Dr. Thomas Werner and Dr. Xiaoqing Tang are featured in two separate articles in the last couple of week in the Michigan Tech Lode.
The article on Dr. Werner’s research titled “Inside Look: Fruit Flies, Color Patterns and Cancer” can be found in the 8 October 2015 issue.
The article on Dr. Tang’s research titled: “Solving the mystery: what connects microRNA and proteins to the pancreas” can be found in the 1 October 2016 issue.
The First Annual Research Forum sponsored by the Life Science and Technology Institute was held Sept. 24 and 25. Twenty-seven graduate and undergraduate students conducting research in life science, biotechnology, human health and related areas presented posters.
Thank you to participants, the judges and all who helped with the successful forum. A list of LSTI award winners is as follows:
Graduate Grand Prize
Sanaz Habibi (ChE) “Do Faradaic Reactions cause Hemolysis in Non-Uniform Alternating Current Electric Fields,” Advisor: Minerick
Graduate Merit Awards
Undergraduate Grand Prize
Jared Pecore (Biology)—”The Mechanisms Underlying α-Amanitin Resistance in Drosophila melanogaster: A Microarray Analysis,” Advisor: Werner
Undergraduate Merit Award
Dakota Anderson (KIP)—”Upper-Extremity Eccentric Exercise: Increases in Muscle Strength and Power at Moderate Training Intensities”
UPDATED: Here is a photo gallery of participants.
Taken from Tech Today
Dr Tang’s research is featured this week on Michigan Tech’s home page.
By Allison Mills MicroRNA strands were once thought of as junk genetic material. Now, researchers know that these small structures help program surrounding genes, affecting everything from eye color to cancer. For diabetes, one such connection is a classic whodunit—it was miR-483 with the SOCS3 protein in the pancreas. Unraveling this mystery is the subject of a new paper published in the Journal of Biological Chemistry.
Xiaoqing Tang, one of the study co-authors and an assistant professor of biology at Michigan Technological University, is poised. She is as calm as you’d expect a sleuth to be, and she explains the complex interactions of pancreatic microRNA with the meticulousness of a crime scene investigator.
First, Tang says, we have to start with the big picture—the pancreatic cells where these genes interact.
“We’re interested in the alpha and beta cells,” says Tang, explaining that beta cells secrete insulin and alpha cells secrete glucagon, which regulate our blood sugar levels. A normal ratio is generally 80 percent beta cells and 15 percent alpha cells. “In type 2 diabetic patients, the ratio is imbalanced and we see beta cell loss and alpha cell expansion,” the researcher says.
Balancing these hormones is difficult to coordinate because several organs—the liver and brain as well as the pancreas—are involved. But the real nuance is within the alpha and beta cells themselves.
Joseph Wagenbrenner (SFRES/GLRC), is the principal investigator on the project Informing Great Lakes Connectivity Decisions: An Enhanced Online Portal for High-Resolution Barrier Data and Species-Specific Benefit Analysis, that has received a $42,105 research and development grant from the University of Wisconsin. Casey Huckins (Bio Sci) and David Watkins (CEE) are co-PIs on the two-year project.
“Where Do Young Lake Sturgeon Go After They Hatch? A Close Inspection of River Habitat.” Features research conducted by Dr. Nancy Auer. You can read the full article in their on-line magazine “Fish Lines.”
Congratulations to Dr. John Durocher and colleagues on their new publication:Congratulations to Dr. Xiaoqing Tang and her team on their new publication in JBC. Here is the link:
Dr. Kerfoot and collaborators have a new publication:
http://onlinelibrary.wiley.com/doi/10.1111/fwb.12653/full
Xiaoqing Tang (Bio Sci) received a $75,000 research contract from the U.S. Highbush Blueberry Council for the project Blueberry Protects Pancreatic Beta-Cells
Xiaoqing Tang (Bio Sci/LSTI) has received a $421,652 grant from the US Department of Health and Human Services, National Institutes of Health for the research project, Role of miR-483 in Pancreatic Alpha and Beta Cells. This is a three-year project.