Report: Emerging Technologies in Systems Biology TOC

Scope and Methodology
- Scope and Segmentation
- Methodology
Introduction to Systems Biology
- Systemic Ideas in Biology
- Impact of Systems Biology--A Snapshot
- Technical Scenario

Systems Biology Overview
- Technology Overview
- Applications of Systems Biology
- Major Initiatives Across the Globe
Drivers and Challenges
- Drivers
- Restraints
- Challenges

Systems Biology Models--North America
- Pathway Analysis--Biomarkers to Molecular Toxicology
- A Virtual Patient Engine Predicts Patient' s Response to Treatment
- A Fishing Net for Cancer Associated Genes
- Tool Aids Biological Illustration And Biopathway Modeling
- The Crossing Point between Systems and Synthetic Biology
- Discovery Engine for G-Protein Coupled Receptors
- The Next Stage--An Artificial Cell
- Technology Aids in Predictive Design
- Software Assists in Omics Data Management
- Living Cell Identifies Its Own State
- Technology Designed for Molecular Interaction Analysis
- Pathway Networks Aid in Drug Discovery
- Know It All in Systems Biology
- A Map of Pathway Information
Systems Biology Models--Europe and Asia
- Platform Reads the Expressions of Omics Technologies

AHP--Prioritization of Beneficial Regions--Criteria
- Definition of Criteria
- Snapshot of Assessment Criteria Used for Evaluation
AHP--Prioritization of Beneficial Regions--Computation and Analyst Insights
- AHP Process and Computation for Goal Node and Level 0 Criteria
- AHP Process and Computation for Level 0 Criteria
- Final Priority Values

Database Tables
- Government R&D Expenditure in Biotechnology--World (2002 to 2012)
- Percent Government R&D Investment in Biotechnology--World (2002 to 2012)
- Global Pharmaceutical R&D Expenditure (2002 to 2012)
- Global Percentage Pharmaceutical R&D Expenditure (2002 to 2012)

Emerging Technologies in Systems Biology