;Advanced Analysis Information Architecture for Dosage Evaluation of Morphine Combining Adjunct;133
21.1.1;Introduction;133
21.1.1.1;Morphine-Type Drugs;133
21.1.1.2;Morphine-Type Drugs and Cancer Pain Management;134
21.1.2;Methods;134
21.1.2.1;Database Framework;134
21.1.2.2;Application Development;135
21.1.2.3;Tool of Data Analyzing;136
21.1.3;Results;136
21.1.3.1;Database Application;136
21.1.3.2;Extended Applications;137
21.1.4;References;139
21.2;DICOM-Based Multi-Center Electronic Medical Records Management System to Support Clinical Diagnosis;140
21.2.1;Introduction;140
21.2.2;Literary Review;141
21.2.3;System Structure;142
21.2.3.1;System Test Environment;144
21.2.3.2;DICOM Network Transmission;145
21.2.4;System Test Project;147
21.2.4.1;Query / Retrieve Testing;147
21.2.4.2;System Testing Results-Results of DICOM Transmission Model Testing;147
21.2.5;Conclusion;149
21.2.6;References;150
21.3;Knowledge Management on the Novel LAGE-Like GlcNAc-Transferase Protein Family;151
21.3.1;Introduction;151
21.3.2;Classification of Eukaryote GlcNAc-Transferases;152
21.3.3;Construction of a Knowledge Management Platform on the LAGE-Liked GlcNAc Transferase Family;152
21.3.4;Utilization of the Knowledge Management Platform on the Cancer Research;153
21.3.5;References;154
21.4;Phylogenetic Analysis of HA Proteins of Influenza Virus H1N1 Reveal New Insight on Virus Pandemic;156
21.4.1;Introduction;156
21.4.2;HA Antigenic Shift and Viral Virulence;157
21.4.3;Phylogenetic Analysis of HA Reveal Correlation between Chronic Infection and Low Death Rate;157
21.4.4;References;159
22;Author Index;161