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B73 maize seedlings, ready for leaf whorl transformation.

Read More Transforming the Future by Making Maize Bioengineering More Accessible

petri dish with bacteria on a background of green leaves

How Bacteria Use Sneaky Chemistry
to Disable Plant Defenses

Lipid accumulation in a murine model of fatty liver disease, visualized by color-enhanced lipid droplets (pink) in liver tissue (green). Superimposed chemical structure of a newly discovered bile acid conjugate. Image courtesy of Dr. Mohammad Arifuzzaman, Dr. Christopher Parkhurst, Dr. Frank Schroeder, and Dr. David Artis.

Diet, Microbes and Fat:
A New Pathway Controlling Levels of
Body Fat and Cholesterol

News

Transforming the Future by Making Maize Bioengineering More Accessible

May 1, 2025

B73 maize seedlings, ready for leaf whorl transformation.

How Bacteria Use Sneaky Chemistry to Disable Plant Defenses

Apr 21, 2025

petri dish with bacteria on a background of green leaves

Ascribe Bio’s Phytalix® Achieves Stunning Success Against Devastating Rice Disease

Mar 10, 2025

Close-up of rice ears

Cultivating Innovation: A Closer Look at BTI and Zymtronix’s Phenotyping Collaboration

Jan 17, 2025

The Zymtronix LeafyLook Project inside BTI's PhenoSight facility.

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View our Centennial Stories, including the Oral History Project.

Watch all the speakers at our Centennial Symposium.

Watch all the speakers at our Centennial Celebration.

Our Faculty

Discovery inspired by plants.

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