
science
Texas A&M CVM Team Receives Funding To Continue Project Securing Health Of DHS Working Dogs
May 10, 2019 • 4 min. readChagas disease, caused by the protozoan parasite Trypanosoma cruzi, is transmitted through kissing bugs, or cone-nose bugs, and can cause acute or chronic heart disease or death in dogs and humans.
The SmartSuit design concept developed by Texas A&M's Dr. Ana Diaz Artiles incorporates soft robotics technology, lending better mobility and dexterity to astronauts.
By examining neurons in the brain, Texas A&M researcher Stephen Maren reveals new insights into Post Traumatic Stress Disorder that may help to reduce the disorder's effects.
Johnson joined the Texas A&M faculty in September 2012, was named head of Texas A&M Statistics in March 2014 and has been serving as interim dean of Texas A&M Science since July 1, 2018.
Is The ITC Deer Park Incident Affecting Galveston Bay? Texas A&M Scientists Analyze Initial Samples
Mar 27, 2019 • 5 min. readTexas A&M Oceanography researchers observed abnormal water conditions during regularly scheduled sampling March 23 at several sites in Galveston Bay. Toxicity data from water samples will be available after April 8.
Make a date for free family fun and experience the many wonders of science and technology at the Mitchell Physics Building.
Texas A&M Hosts NCYC Trip For Bryan ISD Students To Demonstrate Science Projects At Fablearn
Mar 13, 2019 • 2 min. readBryan ISD students demonstrated technology-infused science projects, part of a research project by Francis Quek, Texas A&M professor of visualization, to tech and education leaders at a New York conference.
A Texas A&M professor says altering the fingerboard and returning to original woods will produce sounds to rival a Stradivarius.
Texas A&M Psychologist Serves On Federal Opioid Crisis Task Force
Mar 5, 2019 • 2 min. readPsychological & Brain Science professor Mary Meagher served as psychologist for a Department of Health and Human Services task force responding to the opioid crisis.
Texas A&M researchers argue their study's results provide evidence that cells in a mammalian amputation wound retain the capacity and information for joint regeneration.