Biology, Computer Science, Biotechnology and Nanotechnology

The Human Genome/Proteome - The Anatomy of Human Gene Expression - Interfaces and Networks - Identification of Gene Functions - Proteomics - Glycomics - Molecular Genetics - Theoretical Biology - Treating Disease without Drugs - Endogenously Synthesised Drugs on Demand - Endogenous Cancer Inhibitors - Doomsday for Pharmacological Companies? - Genetic Engineering - DNA/gene chips - Protein arrays - Gene Therapy - Targeted Gene Replacement - Biohybrid Devices - Genetic Screening - Cloning - Cultivation of Stem Cells - Genetic Vaccines - Edible Vaccines - Computing with DNA - Probing the Soul? - Plasticity in Computer Science - Bioinformatics - Computer experimenting, modelling and simulations - Algorithms for Disease Diagnosis - Artificial Intelligence Applications - The Virtual Patient - The Virtual Cell - Robotic Life Forms - The Mind and Robotics - Synthetic Consciousness - A Common Cyberlanguage for the Life Sciences - The Grid - Wholesale Computation - Creating Convergence - Optical Switching - The Ultimate all-optical Network - Personalised Interactive Educational Software - The World of Biomics - Hypercomputers - Biomedical Engineering – Nanoscience Applications in the Life Science - The Biotech Interfaces and applications in Nanotechnology - Nanoelectronics - Nanomedicine - Nanotherapy (memory, cancer, genetic and infectious diseases, psychiatry, …) - Nanoparticles - Molecular Machines - Biological Computers - …

Network Programme 8 shall be regularly updated