Scientists are testing Raman spectroscopy, a technique used to detect vibrations at the molecular level, as a diagnostic tool for Lyme disease.
The Texas A&M AgriLife research could revolutionize antimicrobial treatment in commercial beef production.
To understand how plants respond to and influence their environments, ecologists often use a series of standardized measurements called functional traits.
A damselfly species that came to the UK from Europe poses a minimal risk to native damselflies and dragonflies, new research shows.
Texas A&M Researchers are applying metal additive manufacturing techniques to embed a hidden cache of information within products to help combat counterfeited goods.
Innovation Gives Researchers Inside View of How Batteries Work
Research Also Saw No Measurable Benefits From Video Games That Claim to Help Kids’ Development
Controlling Crystal Growth Has Implications for Array of Medicines
Microbiome Therapeutic Tackles C. Diff, the Most Common Health Care-Associated Infectious Agent in the U.S.
Caregiver Attention Must Be Paid
UH Study Finds Industry Still Facing Massive Post-Pandemic Labor Shortage
UH Market Data Study Reveals Ways Retailers and Creators Can Reach Customers in This Sought-After Segment
Whether they’re personally struck by or spared from natural disasters, people are more likely to distrust the government when their family and friends are victims, according to new research from Rice University.
Rice scientists show that light-activated nanoscale drills can kill pathogenic fungi
‘String puppet’ mechanism controls estrogen regulation; finding could improve therapies
Coping with the loss of a spouse while dealing with the 9-to-5 grind can take a serious toll on the health of widows or widowers, according to new research from the Biobehavioral Mechanisms Explaining Disparities Lab (BMED) at Rice University.
Findings offer recommendations for rural schools interested in implementing similar programs.
MU researchers design a soft, breathable and stretchable material that is nearly undetectable on a person’s skin, allowing for optimal long-term health monitoring.
“Squeezing” noise over a broad frequency bandwidth in a quantum system could lead to faster and more accurate quantum measurements.
Experiments visualize how 2D perovskite structures change when excited