Bond LSC News, Page 47 // Bond Life Sciences Center

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…

May 21, 2015

Forest at your fingertips: smartphones enhance fieldwork

An MU student uses his cell phone while in Costa Rica. | Photo by Jack Schultz, Bond LSC By Jack Schultz | Director of MU Bond Life Sciences Center “Fieldwork” means many things to researchers, but in the past it often meant working without easy access to communication. Now cell phones allow my students visiting the…

May 11, 2015

The Curious Case of Inflammation: One Lab’s Mission to Put the Pieces Together

White coat, dark room. Jean Camden, a senior technician in the Weisman lab, reviews salivary gland and brain tissue samples for research on inflammation. | Photo by Paige Blankenbuehler, Bond LSC By Paige Blankenbuehler | MU Bond Life Sciences Center There’s a criminal on the loose, striking every day. Millions fall victim, but there’s still no…

May 8, 2015

Unlocking plants’ metabolic thermostat — award-winning LSW posters

Matthew Salie would like to see chubbier plants. “You’ve probably never really seen a fat plant before, right?” said Salie, a fourth year MU graduate student in biochemistry. “Humans, we make plenty of extra fat and store that as energy. But plants don’t really need to do that — they make just as much as they…

April 16, 2015

BPA overrides temperature to decide turtle sex

The environmental build-up of bisphenol A (BPA) can result in a life-changing shift for aquatic animals. For painted turtles, exposure to this chemical can disrupt sexual differentiation,, according to new research in the General and Comparative Endocrinology. Scientists at the University of Missouri have teamed up to show how low levels of certain endocrine disruptors…

April 13, 2015

Five Bond LSC undergraduates win Arts and Sciences Scholarships

Five undergraduate researchers at Bond LSC were awarded arts and sciences scholarships to help them continue their education. Congratulations to each of the winners. Hannah Baldwin/Bond LSC MU undergraduate Wade Dismukes gathers plants from a growing room in Bond LSC to prepare for an experiment about plant evolution on Thursday, April 9, 2015. Dismukes, who…

April 9, 2015

Life Sciences Week preview: Doing more with less

A simple virtue lies at the heart of Xuemin (Sam) Wang’s research: thrift. “A good way to think of it is how to increase output without demanding more inputs,” Wang said. Wang, the E. Desmond Lee and Family Fund endowed professor at the University of Missouri-St. Louis and a principal investigator at the Donald Danforth…

March 31, 2015

Scientists dig into the epigenetics of cancer

Joya Chandra, associate professor of pediatrics at The University of Texas MD Anderson Cancer Center, explains the epigenetics of pediatric cancers at the 2015 MU LSSP Symposium on epigenetics on Sunday, March 15.//photo by Caleb O’Brien/Bond LSC The evolving science of epigenetics is shaking up how scientists and doctors think about cancer. At the 11th…

March 30, 2015

Translating soybean cyst nematode research

Roger Meissen/Bond Life Sciences Center – These soybean roots show some nematode cysts. The small, white circles are the hardened body of the nematodes and form when the nematode attaches itself to the root to create a feeding cell. Beneath a North Carolina field in 1954, a tiny worm inched its way through the soil…

March 12, 2015

Five things you wanted to know about epigenetics (But were afraid to ask)

What the heck is it, anyway? Epigenetics involves changes in how your genes work. In classical genetics, traits pass from generation to generation in DNA, the strands of genetic material that encode your genes. Scientists thought alterations to the DNA itself was the only way changes could pass on to subsequent generations. So say you…

Christopher S. Bond Life Sciences Center

University of Missouri

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