mice
Feb. 17, 2022
Pancreatic tumor composition provides insight on treatment response
Jing Zhou focuses the microscope through her computer. The microscope feeds its view directly to her screen so Zhou can see the pancreatic cells. | Photo by Cara Penquite, Bond LSC By Cara Penquite | Bond LSC Not all tumors are created equal, and potential treatments aren’t universal. When it comes to pancreatic cancer, surgery and radiation often do more harm than good due to its rapid growth and ability to spread to the liver. Searching for alternative treatment options, Jing Zhou focused her research on immunotherapies. That led Zhou and her team to identify the sequences…
May 23, 2016
One step closer from mice to men
Gene therapy treating the neurodegenerative disease, SMARD1, shows promising results in mice studies. Shababi uses an instrument to measure grip strength in the forelimbs of mice. Healthy mice are able to cling on with a stronger grip than SMARD1 mice. | photo by Jennifer Lu, Bond LSC Monir Shababi was confident her experiments treating a rare genetic disease would yield positive results before she even ran them. Scientists had success with a similar degenerative neuromuscular disease, so she had every expectation their strategy would work just as well in her mice. Monir…
March 15, 2016
Seminal work
How unruly data led MU scientists to discover a new microbiome By Roger Meissen | MU Bond Life Sciences Center This seminal vesicle contains a newly-discovered microbiome in mice. Some of its bacteria, like P. acnes, could lead to higher occurrences of prostate cancer. | contributed by Cheryl Rosenfeld It’s a strange place to call home, but seminal fluid offers the perfect environment for particular types of bacteria. Researchers at MU’s Bond Life Sciences Center recently identified new bacteria that thrive here. “It’s a new microbiome that hasn’t been looked…
March 1, 2016
Unmasking the unknown
Scientists explore genetic similarities between plants and mice University of Missouri PhD Candidate Daniel L. Leuchtman peers through an Arabidopsis plant. Leuchtman has been experimenting with replacing a gene in the plants immune system with a similar gene from mice. | Photograph by Justin L. Stewart/MU Bond Life Sciences Center By Justin L. Stewart | MU Bond Life Sciences Center Almost two-thirds of what makes a human a human and a fly a fly are the same, according to the NIH genome research institute. If recent research at the University of Missouri’s Bond…