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2.9 Cardiac imaging 2.10 Molecular imaging
Tracks 3.1 Biological and
chemical sensors 3.2 Physical, acoustic,
thermal, mechanical sensors 3.3 Cell and tissue-based
sensors 3.4 Fiber optic bio-sensors
and micro-photonic sensors 3.5 Wireless sensors
and telemetry 3.6 Wearable sensors
and devices for telemedicine 3.7 Diagnostic instrumentation,
monitoring devices, and physiological measurements 3.8 Sensor applications
and uses
Tracks 4.1 Micro and nano-sensors
for integrated biotechnology: electrical detection and manipulation
of single cells and biomolecules 4.2 Micro/nano cytometry:
sorting of cells/biomolecules 4.3 Artificial cells:
hybrid devices integrating cell machinery and micro/nano sensors 4.4. On-chip mechanical
stimulation of cells and biomolecules 4.5 Lab-on-a-chip
for sample preparation 4.6 Drug delivery
by micro and nano technology 4.7 Micro/Nanotechnology
for tissue engineering applications
Tracks 5.1 Bio-sensors for
robotic applications 5.2 Intelligent robotic
control 5.3 Micro and nano
robots 5.4 Surgical & rehabilitative
robotics 5.5 Human-robot interaction 5.6 Robotic-Assisted
Diagnostics
Tracks 6.1 Algorithm and
software system for bioinformatics 6.2 Computational
genomics and proteomics 6.3 Regulatory elements,
gene networks and simulation of cell 6.4 Gene expression
and microarray analysis. 6.5 Structural and
functional bioinformatics: 6.6 Novel technologies
for computational biology and bioinformatics
Tracks 7.1 Telemedicine
Technology 7.2 Virtual and Augmented
Reality Technology in Healthcare 7.4 Electronic health
records and medical databases 7.5 Machine learning
and clinical decision support 7.6 PACS, data compression,
storage, retrieval, communication, and security 7.7 Emerging IT for
efficient/low-cost healthcare delivery 7.8 Web-based medical
information systems 7.9 Physiome and
standards for model representation 7.10 Mobile
Telehealth
8.2 Medical operation/decision
support systems 8.3 Critical-care
and intelligent monitoring systems 8.4 Technology assessment
and management 8.5 Ethics, standardization,
policy, cost, and safety
Tracks 9.1 Novel carriers
for drug and gene delivery 9.2 Facilitated transport
of drugs and genes 9.3 Imaging guided
drug and gene delivery
Tracks 10.1 Electrocardiology 10.2 Ventricular
Mechanics 10.3 Vascular Mechanics
and Blood Flow 10.4 Respiratory
Systems and Sleep Apnea 10.5 HR Variability
and Autonomic Control of the Heart and Respiratory System 10.6 Cardiac Ablation and Defibrillation Theme 11: Neural and Rehabilitation
Engineering Tracks 11.1 Neural modeling
and computing 11.2 Neural microsystems
and instrumentation 11.3 Neural stimulation
and prostheses 11.4 Neural interfacing
and neurorobotics 11.5 Neural imaging and sensing 11.6 Neural informatics
and signal processing 11.7 Neural circuits
and networks - biological and artificial 11.8 Sensorimotor & neuromuscular
systems 11.9 Neurophysiology
and clinical applications 11.10 Tele-rehabilitation
and wearable technology 11.11 New Techniques
in Rehabilitation
Tracks 12.1 Biomolecular
engineering 12.2 Metabolic engineering 12.3 Cellular engineering 12.4 Tissue engineering 12.5 Biomaterials
for tissue engineering 12.6 Biomechanics
Tracks 13.1 Medical
Device Excellence Award Winners - 13.2 Innovations in Industry - 13.3 Best Practices in Medical Device Industry
14.1 Effective ways
to introduce research into undergraduate curricula 14.2 Challenge-based
teaching and learning 14.4 Promoting model-based
reasoning in BME education 14.5 Interactive/demo
session & oral talks: Computers and computational tools in BME
education and research (special session) 14.6 Best Practices
in Promoting the BME Profession 14.7 BME
Education: Core Courses, Elective Courses, and Labs 14.8 Funding opportunities
for biomedical engineering (special session) 14.9 Lectures by “EMBS
Distinguished Lecturers” (special session) 15.1 Functional
Neuroimaging 15.2 Molecular
Imaging 15.3 Advances in
Medical Infrared Imaging 15.4 Biophotonics
and Biomedical Optical Imaging 15.5
Bioelectromagnetic Imaging 15.6 Recent Progress
in Neural Engineering 15.7 Neural
Interfacing 15.8 Gene Therapy 15.9 Stem Cell
Engineering 15.10 Wearable
Sensors and Devices for Tele-Home Healthcare 15.11 Biomolecular
Processors through Micro- and Nanotechnology 15.12 Issues in
Nonlinear Analysis of Biosignals 15.13 Modeling
of Biological Systems 15.14
Applications of Radiofrequency to Tissue Ablation 15.15 Tissue
Injury by Electrical Forces: Thermodynamic Mechanisms and
Pathophysiological Manifestations Theme 16: Workshops |