IGBIllinois
The Carl R. Woese Institute for Genomic Biology is dedicated to transformative research in Agriculture, Human Health, the Environment, and Energy Use and Production. We're fulfilling our mission to advance life sciences research and stimulate bioeconomic development in the state of Illinois in a number of ways, including pioneering research in bioenergy, critical climate change studies, and promising work in regenerative medicine, drug development, and understanding cancer at the cellular level.
Lunch with CNRG - Web Hosting Options
Lunch with CNRG - Data Management
3rd Annual Midwest Advanced MINFLUX and Super Resolution Workshop
Building the Roots of Genomics Wall
Discovering Human Gut Microbiome Dynamics
Lunch with the Core 4 03 24
Lunch with the Core 3 27 24
Lunch with the Core 3 06 24
Lunch with the Core 2 28 24
Lunch with the Core 2 14 24
Pollen Power 2023 Slideshow
Engineering the metabolic outputs of the human gut microbiome
"Science of team science: What social scientists know about great teaming"
Eat your broccoli! Microbial metabolism and gut health
Science Café - "What octopus intelligence can teach us about robots"
Designer Babies: What are they & do we want them?
Deciphering gene regulatory networks of cell-fate specific from bulk and single cell omic data
Egg-feeding calls of the mimic poison frog
Pharmacogenomics: Discovery and Translation
Crafting the Art of Science: a Sneak Peek Behind the Scenes
Computer services at the IGB
An Introduction to the Zeiss LSM 900: With Super-resolution and Deconvolution Capability
Indigenizing Pharmacogenomics and Biomedical Research
New kind of service for academics to commercialize tech: the Chicago Biomedical Consortium Approach
The Macro-Dynamics of the History of U.S. Oversight for Biotechnology in Agriculture and Environment
Intrinsic and extrinsic regulators of choanoflagellate cell physiology
Understanding etiology of hypermobile EDS: a connective tissue disorder with complicated genetics
Collaborative team discovers new natural products at unprecedented speed
MINFLUX: Tackling the Puzzle of Protein Reaction-Diffusion in Living Cells
Improving DATA Workflows