-- The types of products enabled by synthetic biology, and where and when
those products will become commercially competitive in select industries;
-- Where the venture opportunities are today, where they will emerge
tomorrow;
-- What economic and scientific hurdles synbio technologies still need to
negotiate.
"As a rule of thumb, we found that the higher up an application is on the
scale of life, the more distant its commercialization launch," said Mark
Bünger, a Research Director at Lux Research and the report's lead author.
"Start-ups sequencing or synthesizing DNA to program microbes, for example,
are already operating in established markets and with well-defined products
like biofuels, drugs, and specialty chemicals. Meanwhile, engineered cells
leading to devices like DNA circuits or biosensors remain at the proof of
concept stage."
To map the outlines of the synbio sector, the authors visited leading labs,
spoke with scientists and investors, and evaluated 72 companies' activities
through a combination of executive interviews and secondary research. They
examined 231 patents and 615 scientific papers that comprise the formal
body of intellectual property, and spotted 41 private investments in the
space to date. Among their key findings:
-- Incumbent corporations are investing directly into startups -- such as
Chevron's funding of Solazyme -- while top VCs like Khosla Ventures and
Kleiner Perkins are putting hundreds of millions of dollars into fuel --
and medicine-makers like Amyris, LS9 and Gevo.
-- Noncorporate organizations like the iGEM competition are using the
open-source software movement as a model, and playing a central role in
advancing synthetic biology.
-- Government funding is more coordinated in Europe, led by the EU's 6th
Framework program (FP6) which provides millions of euros in funding for 18
synthetic biology research and policy initiatives and five economic
development projects.
"Countless commercially valuable materials like penicillin and crude oil,
and processes like carbon sequestration and bioremediation, all derive from
plants' and animals' metabolic pathways, which are in turn determined by
their genes," said Bünger. "Synthetic biology has opened new pathways for
us to reprogram those metabolic pathways like software, and design products
in countless industries with a revolutionary new degree of freedom."
"Synthetic Biology's Commercial Roadmap" is part of Lux Research's
Bioscience Intelligence Service. Clients subscribing to this service
receive continuous research on the biosciences industry, market trends and
forecasts, ongoing technology scouting reports and proprietary data points
in the weekly Lux Research Bioscience Journal and on-demand inquiry with
Lux Research analysts.
About Lux Research
Lux Research provides strategic advice and on-going intelligence for
emerging technologies. Leaders in business, finance and government rely on
us to help them make informed strategic decisions. Through our unique
research approach focused on primary research and our extensive global
network, we deliver insight, connections and competitive advantage to our
clients. Visit www.luxresearchinc.com for more information.
Contact Information: Contact: Carole Jacques Lux Research, Inc. 617-502-5314 carole.jacques@luxresearchinc.com