Track 1:Medicine & Biotechnology

• Track 1-1 Medical genetics and omic science

• Track 1-2 Pharmaceutical drug discovery and production

• Track 1-3 Pharmacogenomics and genetic testing

• Track 1-4 Biopharmaceutics and human genome project

• Track 1-5 Advent of personalized medicine

• Track 1-6 Biosensors, bioelectronics & biomechatronics.

• Track 1-7 Bio-drug discovery

• Track 1-8 Disease outbreak assessment

Track 2:Medical Biotechnology

• Track 2-1Diagnosis and Treatment of Diseases

• Track 2-2Biotechnology in Detecting rare Genetic Diseases

• Track 2-3Biotechnology in Pharmacogenomics

• Track 2-4Biotechnology in Gene Therapy

• Track 2-5Biotechnology in Forensics

• Track 2-6Cloning

• Track 2-7Molecular medicine

Track 3:Biomedical Engineering and Bio-Engineering

• Track 3-1 Pharmaceutical engineering

• Track 3-2 Biological systems engineering and metabolic engineering

• Track 3-3 Neural engineering

• Track 3-4 Biomechanics and biomaterials

• Track 3-5 Biomedical optics

• Track 3-6 Clinical engineering

• Track 3-7 Rehabilitation engineering

• Track 3-8 Medical devices

• Track 3-9 Biomedical Signal/Image Analysis

Track 4:Pharmaceutical Biotechnology

• Track 4-1Biopharmaceuticals Discovery

• Track 4-2 Organs transplantation and stem cell research

• Track 4-3 Innovative biological approaches to pollution prevention and waste management

• Track 4-4Microarray Technology

• Track 4-5Clinical Research/Clinical Trials

• Track 4-6Biomarkers

• Track 4-7Biopharmaceutical Manufacturing and Diagnostics

• Track 4-8Downstream Processing of Biopharmaceuticals

• Track 4-9Technological and Clinical Aspects of Biopharmaceuticals

• Track 4-10Vaccines and Antibiotics

• Track 4-11 Monthermal processing for improving food safety

Track 5:Genetic Engineering and Tissue Engineering

• Track 5-1Recent advances and tools in genetic engineering

• Track 5-2Recombinant DNA technology and cloning

• Track 5-3Human genetic engineering and genome research

• Track 5-4 Genetics syndromes, cell and gene therapy

• Track 5-5Genome sequencing and next generation sequencing

• Track 5-6Genetic engineering: Current issues and concerns

• Track 5-7Stem Cells, biomaterials, tissue engineering

• Track 5-8 Regenerative medicine

Track 6:Enzyme and Protein Engineering

• Track 6-1 Enzyme engineering and biosensor Engineering

• Track 6-2 Aspects of biocatalysis

• Track 6-3 Membrane proteins and protein folding

• Track 6-4 Retrometabolic drug design

• Track 6-5 Protein engineering design and selection including

• Track 6-6 Structural biology and system biology

• Track 6-7 Proteomics and proteome

• Track 6-8 Protein structure prediction software

• Track 6-9 Gene synthesis

• Track 6-10 Biomolecular engineering

• Track 6-11 In vitro evolution of proteins

Track 7:Nanobiotechnology

• Track 7-1 Disease Diagnosis and drug delivery

• Track 7-2 Biosensors and Bio-nanoparticles

• Track 7-3 Nano-medicine

• Track 7-4 Nanofabricated Devices

• Track 7-5 DNA Nano biotechnology

• Track 7-6 Lipid Nanotechnology

• Track 7-7 Future prospects of nanobiotechnology.

• Track 7-8 Biomaterials engineering and nanomedicine

Track 8:Plant, Agriculture and Environment Biotechnology

• Track 8-1Bioremediation & Biodegradation

• Track 8-2 Renewables, biorafinery, bioenergy, biofuels, bioproducts

• Track 8-3Photosynthetic microorganisms, cyanobacteria and microalgae

• Track 8-4 Petroleum & environmental biotechnology

• Track 8-5 Translational genomics and genomics-assisted breeding

• Track 8-6 Phytorremediation, biological treatment of domestic and industrial wastewaters

• Track 8-7 Plant tissue culture techniques

• Track 8-8Molecular farming and applications

• Track 8-9Transgenic Plants and crops

• Track 8-10Innovative biological approaches to pollution prevention and waste management

• Track 8-11 Microbial diversity and bio-monitoring

• Track 8-12Bioavailability, chemotaxis and transport of organic pollutants

Track 9:Marine, Aquatic and Ocean Biotechnology

• Track 9-1Environment applications of marine biotechnology

• Track 9-2Marine natural products

• Track 9-3Marine-based Drug Discovery & Development

• Track 9-4Genomics and Proteomics of Marine Organisms

• Track 9-5Aquatic Microbial Ecology

• Track 9-6Bio products and bioactive compounds

• Track 9-7Marine Microbiology and biodiversity

• Track 9-8Marine Biosecurity and Biodefense

Track 10:Food & Feed Biotechnology

• Track 10-1Food microbiology

• Track 10-2 Food processing & technology

• Track 10-3 Current status and future prospects of food biotechnology

• Track 10-4 Food safety

• Track 10-5 Human nutrition and metabolism

• Track 10-6 GM foods

• Track 10-7 Fermentation processes

• Track 10-8Indigenous food production

• Track 10-9 Recombinant DNA techniques

• Track 10-10 Emerging technologies in agriculture and livestock

Track 11:Animal Biotechnology

• Track 11-1Molecular farming and animal bioreactors

• Track 11-2Molecular modelling

• Track 11-3 Genomics and proteomics

• Track 11-4Cloning, recombinant selection and expression

• Track 11-5 Body’s and cell’s bio-signatures

• Track 11-6 Molecular and cellular systems

• Track 11-7 Cell engineering

• Track 11-8 Nano-medicine

Track 12:Bioinformatics and Biomedicine Engineering

• Track 12-1 Bioinformatics of diseases

• Track 12-2 Massively parallel sequencing & applications

• Track 12-3 Gene regulation and transcriptomics

• Track 12-4 Computational modeling & data integration

• Track 12-5 Biomedical intelligence & clinical data analysis

• Track 12-6 Biomedical text mining and ontologies

• Track 12-7 Biological data mining and visualization

• Track 12-8 Algorithms, modeling and simulation of bio-sets

• Track 12-9 Molecular evolution and phylogeny

• Track 12-10 Bio-molecular & phylogenetic databases

• Track 12-11 Translational genomics in engineering

Track 13:Industrial and Microbial Biotechnology

• Track 13-1 Bioprocess engineering

• Track 13-2 Molecular microbiology and its applications

• Track 13-3 Biorefineries: building the bioeconomy

• Track 13-4 Biopolymers and bioactives

• Track 13-5 Process improvement for biobased materials

• Track 13-6 Enhancing microbe performance, selecting feedstocks, and piloting

• Track 13-7 Synthesis and applications of bioplastics

• Track 13-8Advance Techniques in Production of Bio-Fuels and Bio-Chemicals

• Track 13-9 Production of renewable chemicals

• Track 13-10 Industrial enzymes and enzyme safety and development for improved production performance

• Track 13-11 Energy Crops

• Track 13-12 Food and beverage fermentation

Track 14:Applied Biotechnology

• Track 14-1 Microorganism technology

• Track 14-2 Biocatalysis/Biotransformation

• Track 14-3 Biomanufacturing

• Track 14-4 Molecular, cellular and process biothermodynamics

• Track 14-5 Biorobotics

• Track 14-6 Biorefineries

• Track 14-7 Bioprocess engineering, modelling, measurement & control

• Track 14-8 Algae and photobiotechnology

• Track 14-9 Biosecurity

• Track 14-10 Bioenvironmental engineering and risk assessment

• Track 14-11 Biosensors, bioelectronics & biochips, tissue chips

• Track 14-12 Clinical and cellular immunology

• Track 14-13 Thermodynamics of chemical and pharmaceutical systems

Track 15:Bio-Safety and Bioethics

• Track 15-1 Biosafety regulations

• Track 15-2 Intellectual property rights

• Track 15-3 Ethical issues of human genome project

• Track 15-4 Handling and disposal of hazardous materials

• Track 15-5 Regulatory And economical aspects in biotechnology

• Track 15-6Organs transplantation and stem cell research

Track 16:Business Development

• Track 16-1 Strategic alliances

• Track 16-2 Partnering trends

• Track 16-3 Product opportunities

• Track 16-4Growth; business models and strategies

• Track 16-5 Licensing; merger and acquisitions

• Track 16-6 Outsourcing; venture capital and financing

• Track 16-7 Intellectual property

• Track 16-8 Policies and incentives for industrial biotech