Biochemistry graduate student wins NSF pre-doctoral fellowship

The Department of Biochemistry congratulates first-year graduate student Mara Livezey on winning a prestigious National Science Foundation Graduate Research Fellowship. The fellowship provides three years of pre-doctoral funding, which will support her work in Professor David Shapiro’s lab.

A new RNA repair complex employing a “one-stop shopping” repair mechanism

Biochemistry graduate student Pei Wang and Associate Professor Raven Huang have discovered a new bacterial RNA repair complex. The structure of the 270-kDa RNA repair complex revealed that it is built like a shopping mall, and RNA repair can be achieved having the damaged RNA visiting four active...

New drug stalls estrogen receptor-positive cancer cells and shrinks tumors

Biochemistry researchers in Dr. David Shapiro's lab, and a study team including researchers from the department of food science and human nutrition, the department of molecular and integrative physiology, the College of Medicine and the Cancer Center, have developed a new drug that kills estrogen...

Team discovers how microbes build a powerful antibiotic

From left, University of Illinois graduate research assistant Manuel A. Ortega, chemistry professor Wilfred van der Donk, graduate student Yue Hao, biochemistry professor Satish Nair, and postdoctoral researcher Mark Walker solved a decades-old mystery into how a broad class of natural antibiotics...

In Memoriam: Lowell P. Hager

"Lowell created an environment where creativity was fostered, scientific standards were high and doing science was fun. He left his mark on the department that remains to this day."

Scientists engineer human T cell receptors against cancer antigens

Graduate student Sheena Smith and Professor David Kranz of the Department of Biochemistry have developed an approach to discover T cell receptors that could be therapeutically useful against different cancers. In collaboration with graduate students Yuhang Wang and Javier Baylor and Professor Emad...

How Heat-Loving Organisms Are Helping Advance Medicine

One of the fascinating things about this world are organisms that live (and thrive) in extreme conditions. Dr. Robert Gennis leads an NIH-funded team that is studying membrane protein from thermophiles.