News
March 25, 2014
Bond LSC staff prepares boat for April 12 fundraiser
Made completely of cardboard and Popeye themed, Bond LSC facilities crew say this boat could be the winner of the 3rd Annual Flot Your Boat for the Food Bank Race on April 12 — BLANKENBUEHLER Every year the College of Agriculture, Food and Natural Resources puts on a Float Your Boat for the Food Bank Race. All proceeds go to the Columbia Food Bank and last year, with 45 participants, more than $17,000 was donated. All participants craft their own boat and obey one golden rule: cardboard only. The Bond LSC crew are returning to…
March 25, 2014
Choi honored for distinguished dissertation
Jeongmin Choi (left), Gary Stacey (center) and postdoc Kiwamu Tanaka recently discovered the first plant receptor for extracellular ATP. Choi received the 2014 Distinguished Dissertation Award for her part in this work. A former Bond LSC graduate student is being recognized for a dissertation that stands out from the crowd. Jeongmin Choi received the 2014 Distinguished Dissertation Award this month from MU’s Graduate Faculty Senate for her work identifying the first plant receptor for extracellular ATP. The journal Science published Choi’s “Identification of a plant receptor for extracellular ATP” Jan. 17, 2014. Choi completed her dissertation working as…
March 21, 2014
MU researchers find key gene in spinal locomotion, yield insight on paralysis
Samuel Waters and graduate researcher Desiré Buckley review stages of embryonic development. — BLANKENBUEHLER The difference between walking and being paralyzed could be as simple as turning a light switch on and off, a culmination of years of research shows. Recently, University of Missouri Assistant Professor of biology Samuel T. Waters isolated a coding gene that he found has profound effects on locomotion and central nervous system development. Waters’ work with gene expression in embryonic mouse tissue could shed light on paralysis and stroke and other disorders of the central nervous system, like Alzheimer’s disease. Waters…
March 11, 2014
Strong symposium start by Skloot
Karin Loftin, MU Chancellor R. Bowen Loftin, Bond Life Sciences Director Jack Shultz and Tim Evans pose with Rebecca Skloot at the University of Missouri Monday evening — BLANKENBUEHLER The bridge between public knowledge and the inner-workings of the science community is one that many are reluctant to cross. Sometimes riddled with confusing terms, the most exciting discoveries aren’t always approachable. The 10th annual MU Life Sciences & Society Symposium began Monday evening with Rebecca Skloot as she spoke to a nearly full house at Jesse Auditorium Monday. Every year the symposium erases the line between community…
Feb. 7, 2014
Quicker anthrax detection could save millions of dollars, speed bioterror response
Anthrax bacteria is a rod-shaped culture. Most common forms of transmission are through abrasions in the skin and inhalation. Imagine researchers in hazmat suits moving slowly and deliberately through a lab. One of them holds up a beaker. It’s glowing. This light — or the absence of it — could save millions of dollars for governments and save the lives of anthrax victims. Scientists at the University of Missouri Laboratory of Infectious Disease Research proved a new method for anthrax detection can identify anthrax quicker than any existing approach. When the “bioluminescent reporter phage” —…
Feb. 3, 2014
Mind map: Bond LSC research explains how proteins guide migrating neurons
Bond LSC scientist Anand Chandrasekhar studies the zebrafish model to learn how motor neurons develop. These adult zebrafish lay eggs used to gain insight into how motor neurons arrange themselves as embryos grow into adults. Roger Meissen/ Bond LSC Three thousand zebrafish swim circles in tanks located on the ground floor of the Bond Life Sciences Center, content to mindlessly while away their existence by eating their fill and laying eggs. Despite their very basic higher functions, Bond LSC researcher Anand Chandrasekhar wants to understand how their brains work. More importantly, he wants to know how individual…
Jan. 16, 2014
Bond LSC team identifies first plant receptor for extracellular ATP
Jeongmin Choi (left), Gary Stacey (center) and Kiwamu Tanaka recently discovered the first plant receptor for extracellular ATP using Arabidopsis plants. Roger Meissen/Bond LSC It’s the genetic equivalent to discovering a new sensory organ in plants. A team at the University of Missouri Bond Life Sciences Center found a key gene that sniffs out extracellular ATP. Scientists believe this is a vital way plants respond to dangers, such as insects chewing on its leaves. The journal Science published their research Jan. 17. “Plants don’t have ears to hear, fingers to feel or eyes to see. They recognize…
Jan. 13, 2014
Bond LSC researchers search for causes of complex pregnancy disorder
Toshihiko Ezashi (left), Danny Schust (middle), Laura Schulz (middle) and Michael Roberts (right) collaborate on new research to discover the causes of preeclampsia. Roger Meissen/ Bond LSC You can’t see the resemblance, but cells in Michael Roberts’ lab share a family tree with some newborns. Their common genetics may help explain severe, early-onset preeclampsia, an inherited disorder that leads to a placenta that is often small and inefficient and possibly due to the mother’s body not fully welcoming her pregnancy. University of Missouri Health Center scientists such as Danny Schust and Laura Schulz, work with Roberts and…
Nov. 22, 2013
The sweet path: how scientists try to understand sugar movement in plants
Roots play a key role in regulating where sugar ends up in plants like tomato. Plant scientists are borrowing a tool from medicine to unravel how plants fight off an attack. The Schultz-Appel Chemical Ecology lab used PET scans to decipher how and when a plant uses resources to fight off a disease or insect. Positron emission tomography (PET) scans detect radioactive tracers and how they travel over time. In humans the scan tracks blood flow to find cancers, understand brain activity and show uptake…
Nov. 8, 2013
Searching for the gene: MU scientist works to find link to nutrient content of seeds
David Mendoza-Cozatl uses Arabidopsis plants like these as a model to understand how plants transport nutrients from soil to seeds and leaves.Courtesy Randy Mertens/CAFNR Forget fruits and vegetables, seeds provide a critical part of the average person’s diet. From beans to cereal grains, understanding how genes and soil types impact nutrition could one day help produce more nutritious food. One University of Missouri researcher wants to know which genes control the elements in these nutrient-rich packages. “Iron and zinc deficiencies are considered two major nutritional disorders in the world,…
Sep. 9, 2013
The secret of the legume: Bond Life Sciences Center researchers pinpoint how some plants fix nitrogen while others do not
Yan Liang and Gary Stacey research the symbiosis between legumes, like these soybeans, and nitrogen-fixing bacteria at the Bond Life Sciences Center. A silent partnership exists deep in the roots of legumes. In small, bump-like nodules on roots in crops like soybeans and alfalfa, rhizobia bacteria thrive, receiving food from these plants and, in turn, producing the nitrogen that most plants need to grow green and healthy. Scientists have wondered for years exactly how this mutually beneficial relationship works. Understanding it could be the first step toward engineering other crops to use less nitrogen, benefitting both…
Aug. 16, 2013
MU researchers tackle tough grapevine pest
Division of Plant Sciences and Bond LSC investigators Jack Schultz and Heidi Appel have been awarded a grant by the National Science Foundation to unravel the mystery of how an insect pest gets the better of the world’s – and Missouri’s – most valuable fruit crop. Grape phylloxera is an insect that infests grapevine leaves and roots, reducing the plant’s production and cutting off its water supply. The insect somehow convinces the plant to construct a complex home and feeding site around itself, called a gall. Many kinds of insects can cause plants to create galls, but no one knows…