University of Missouri

May 28, 2015

Move over Arabidopsis, there’s a new model plant in town

Bond LSC researchers showed for the first time ever that a grass, Setaria viridis, can receive 100 percent of its nitrogen needs from bacteria when associated with plant root surfaces. This grass will now serve as model for research into biological nitrogen fixation that could benefit crop development. | Photo by Roger Meissen, Bond LSC By Roger Meissen | MU Bond Life Sciences Center As farmers spend billions of dollars spreading nitrogen on their fields this spring, researchers at the University of Missouri are working toward less reliance on the fertilizer. Less dependence on nitrogen could start with a…

June 20, 2014

Nerve cell communication mechanisms uncovered, may lead to new therapeutic approaches for neurodegenerative diseases

  Story by Madison Knapp/ Bond Life Sciences summer intern Simple actions like walking, swallowing and breathing are the result of a complex communication system between cells. When we touch something hot, our nerve cells tell us to take our hand off the object. This happens in a matter of milliseconds. This hyperspeed of communication is instrumental in maintaining proper muscle function. Many degenerative diseases affecting millions of people worldwide result from reduced signaling speed or other cellular miscommunications within this intricate network. Michael Garcia, investigator at the Christopher S. Bond Life Sciences Center and associate professor of biology at…