※ Session Ⅰ Biomedical Engineering
Bioinformatics
Computational biology
Biomimetics engineering
Bioelectrical and neural engineering
Biomedical optics
Biomedical robotics and mechanics
Health monitoring systems and wearable system
Biometric and bio-measurement
Cellular, molecular and tissue engineering
Physiological, biophysical, biochemical
Bioengineering
Rehabilitation engineering and clinical engineering
※ Session Ⅲ Bioinformatics and Computational Biology
Protein structure, function and sequence analysis
Computational proteomics
Protein interactions, docking and function
Gene engineering and protein engineering
Drug design and computer aided diagnosis
Structural, functional and comparative genomics
DNA and RNA structure, function and sequence analysis
Gene regulation, expression, identification and network
Data acquisition, normalization, analysis and visualization
Algorithms, models, software, and tools in Bioinformatics
Any novel approaches to bioinformatics problems
※ Session Ⅴ Biomechanical Engineering
Artificial organs, biomechanics of organs
Cardiovascular/cardiac mechanics
Cardiovascular systems physiology/engineering
Cellular and tissue mechanics/engineering
Clinical biomechanics
Hearing mechanics
Human movement and animal locomotion
Implant design and mechanics
Orthopedic biomechanics
Reproductive and urogynecological mechanics
Biofluid mechanics, biorheology, blood flow measurement techniques, microcirculation, hemodynamics
Biomechanics & modeling of cell and molecular
Computational biomechanics/physiological modelling, systems physiology
Muscle/neuromuscular/musculoskeletal mechanics and engineering
Sports mechanics, joint mechanics, rsa, motion analysis
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※ Session Ⅱ Biomaterials
Biomedical polymer materials
Biomedical metal materials
Biomedical composite materials
Nano-biomaterials and nano-technology
Biomedical inorganic non-metallic materials
Biomimetics materials
Biomaterials and related products
Application to food engineering
Mechanical and biological properties of membrane biomaterials
Biomaterial interactions with the human body, bio-compatibility, interfacial and interaction problems
Bioengineering and materials technology as applied to the decontamination against environmental problems
Assessment of reliability and safety of biomedical materials and man-machine systems
※ Session IV Biomedical Imaging & Signal Processing
Magnetic resonance imaging
Ultrasound imaging
X-ray, CT, PET and SPECT
Image reconstruction and retrieval
Functional imaging
Time-Frequency and time-scale analysis
Analysis of biomedical signals
Signal pattern classification
Adaptive and parametric filtering
Coupling and synchronizations
Optical Imaging, microscopy and infrared imaging
Electrical source, impedance, elasticity imaging and other modalities
Image processing (filtering, enhancement, segmentation, registration, classification, compression and coding)
Image visualization and volume rendering
Signal processing and physiological system modeling
Principal component analysis and independent component analysis
Algorithms for data mining and data processing
※ Session Ⅵ Biotechnology
Environmental biotechnology
Chemical sciences, biological sciences, environmental sciences and life sciences
Biotechnological engineering, industrial biotechnology and instrumentation
Plant biotechnology
Biotechnology, microbiology and industrial microbiology, soil technology, biochemistry
Food biotechnology, nutrition biotechnology, genetic engineering and commercial biotechnology
Drugs and pharmaceutical products for human beings, animals and plants
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