Jean Peccoud Email and Phone Number
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Dr. Peccoud is a synthetic biology pioneer who quickly understood the potential of a model-driven approach to the development of biotechnology products.Dr. Peccoud founded GenoFAB to support the synthetic biology programs of biotech companies and research organizations who need to accelerate the development of revolutionary products used to save lives, feed the world, and support sustainable economic growth.Today, Dr. Peccoud is the Abell Chair in Synthetic Biology in the Department of Chemical and Biological Engineering at Colorado State University (CSU). He leads the Colorado Cyberbiofoundry, a high-throughput facility to accelerate the development of new viral vectors and other gene delivery systems for biomedical applications.He is the founding Editor-in-Chief of the journal Synthetic Biology, published by Oxford University Press. Dr. Peccoud is on the editorial boards for Trends in Biotechnology and Nucleic Acids Research and has published more than 100 articles with more than 4,000 citations.Since 2008, Dr. Peccoud has advised the U.S. Department of Defense, Department of Justice, and members of the intelligence community to help them anticipate and manage cyberbiosecurity threats emerging at the interface between biological space and cyberspace. He is a member of the Engineering Biology Research Consortium Council and Security Working Group. Looking forward, Dr. Peccoud is creating an indelible imprint with GenoFAB by proposing a new R&D paradigm at the intersection of science and engineering.
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CeoGenofab Inc. Feb 2019 - PresentFort Collins, Colorado, UsProvides genetic design services and training to biotechnology company to optimize the expression of their genes of interest. Leading the transformation of an open source bioinformatics software with roots in academia into a sustainable platform. Provides strategic consulting and business intelligence services to government agencies and biotechnology companies to support their synthetic biology initiatives.
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Professor, Department Of Chemical And Biological EngineeringColorado State University Jan 2016 - PresentFort Collins, Co, UsWe combine computational biology and cell biology efforts to develop predictive models of the phenotype encoded in natural and synthetic DNA sequences. With industrial collaborators, we optimize expression systems used for the manufacturing of biologics and biosimilars. We also help government agencies better understand the security implications of synthetic biology. Finally, we used methods from synthetic biology to better understand complex regulatory networks such as the one controlling cell division. -
Editor In Chief Synthetic BiologyOxford University Press Jan 2016 - Dec 2023Oxford, GbSynthetic Biology is a new open access journal which covers all aspects of synthetic biology; including papers on the mathematical modeling and practical engineering in the field.This includes genetic circuit design, computational methods, genetic systems and circuit design, viral engineering, cell design and construction, assembly platforms, DNA synthesis, synthetic metagenomics, pathway construction, gene optimization, protein engineering, metabolic engineering, programmed evolution, cellular manufacturing, mathematical modeling and engineering processes.The aim of the journal is to provide a forum for original research papers, reviews, commentaries, reports on practical projects, and a venue for in-depth discussion on the topics relevant to synthetic biology. -
ProfessorVirginia Bioinformatics Institute Jul 2014 - Dec 2015Blacksburg, Virginia, UsWe are developing software and experimental workflows to build mathematical models of gene expression and biological regulatory networks. We operate in the emerging fields of systems biology and synthetic biology. Our work helps better understand natural biological processes such as the mechanism controlling cell division. It also provides the foundation to the development of a new generation of software tools to design genetic constructs and expression vectors used in a broad range of biotechnology specialties. -
Associate ProfessorVirginia Bioinformatics Institute May 2006 - Jun 2014Blacksburg, Virginia, UsSet up a research group combining experimental and computational methods to develop a new transdisciplinary approaches to understanding the function of DNA sequences. Raised $4.5 million in external funding.Published 20+ peer-reviewed high-impacts articles in bioinformatics, computational synthetic biology, bioimaging, and systems biology. Enhanced the Institute’s competitive position in systems and synthetic biology and developed relations with industry partners.Strategic Planning & Leadership Accomplishments:Developed a comprehensive intellectual property strategy relying on a combination of open source software and patenting of laboratory processes to capture lost opportunities and revenue. Negotiated licensing agreement with Virginia Tech technology transfer office and developed business plan to bring intellectual property to the marketplace.Cultivated relations with federal agencies (National Science Foundation, Federal Bureau of Investigations, Department of Health and Human Services, and Central Intelligence Agency). Identified opportunities to partner with agencies and positioned the group as a resource to help gather intelligence, define or assess new policies, and identify emerging fields deserving federal investments. Results include $1.1 million in directed funding and a commentary published in Nature Biotechnology.Established a continuous improvement committee to reposition group as a major competitor among the top universities. Implemented 5S workspace organization methodology which drove productivity improvements, won $1 million in funding from the National Science Foundation, and is being introduced to other university groups.Established a new media marketing/communication strategy that has increased public awareness and commercial opportunities.
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Adjunct Associate ProfessorIowa State University Apr 2003 - Dec 2008Ames, Iowa, UsMember of the Bioinformatics and Computational Program. -
Computational BiologistDupont Pioneer Jan 2002 - Apr 2006Pioneer Hi-Bred International is a fully owned subsidiary of DuPont. Pioneer is the world leader of the crop genetics industry.Within the bioinformatics group, served on the leadership team of Crop Genetics Modeling, an initiative to explore and deploy computer modeling methods to increase the productivity of Pioneer R&D investment.ProjectsGene and regulatory network discovery: In collaboration with trait groups, designed functional genomics experiments (Lynx MPSS and Agilent micro-arrays, real-time PCR assays, metabolomics) including hundreds of samples.Product Development / Design of transformation vectors: Conceived, initiated, and led a forward-looking project to develop software and experimental protocols to quantitatively characterize the building blocks used in transformation vectors. Research project was awarded a Discovery Research grant, a competitive funding mechanism used to support high impact/high risk projects outside the scope of Pioneer’s main research initiatives. After 18 months, the results had a visible impact on Pioneer’s research programs. Some results of this project were patented. Genetics: Invented a method to analyze the genetic properties of gene networks which led to a patent application and publication in the journal Genetics. Strategic Planning & Leadership Accomplishments:Conducted development of projects by assembling and managing teams of scientists across the Pioneer R&D organization. Identified strategic external partners and vendors. After gaining support of the scientific leadership, worked with Technology Licensing group to formalize the collaboration framework. Oversaw large collaborations by ensuring a timely delivery of results and developing the appropriate communication channels to bring these results back into the organization. Led a collective effort aimed at defining Pioneer intellectual property strategy in Bioinformatics.
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President And CeoE-Notebooks, Inc. Jan 2000 - Dec 2002Founded company focused on providing targeted marketing, publishing, value-added reselling, and distribution channels to the technical computing industry. e-NoteBooks provided MATLAB, LabVIEW, AutoCAD technical software developers with vertical channels to reach their market segments. Led all phases of raising capital; identifying/negotiating strategic partnerships and intellectual property licensing agreements with individuals; academic institutions, and corporate partners; managing direct sales and distributor accounts, pre- and post-sale customer support; software product life cycle management, and website development and marketing. Customers included Fortune 500 companies, government and academic institutions, small companies and individuals. Negotiated and sold company assets to The MathWorks, Inc. (Natick, MA) and to BetterVIEW Consulting (Vancouver, BC), which still sells Mathematica Link for LabVIEW.
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Visiting ProfessorUniversity Of Washington Jan 1998 - Dec 1999Seattle, Wa, UsInvited by the Genomation Laboratory to contribute to the development of a high-throughput gene quantification instrument. Assembled a multidisciplinary research team. Led writing of a research proposal that was awarded $2.3 million from the National Cancer Institute.Explored the possibility of creating a gene quantification company operating on a fee-for-service basis. Project combined the engineering expertise of Seattle-based ORCA Photonics (an industrial partner of the Genomation Laboratory), the Genomation Laboratory itself, and the biomedical expertise of a University of Paris research team. Presented the project to business plan competition managed by Ernst & Young. Project was one of the 70 winners eligible for a €150,000 grant out of 2,000 submissions. -
Charge De RechercheInserm Oct 1993 - Dec 1997Paris, 13, FrThree years before the first commercial real-time PCR instrument was released by Applied Biosystem, initiated a collaboration with a statistician to develop a new statistical method to analyze data generated by this new generation of instruments. Results were published in the Biophysical Journal (1996) and the Journal of Applied Probability (1998). Established the theory that a formalism used in computer science for quantitative analysis of computer architectures could be applied to the modeling of complex genetic networks. Collaboration project was published in the Proceedings of the National Academy of Sciences USA in 1998.Invited by Wolfram Research in 1995 to prototype a software interfacing Mathematica with scientific instruments and data acquisition hardware. Designed, developed, and documented Mathematica Link for LabVIEW in close association with Wolfram Research software engineers, technical writers, and Software Quality Assurance specialists (1996 and 1997). Application is still distributed by Wolfram Research. -
Plant BreederCirad Feb 1991 - May 1992Montpellier, FrDuring national service, assigned to IRHO, a research organization for the improvement of tropical oil-producing crops, to manage day-to-day operations of a genetic research program. Supervised 30 Melanesian staff.
Jean Peccoud Skills
Jean Peccoud Education Details
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Université Grenoble AlpesBioinformatics -
AgroparistechMolecular Biology
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Lycée Sainte-GenevièvePhysics
Frequently Asked Questions about Jean Peccoud
What company does Jean Peccoud work for?
Jean Peccoud works for Genofab Inc.
What is Jean Peccoud's role at the current company?
Jean Peccoud's current role is CEO @ GenoFAB | Teach @ CSU | Provides genetic design services.
What is Jean Peccoud's email address?
Jean Peccoud's email address is je****@****ate.edu
What is Jean Peccoud's direct phone number?
Jean Peccoud's direct phone number is +197048*****
What schools did Jean Peccoud attend?
Jean Peccoud attended Université Grenoble Alpes, Agroparistech, Lycée Sainte-Geneviève.
What are some of Jean Peccoud's interests?
Jean Peccoud has interest in Science And Technology, Education, Arts And Culture.
What skills is Jean Peccoud known for?
Jean Peccoud has skills like Bioinformatics, Biotechnology, Genetics, Molecular Biology, Computational Biology, Systems Biology, Genomics, Life Sciences, Biochemistry, Dna, Cell Biology, Synthetic Biology.
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