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About the IGB
The Institute for Genomic Biology was founded in 2003 to advance life science research and stimulate bioeconomic development in the state of Illinois. Learn more about our building, our history, and our research.
Learn More About the IGB » - Research Areas
Interdisciplinary Genomic Research
The mission of the Institute for Genomic Biology is to advance life science research at the University of Illinois at Urbana-Champaign and to stimulate bio-economic development in the state of Illinois. To achieve that mission, our research themes capitalize on recent advance in genome science and technology.
Delve Deeper into The IGB's Research Themes » - Facilities & Services
State-Of-The-Art Research Facilities
The IGB is dedicated to advancing research in human health, agriculture, energy use and production, and the environment. Our facilities and services support that work.
Read More About Our Facilities » - People
Find An IGB Researcher
Scientists from more than 30 campus departments are affiliated with the IGB. To find a person, search alphabetically or by theme.
For a listing of the senior administrative staff at the institute, search the administrative directory.
- News
News
The IGB has provided a solid foundation for future growth in the state of Illinois. Our scientists have generated more than 14 invention disclosures, 5 patent applications, and hundreds of scholarly journal articles in the three short years that we have occupied our building.
Read More About Our News » - Calendar
Calendar
IGB is home to a number of scientific conferences, workshops and symposia throughout the year. We also host a speaker series, "Pioneers in Genomic Biology" which showcases world-renowned scientists from institutions around the world.
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The Institute for Genomic Biology
Where Science Meets Society
Biocomplexity
Biocomplexity arises when the collective behavior of a biological system overwhelms the behavior of the individual components of the system. For example, microorganisms strongly influence and are influenced by the biogeochemical processes in their environment. They communicate by quorum sensing, as well as through exchange of genetic components. The resulting system-wide behavior requires treatment of all components together, ranging from the genome, through the cellular and community structure, to the ecosystem level. A snapshot of such a system reveals structure that can only be fully understood from understanding its development over evolutionary time.