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where science meets society

Where Science Meets Society

Learn More About IGB

The Carl R. Woese Institute for Genomic Biology (IGB) is an innovative research institute using cutting-edge genomic practices to tackle large-scale global challenges currently facing humanity.

Food security for a growing population. Effective therapeutic drugs and antibiotics. Automated synthesis of new molecules and proteins. Using a team-based, collaborative science approach, researchers at the IGB are addressing these and other complex issues. Our main areas of research below are each supported by our strong commitment to fundamental science – the pursuit of discovery.

Health & Wellness

Health +
Wellness

How the genome enhances, affects, or disrupts physical and mental wellbeing.

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Technology & Socety

Tech +
Society

Advancing our capability to shape the world and capacity to understand each other.

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Agriculture & Energy

Ag +
Energy

Sustainably feeding and fueling a planet impacted by a changing global climate.

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Outreach & Public Engagement

Outreach &
Public Engagement

Encouraging the public to understand how genomics affects daily life and society.

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Nobel Laureate Thomas Cech to give Public Lecture

Spotlight

Nobel Laureate Thomas Cech to give IGB Public Lecture

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Featured Stories

Civil and Environmental Engineering graduate student Yuqing Mao and Professor Helen Nguyen developed a new method for detecting antibiotic resistance genes in wastewater.
Allie Arp is the Communications Manager for the RIPE Project.
Thomas R. Cech, PhD, Nobel Laureate and Distinguished Professor of Biochemistry, University of Colorado Boulder will give the  IGB Distinguished Public Lecture in Genomics "The Magic of RNA: New Medicines, Immortality, and the Power to Control Evolution"
Three Illinois professors are recipients of Alfred P. Sloan Research Fellowships this year: from left, materials science and engineering professor Yingjie Zhang, chemistry professor Angad Mehta, and chemistry professor Lisa Olshansky.
Illinois professor Uwe Rudolph, left, and research scientist Maltesh Kambali led an international group of researchers who found a key role for an enzyme regulating glycine in the brain while investigating a rare genetic mutation found in two patients with schizophrenia. Photo by Michelle Hassel
Stephen Long and Donald Ort of the Realizing Increased Photosynthetic Efficiency (RIPE) project.