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Market II-2
Food, Water, and Energy Statistics II-2
Future Outlook II-2
Synthetic Biology – An Emerging Discipline II-3
Synthetic Biology - Challenges II-4
Contribution of Synthetic Biology to Biotech II-4
Key developments in the Synthetic Biology Field: II-4
Systems Biology Leading to Advancements in Synthetic Biology II-5
US and Europe - Propelling Research in the Field of Synthetic
Biology II-5
Research in the US II-5
Research in Europe II-6
Scotland – R&D Scenario II-7
State of Synthetic Biology Research In the UK II-7
International Genetically Engineered Machine (IGEM) – A
Platform for Innovations II-8
2. PRODUCT OVERVIEW II-9
Introduction II-9
Historical Background II-9
Synthetic Biology Vis-à-vis Genetic Engineering - A Comparison II-9
Scope of Synthetic Biology in Various Fields II-10
Engineering II-10
Chemistry II-10
Major Enabling Technologies II-10
Sequencing II-10
Fabrication II-11
Modeling II-11
Measurement II-11
Market Potential II-11
Pharmaceutical II-11
Industrial II-11
Agriculture II-11
Life Sciences Research II-11
Renewable Energy II-11
Potential Uses II-12
Biomedicine II-12
Intricate Molecular Devices Utilized for Tissue
Regeneration/Repair II-12
Smart Drugs II-12
Biological Delivery Systems II-12
Vectors for Therapy II-12
Personalized Medicine II-13
Cells with Novel Properties for Betterment of Human Health II-13
In Vivo Synthesis of Small-Molecule Pharmaceuticals II-13
Intricate Natural Products II-13
Expansion of Chemistry of Life II-13
Expanding Genetic Alphabet II-14
Nucleic Acids II-14
Proteins II-14
New Imaging and Targeting Methods II-14
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