Call for Abstract
Scientific Program
3rd International Conference on Proteomics & Bioinformatics, will be organized around the theme “Current Trends and Advances in Proteomics & Bioinformatics”
Proteomics-2013 is comprised of 11 tracks and 89 sessions designed to offer comprehensive sessions that address current issues in Proteomics-2013.
Submit your abstract to any of the mentioned tracks. All related abstracts are accepted.
Register now for the conference by choosing an appropriate package suitable to you.
- Track 1-1Protein purification and separation
- Track 1-2Protein characterization techniques
- Track 1-3Analysis of protein complexes
- Track 1-4Protein identification and profiling
- Track 1-5Advance crystallographic techniques
- Track 1-6Protein structure prediction and protein folding problems
- Track 1-7Protein-protein interactions
- Track 1-8Protein microarrays
- Track 2-1Convergence of systems biology - Models and approaches
- Track 2-2Proteome informatics
- Track 2-3High-throughput protein structural studies (MS, NMR and X-ray crystallography)
- Track 2-4High-throughput computational methods for protein 3D structure and function determination
- Track 2-5Robotics, nanotechnology, and microfluidics
- Track 2-6In silico strategies for biological systems
- Track 2-7Human proteome
- Track 2-8Proteomics in development of anti-cancer therapeutics
- Track 2-9In silico drug discovery
- Track 2-10Array based technologies
- Track 3-1Cellular and sub cellular proteomics
- Track 3-2Regulatory proteomics
- Track 3-3Mass spectrometry in proteomics
- Track 3-4Structural and functional proteomics
- Track 3-5Computational analysis of cellular signaling
- Track 3-6Molecular networks
- Track 4-1Biomedical applications of proteomics
- Track 4-2Immunoinformatics
- Track 4-3Computational proteomics
- Track 4-4Clinical proteomics
- Track 4-5Metabolomics and expression proteomics
- Track 4-6Proteomics technologies in biomarker discovery
- Track 4-7Stem cell proteomics and gene therapy
- Track 4-8Application of proteomics in agricultural biotechnology
- Track 4-9Structural bioinformatics
- Track 4-10Genome and proteome manipulation
- Track 5-1Oncoproteomics
- Track 5-2Neuroproteomics
- Track 5-3Developments of HIV/AIDS proteomics
- Track 5-4Microbial proteomics
- Track 5-5Disease models and epidemiology
- Track 5-6Diabetes informatics
- Track 6-1Molecular biology and genetic engineering
- Track 6-2Sequence analysis and genome annotation
- Track 6-3Gene expression profiles
- Track 6-4High-throughput sequencing data analysis
- Track 6-5Bio-ontologies
- Track 6-6Comparative genomics
- Track 6-7Gene regulation and transcriptomics
- Track 6-8Computational methods for gene structure prediction
- Track 6-9Human genome project
- Track 6-10Structural and functional genomics
- Track 6-11Single nucleotide polymorphism (SNP)
- Track 6-12Mathematical and statistical models in genomics
- Track 6-13Proteogenomics and metagenomics
- Track 7-1Epigenomics
- Track 7-2Phylogenomics
- Track 7-3Population genomics
- Track 7-4Molecular evolution
- Track 7-5Genetics and population analysis
- Track 8-1Pharmacogenomics and pharmacoproteomics
- Track 8-2Signal processing in proteomics and bioinformatics techniques
- Track 8-3In vitro models for drug development
- Track 8-4Bioinformatics in drug design and discovery
- Track 8-5Molecular modeling and drug designing
- Track 8-6RNA therapeutics
- Track 8-7Cheminformatics
- Track 8-8Toxicogenomics
- Track 8-9Gene therapy
- Track 9-1Drug delivery & safe therapeutic dosages
- Track 9-2Biomedical instrumentation
- Track 9-3Clinical informatics
- Track 9-4Biomolecular modelling and simulations
- Track 9-5Biomedical databases and data integration
- Track 9-6Biomedical image processing
- Track 10-1Programming studies in bioinformatics
- Track 10-2Database management system(DBMS)
- Track 10-3Biostatistics
- Track 10-4Biocomputing
- Track 10-5Databases & Tools of bioinformatics
- Track 10-6Pathways, networks and systems
- Track 10-7Motif search and discovery
- Track 11-1Bioinformatics application in nanotechnology
- Track 11-2Biometrics and DNA computing
- Track 11-3Application of bioinformatics in biotechnology
- Track 11-4Data Mining & visualization
- Track 11-5Genotypes and molecular phenotypes therapy
- Track 11-6Cancer bioinformatics
- Track 11-7Bioinformatics challenges for personalized medicine
- Track 11-8Bioinformatics models, methods & algorithms
- Track 11-9Neural networks and machine learning in bioinformatics