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University of Illinois chemists developed analogs of a new tuberculosis drug that could treat many other diseases and defy resistance. From left, research scientist Lici A. Schurig-Briccio, undergraduate Shannon Bogue, graduate student Xinxin Feng, research scientist Kai Li and chemistry professor Eric Oldfield.

Multitarget TB drug could treat other diseases, evade resistance

Author: Liz Ahlberg, Physical Sciences Editor

Published Date:April 17, 2014

A drug under clinical trials to treat tuberculosis could be the basis for a class of broad-spectrum drugs that act against various bacteria, fungal infections and parasites, yet evade resistance, according to a study by University of Illinois chemists and collaborators.

Published Date: April 17, 2014


Professor Sheldon H. Jacobson led a study that found that the pediatric vaccine market is affected by a physicians perceptions of cost, more than actual cost.

Study recalculates cost of combination vaccines

Author: Liz Ahlberg, Physical Sciences Editor

Published Date:April 17, 2014

One of the most popular vaccine brands for children may not be the most cost-effective choice. And doctors may be overlooking some cost factors when choosing vaccines, driving the market toward what is actually a more expensive option, according to a new study by University of Illinois researchers.

Published Date: April 17, 2014


A new collaboration solved a decades-old medical mystery involving an antifungal agent. Pictured, from left: graduate student Grant Hisao; chemistry professor Martin Burke; graduate students Alex Cioffi, Katrina Diaz, Marcus Tuttle and Mary Clay; chemistry professor Chad Rienstra; and graduate students Brice Uno, Tom Anderson and Matt Endo.

Potent, puzzling and (now less) toxic: Team discovers how antifungal drug works

Author: Diana Yates, Life Sciences Editor

Published Date:April 15, 2014

Scientists have solved a decades-old medical mystery – and in the process have found a potentially less toxic way to fight invasive fungal infections, which kill about 1.5 million people a year. The researchers say they now understand the mechanism of action of amphotericin, an antifungal drug that has been in use for more than 50 years – even though it is nearly as toxic to human cells as it is to the microbes it attacks.

Published Date: April 15, 2014


Regular exposure to artificial ultraviolet B light for two weeks doubled rabbits serum vitamin D levels, the researchers found.

Rabbits kept indoors could be vitamin D deficient

Author: Diana Yates, Life Sciences Editor

Published Date:April 9, 2014

Rabbits that remain indoors may suffer from a lack of vitamin D, researchers report in a new study. In rabbits kept as pets or used in laboratory studies, the deficiency could lead to dental problems, undermine their cardiovascular health, weaken their immune systems and skew scientific findings.

Published Date: April 9, 2014


A new course co-developed by plant science professor Katy Heath teaches graduate students skills such as communicating about their research with nonscientists and developing educational outreach programs. Part of the Amplify the Signal course: graduate students, from left, front row, Cassandra Wesseln, Jennifer Han and Miranda Haus; back row, Rhiannon Peery, Christina Silliman and Heath.

Aspiring scientists learning to translate research into language public understands

Author: Sharita Forrest, News Editor

Published Date:April 3, 2014

Communicating the relevance of one’s scientific research to general audiences and developing educational outreach programs are critical to the career success of college professors and researchers, but graduate curricula often fail to help students cultivate these essential skills.

Published Date: April 3, 2014


Professors Praveen Kumar, right, and Stephen Long developed a computer modeling system to help plant scientists breed soybean crops that produce more and use less water.

Scientists say new computer model amounts to a lot more than a hill of beans

Author: Liz Ahlberg, Physical Sciences Editor

Published Date:April 3, 2014

Crops that produce more while using less water seem like a dream for a world with a burgeoning population and already strained food and water resources. This dream is coming closer to reality for University of Illinois at Urbana-Champaign researchers who have developed a new computer model that can help plant scientists breed better soybean crops.

Published Date: April 3, 2014