1;Title Page;1 2;Preface;6 3;Table of Contents;8 4;Keynote Speakers;8 4.1;Challenges and Opportunities of Ultra-High Field MRI;14 4.1.1;INTRODUCTION;14 4.1.2;ANATOMIC IMAGING AT 7T;15 4.1.3;FUNCTIONAL IMAGING AT 7T;16 4.1.4;MRS AT 7T;17 4.1.5;TECHNICAL CHALLENGES OF 7T;17 4.1.6;SUMMARY;18 4.1.7;REFERENCES;18 4.2;Nanocrystalline Silver: Novel Structure and Activity;19 4.2.1;INTRODUCTION;19 4.2.2;SILVER CHEMISTRY;19 4.2.3;NANOCRYSTALLLINE SILVER CHEMISTRY;20 4.2.4;ANTIMICROBIAL ACTIVITY OF NANOCRYSTALLINE SILVER;21 4.2.5;ANTI-INFLAMMATORY ACTIVITY OF NANOCRYSTALLINE SILVER;22 4.2.6;CONCLUSIONS;22 4.2.7;REFERENCES;22 4.3;Ultrasound: Past, Present and Future;23 4.3.1;PAST;23 4.3.2;PRESENT;24 4.3.3;FUTURE;25 4.3.4;CONCLUSION;26 4.3.5;REFERENCES;26 4.4;Bioengineering in Vietnam;27 4.4.1;BIOLOGICAL DEVICE ENGINEERING;27 4.4.2;CELL BIOENGINEERING;28 4.4.3;LESSONS FOR VIETNAM;29 4.4.4;REFERENCES;29 5;Invited Speakers;8 5.1;Detection and Treatment of Diseases Using Light;32 5.1.1;INTRODUCTION;32 5.1.2;PROBE DEVELOPEMENT;32 5.1.3;CONCLUSION;35 5.1.4;REFERENCES;35 5.2;Magnetic Resonance Imaging of Schizophrenia and Alzheimer's Disease;36 5.2.1;INTRODUCTION;36 5.2.2;TISSUE MICROSTRUCTURE;36 5.2.3;ANATOMICAL STRUCTURE;37 5.2.4;NEURONAL FUNCTION;37 5.2.5;SCHIZOPHRENIA;37 5.2.6;ALZHEIMER'S DISEASE;38 5.2.7;CONCLUSIONS;38 5.2.8;REFERENCES;38 5.3;Current Development of Neuroimaging Using PET Techniques;40 5.3.1;INTRODUCTION;40 5.3.2;METHODS;40 5.3.3;CONCLUSIONS;43 5.3.4;REFERENCES;43 5.4;Peanut Agglutinin-Immobilized Fluorescent Nanospheres with Surface Poly(N-vinylacetamide) Chains as a Novel Colonoscopic Imaging Agent;44 5.4.1;INTRODUCTION;44 5.4.2;MATERIALS AND METHODS;45 5.4.3;RESULTS AND DISCUSSION;46 5.4.4;CONCLUSIONS;47 5.4.5;REFERENCES;47 5.5;Techniques for the Incorporation of Fluorine-18 and Carbon-11;48 5.5.1;INTRODUCTION;48 5.5.2;DISCUSSION;48 5.5.3;CONCLUSIONS;51 5.5.4;REFERENCES;51 6;Modeling;8 6.1;Dynamic Model Identification of PAM-Based Rehabilitation Robot Using Neural MIMO NARX Model;52 6.1.1;INTRODUCTION;52 6.1.2;BACK PROPAGATION (BP) LEARNING ALGORITHM IN FORWARD MIMO NARX MODEL IDENTIFICATION;52 6.1.3;EXPERIMENT CONFIGURATION OF THE 2-AXES PAM REHABILITATION ROBOT;53 6.1.4;RESULTS OF FORWARD NEURAL MIMO NARX MODEL IDENTIFICATION;54 6.1.5;CONCLUSIONS;56 6.1.6;REFERENCES;56 6.2;Simulation of the Gait of a Patient Specific Model of Post Polio Residual Paralysis (PPRP): Effect of the Orthosis;57 6.2.1;INTRODUCTION;57 6.2.2;MATERIALS AND METHODS;57 6.2.3;RESULTS;59 6.2.4;DISCUSSION;60 6.2.5;CONCLUSION;60 6.2.6;REFERENCES;60 6.3;Mechanical Behavior of Muscles during Flexion and Extension of Lower Limb on Variable Age Group by Using BRG.LifeMod;61 6.3.1;INTRODUCTION;61 6.3.2;MECHANICAL MUSCLE MODELHILL'S MODE;61 6.3.3;METHOD;62 6.3.4;RESULTS;63 6.3.5;CONCLUSION;63 6.3.6;REFERENCES;63 6.4;Biomechanics of Index Finger during Mouse Click;64 6.4.1;INTRODUCTION;64 6.4.2;MATERIALS AND METHODS;65 6.4.3;RESULTS;66 6.4.4;DISCUSSION;66 6.4.5;CONCLUSIONS;67 6.4.6;REFERENCES;67 6.5;Numerical Study of Deformation-Induced Fluid Flows in Osteonal Matrix;68 6.5.1;INTRODUCTION;68 6.5.2;MODELS;68 6.5.3;NUMERICAL RESULTS;69 6.5.4;CONCLUSIONS;71 6.5.5;REFERENCES;71 6.6;Evaluation Spatial-temporal and Pressure Parameters of Normal Cats at Walk, Using a Pressure Walkway;72 6.6.1;INTRODUCTION;72 6.6.2;MATERIALS AND METHODS;73 6.6.3;RESULTS;73 6.6.4;DISCUSSION;73 6.6.5;CONCLUSION;74 6.6.6;REFERENCES;74 6.7;Gait Analysis for Sound Dogs at a Walk by Using a Pressure Walkway;75 6.7.1;INTRODUCTION;76 6.7.2;MATERIALS AND METHODS;76 6.7.3;RESULTS;76 6.7.4;DISCUSSION;77 6.7.5;CONCLUSION;78 6.7.6;REFERENCES;78 6.8;Robust Design with Time-Oriented Responses for Regenerative Medicine Industry;80 6.8.1;INTRODUCTION;80 6.8.2;MATHEMATICAL MODEL DEVELOPMENT;81 6.8.3;EXPERIMENTS AND RESULTS;82 6.8.4;CONCLUSIONS;83 6.8.5;REFERENCES;83 6.9;Cerebral Palsy Classification Using Heuristics and Belief Decision Tree: A Preliminary Study;84 6.9.1;INTRODUCTION;84 6.9.2;MATERIAL