Global Synthetic Biology Markets

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Global Synthetic Biology Markets
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Summary

• The global synthetic-biology market reached
  nearly 3.9 billion in 2016 and should reach
  11.4 billion by 2021, growing at a compound
  annual growth rate (CAGR) of 24.0 through 2021.
• INTRODUCTION
• STUDY GOALS AND OBJECTIVES
• It's goal for this study is to determine the
  specific applications and forecast globalmarket
  demand for synthetic-biology products over a
  five-year period from 2016through 2021. Our
  particular interest is to characterize and
  quantify the synthetic-biology-product market
  potential by product type and end-use market
  segments. We also analyze the synthetic-biology
  industry structure, competitors and
  intellectualproperty landscape.
• Synthetic-biology markets reviewed in this report
  include enabling products,biologic components,
  integrated systems and enabled products.

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• Our key objective is to present a comprehensive
  analysis of thecurrent and future
  synthetic-biology industry, with an emphasis on
  products and technologies that are commercially
  important in the 2016 through 2021 period. Market
  segments with rapid growthrates are highlighted,
  as well as those segments with large market
  potential. This analysis provides a quantitative
  basis and marketcontext for companies to make
  strategic choices about participation and how to
  compete in the synthetic-biology industry.
• The study will be particularly useful to
  companies supplyingsynthetic genes and DNA
  constructs, oligonucleotides, DNA-sequencing
  products, bioinformatics, cell culture media,
  biofuels, specialty chemicals, cosmetics, flavors
  and fragrances,pharmaceuticals, vaccines,
  agricultural seeds, pest-controlsystems,
  microfluidics and life sciences tools.

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REASONS FOR DOING THE STUDY

• Synthetic biology has established itself as an
  important discipline within the lifesciences
  industry. While there is enormous potential for
  future application, synthetic biology also has a
  significant number of near-term commercial
  opportunities, the list of new products and
  applications is continuously growing.
  Applications include specialty chemicals,
  enzymes, synthetic genes and cells, as well as
  pharmaceuticals, agricultural seeds, vaccines,
  biofuels and chassis microorganisms.
• It is important for companies in industries
  impacted by synthetic biology to be ableto sort
  through the many potential applications, to
  identify commercial opportunities for product
  development and competitive strategy. This report
  provides pertinentinformation to assist
  companies in prioritizing product opportunities
  establishing a solid framework for strategic
  planning.

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• Synthetic biology affects a range of end-user
  industries including life science research,
  pharmaceuticals, energy, chemicals
  andagriculture. Because of its wide scope,
  synthetic biology plays an important role in
  worlds future industrial economy.
  Continuingadvances in enabling technologies such
  as DNA synthesis andsequencing, specialty media,
  genome editing and bioinformatics, as well as
  need for more efficient microbial production
  processes, are driving the growth of the
  synthetic-biology market.Developments in these
  multidisciplinary fields promise toadvance the
  synthetic-biology industry and create unique
  market opportunities. This report analyzes these
  trends and their impacton the future markets for
  synthetic-biology products.
• Based on these market and technology dynamics, it
  is especiallytimely to examine the current
  future synthetic-biology markets.

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CONTRIBUTION OF THE STUDY FOR WHOM

• We have compiled a study of existing and future
  synthetic-biology products andtechnologies that
  will be commercially important in the main
  end-user segments oflife science research,
  pharmaceuticals, energy, chemicals agriculture.
  We present markets by end-user segment (research,
  pharmaceuticals, energy, chemicals
  andagriculture) by product type (enabling
  products, biologic components, integrated systems
  enabled products). Key market segments are
  covered, including genome editing, synthetic DNA,
  DNA sequencing, chassis organisms, synthetic
  cells,production systems, pharmaceuticals,
  biofuels, chemicals and agriculture.
• We analyze synthetic-biology technologies,
  growth-driving forces, marketapplications,
  industry structure and competitive dynamics,
  companies and industryalliances, future market
  potential product sales forecasts for the
  period 2016through 2021. We project the future
  use of synthetic-biology products in the
  mainend-user segments and by product type.

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SCOPE AND FORMAT

• The study scope includes core synthetic-biology
  products (synthetic genes, biobrick parts,
  delivery plasmids, chassis organisms, synthetic
  cells, production systems),enabling technologies
  (DNA sequencing, DNA synthesis and assembly,
  genomeediting, bioinformatics and specialty
  media) and enabled technologies
  (biofuels,chemicals, pharmaceuticals,
  agriculture) that are already commercialized or
  are forecast to be commercialized within the next
  five years.
• We analyze key synthetic-biology technologies and
  products to determine presentand future market
  status, and forecasted growth from 2016 through
  2021. We alsodiscuss strategic alliances,
  industry structures, competitive dynamics,
  patents andmarket driving forces.
• It examines the synthetic-biology industry by
  market segment, including thefollowing segments
  DNA sequencing DNA synthesis genome editing
  synthetic-biology foundries industrial
  biotechnology pharmaceuticals and agriculture.
  Therole of key strategic alliances and
  acquisitions from 2014 through 2016 is discussed.

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METHODOLOGY

• It surveys key users and producers in each of the
  end-user market segments andtechnology fields
  that will be commercially important during the
  next five years.Discussions with industry
  thought leaders as well as secondary market
  researchwere performed.
• Based on our analysis, we project the future
  applications of synthetic-biologytechnologies in
  the major end-user market segments and by
  technology type, and we forecast sales revenues
  for 2016 through 2021.

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INFORMATION SOURCES

• It performed primary and secondary research for
  this report. Primary sourcesincluded key
  industry companies and leading research
  institutions. In addition, data were compiled
  from secondary sources, including company
  websites and industry,trade and government
  publications.

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Table of Contents

• Introduction
• Summary
• Overview
• Synthetic-biology Technologies
• Synthetic-biology Applications
• Synthetic-biology Industry
• Synthetic-biology Markets
• Patents
• Company Profiles

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Global Synthetic Biology Markets
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