The scope of the conference includes all areas of bioinformatics, computational biology, all areas of genomics, chemoinformatics and all related areas. Sample topics include but WILL NOT be limited to:
* Agricultural and natural biotechnology products
* Amino acid sequencing
* Bioethics
* Biological morphology
* Biomedical image processing
* Biomedicine, epidemiology and agriculture
* Bio-ontology and data mining
* Biophysics and biomechanics
* Biosignal processing and understanding
* Comparative genomics
* Complexity
* Computational genetics
* Computational genomics
* Computational nanoscience and nanotechnology
* Computational systems biology
* Computer networks in biology
* Computer-aided drug design
* Databases and data Integration
* Datamining
* Design and synthesis of biological systems
* Developmental biology
* Diagnosis
* Drug discovery
* Dynamical systems
* Dynamics of complex biological systems
* Evolution and phylogenetics
* Evolution of biological networks
* Gene expression networks
* Gene identification and annotation
* Genetic improvement
* Genetics
* Human health
* Immunoinformatics
* Inference of gene interaction networks
* Inference of gene regulatory and protein signaling networks
* Machine learning
* Metabolomics in health and disease
* Modeling and identification of biological systems
* Molecular and supramolecular dynamics
* Molecular engineering
* Molecular evolution and phylogeny
* Molecular modeling and simulation
* Neuroinformatics
* Ontologies
* Optimization and control of biological processes
* Parallel bioinformatics algorithms
* Parallel and distributed computing applications
* Pathways and systems biology
* Pathways, networks, and systems
* Pattern recognition
* Post-genomics
* Protein structure prediction
* Protein-protein interaction networks
* Proteomics
* Proteomics for systems biology
* Sequence Analysis
* Simulation and system dynamics
* Software environments
* Statistics
* Structural bioinformatics
* Systems biology and drug development
* Systems biology and environmental science
* Systems biology and genome-wide association studies
* Text mining and information extraction
* Transcriptomics
* Applications such as AI and computing techniques
* Bioautomation
* Bioenergy
* Bioenvironmental engineering
* Bioinformatics and mathematical theory
* Biological data integration
* Biological data mining
* Biological data visualization
* Biological databases
* Biomaterials
* Biomedical engineering
* Biomedical imaging and image processing
* Biomedical instrumentation and biosensors
* Biomedical signal processing
* Brain and neural engineering
* Cardiovascular system engineering
* Clinical engineering
* Computational biology and bioinformatics
* Education, application, and society
* Hospital management information systems
* Medical robotics
* Molecular, cellular and tissue engineering
* Neuromuscular systems and biomechanics
* Physiologic system modeling
* Respiratory system engineering
* Space medicine and biology
* Telemedicine and healthcare
* Therapeutic physics and rehabilitation
* Biomedical sciences and engineering
* Biometrics and biostatistics
* Bio-molecular engineering
* Bio-ontologies
* Bio-pharmaceutical engineering
* Biopharmaceutical research
* Bioprocess engineering
* Biotechnology applications in medicine and health
* Comparative genomics
* Computational drug discovery
* Drug target identification
* Epidemic models
* Ethics in biotechnology
* Evolution and phylogenetics
* Evolution of regulatory genomic sequences
* Experimental studies
* Food and process engineering
* Functional and comparative genomics
* Gene identification
* Gene pattern discovery
* Gene regulation
* Genetic network modeling
* Genomic analysis
* Genomic databases
* Hidden Markov models
* Image processing
* Knowledge discovery
* Macromolecular structure prediction
* Mathematical biology
* Medical automation
* Medical informatics
* Metabolic modeling and pathways
* Microarrays
* Molecular dynamics and simulation
* Molecular interactions
* Molecular sequence alignment and assembly
* Molecular sequence assembly
* Molecular sequence classification
* Molecular sequence databases
* Molecular structure databases
* Nano-biotechnology
* Pattern recognition and analysis
* Phylogeny reconstruction
* Protein folding
* Protein modeling
* Protein structure and function prediction
* Proteomics
* RNA and DNA sequencing
* RNA and DNA structure
* Sequence analysis and alignment
* Sequence analysis and annotation
* Software environments
* Software methods
* Stochastic modeling
* Structural and functional genomics
* Text mining and information extraction