Theme: Integrative Nanotechnology for Biomedicine
Time: October 23-25, 2010
Venue: China National Convention Center,Beijing, China
Website: http://www.bitlifesciences.com/nanomedicine2010/

Track 1: Nanosciences and Leading Edge Nanotech in Nanomedicine
-Surfing the Next Wave of Medical Innovations

Track 1-1: Sciences of Nano-structural Materials and Supramolecular
Track 1-2: Nanosctructure Techniques and Biofunctionalizations in Medicine
Track 1-3: Electrochemistry at the Nanoscale & Modern Biophysics in Nanomedicine
Track 1-4: Nanofluids and BioMEMS in Medicine
Track 1-5: Development of Nanowires, Nanotubes and Nanorodes for Medicine
Track 1-6: Fluorescent Speckle Microscopy in Nanomedicine
Track 1-7: Nanophotonics, Micro-optics and Nano-optics in Nanomedicine
Track 1-8: Nanobioelectronics from Electronics, Biology to Medicine
Track 1-9: Biological Nanomotors to Nano-Computers in Medicine
Track 1-10: Nano-tools and Nano-analysis Breaking Research

Track 2: Nanobiotechnology
-Discovering Synergized Properties to Solve Conventional Problems

Track 2-1: Nanogenomics, Clinical Nanoproteomics and Personalized Medicine
Track 2-2: Biosensing, Photon-based Nanoscience and Nanobiotechnology
Track 2-3: Biomimetic Membrane Nanobiotechnology and Bio-Inspired Nanotech
Track 2-4: Nano-Probes from Small Molecules, Proteins to Gene Detection
Track 2-5: Single Cell Analysis in Nanomedicine
Track 2-6: Emerging Technology for Stem Cells
Track 2-7: Protein Nanotech, Photoproteins and Quantum Dots
Track 2-8: Nanotech in Cellular and Biomolecular Recognitions
Track 2-9: Biomolecular Self-Assembly and Nanoparticles for Bio-applications
Track 2-10: Manipulate Proteins, DNA, RNA and Cells onto Nanodevices

Track 3: Nanopharmaceuticals
-Integrative Applications of Nanomaterials for Drug R & D

Track 3-1: Nanotechnology & Nanostructure Materials as Intelligent Therapy
Track 3-2:Nanotechnology for High Throughput Screening
Track 3-3: Nanotechnology in Biologics Drug Discovery
-Nanocarriers for Antibody, Vaccine, Protein and Cell Therapeutics
Track 3-4: Novel Drug Delivery System using Safe Nanomarterials
Track 3-5: Nano-molecule Development as Targeting Therapeutics
Track 3-6: Development of Cell-penetrating Peptides
Track 3-7: Progress on Nano-Device Therapeutics

Track 4: Advances in Nanomedicine
-Unrevealing the Miniature Power for Biological Mechanisms & Functions

Track 4-1: Nano-Oncology to Nanotech for Cancer Therapy
Track 4-2: Nanoneuroscience and Nanoneuropharmacology
Track 4-3: Nano-Cardiology, Diagnostics and Nanotherapy
Track 4-4: Nano-Endocrinology
Track 4-5: Nano-Orthopedics and Nano-Ophthalmology
Track 4-6: Nano-Microbiology
Track 4-7: Nano-Immunology
Track 4-8: Nanotechnology in Diagnostics
-Nanoparticles in Imaging and Diagnostics
Track 4-9: Nano-devices for Medication and Surgery
Track 4-10: Nano-biotherapy in Clinical Practices
-Management of RNA, DNA, Proteins to Cell Delivery at Hospital

Track 5: IT, Instrumentation and Equipment in Nanomedicine
-From Math Models to Imaging Simulations

Track 5-1: Logics, IT, Bioinformatics and Medical Informatics in Nanomedicine
Track 5-2: Nano-Array and Nano-Biochips in Diagnostics
Track 5-3: Hardware and Software in Visualization and Manipulations on Nano-scale
Track 5-4: Biomolecular Computation for Bionanotechnology
Track 5-5: Processing Systems, Robotics and Equipment for Nano-marterials

Track 6: Milestones of Applied Nano-medical Technologies
-Translating Nano-medical Innovations into Commercialization

Track 6-1: Novel Nanomaterials for MRI and Ultrasound Contrast Agents
Track 6-2: Inorganic, Organic, Dendrimer to Natural or Biopolymer for Nanomedicine
Track 6-3: Practical Instrument and Analytical Technology in Nanostructure Characterization
Track 6-4: Nanotransducers in Nanomedicine
Track 6-5: Artificial Cell Nanobiotechnology

Track 7: Breaking Research of Novel Engineering Systems in Nanomedicine
-Developing Smart Nano-Processing and Nano-manufacturing

Track 7-1: Nanomechanics from Simulation, Computation to Cell and Tissue Modeling
Track 7-2: Modeling and Nanofabrication of Smart Nanostructure Materials
Track 7-3: Novel Nano-Biodevices and Molecular Machine Development
Track 7-4: Regenerative Medicine and Nanostructural Scaffolds in Tissue, Cell and Organ Engineering
Track 7-5: Nano-Medical Materials for Transplantation

Track 8: Regulatory, Ethic Issues and Business Outlook in Nanomedicine
-Gain insights into Challenges and Opportunities of Social Considerations

Track 8-1: Regulatory and Ethic Issues of Nanomedicine in Human Enhancement
Track 8-2: Global Strategies, Industry Trends and Applications
Track 8-3: Translational Nanomedicine and Converging Technologies in Society
Track 8-4: Market Outlook and Commercialization of Nanomedicine Products
Track 8-5: Deal-Making and Investment in Nanomedicine