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Domestication yielded bigger crops often at the expense of plant microbiomes
UC Riverside-led study could inform the design of engineered nano-shells used in drug delivery
UC Riverside will lead collaborative effort at developing scalable quantum computers
Just like us, the humble sweat bee has a daily routine
UC Riverside study shows that without adequate sugar, a bumblebee queen’s fat body, which functions like a human liver, does not correctly produce enzymes required for healthy metabolism and detoxification from pesticides.
UC Riverside-led rat study finds an immune receptor in the hippocampus is responsible for the onset of the disease after brain injuries
UC Riverside scientists have devised new analytical tools to break down the enigmatic history of Mars’ atmosphere — and whether life was once possible there.
Zinc excess in the body correlates with oxidative stress
Study co-led by UC Riverside scientist could help develop strategies to combat the disease
A new UC Riverside study concludes the longer your commute, the more you're exposed to a chemical flame retardant that is a known carcinogen, phased out of furniture use because it required a Proposition 65 warning label in California.
XMM-2599 lived fast and died young, says UC Riverside-led international team
Excess selenium from fertilizers and other natural sources can create air pollution that could lead to lung cancer, asthma, and Type 2 diabetes, according to new UC Riverside research.
UC Riverside-led research has applications in ultrafast and spin-based nanoscale devices
NIH grant of $2.2 million could help researchers target two oncogenes, potentially leading to therapies for melanoma, lung cancer, and other tumors
New UC Riverside research shows soybean oil not only leads to obesity and diabetes, but could also affect neurological conditions like autism, Alzheimer’s disease, anxiety, and depression.
New research from UC Riverside identifies a protein that controls plant growth — good news for an era in which crops can get crushed by climate change.
UC Riverside research is supported by a four-year grant worth more than $1.2 million
UC Riverside research used internet data mining to monitor health effects reported by electronic cigarette users over time
UC Riverside scientists have developed a new method for detecting oxygen in exoplanet atmospheres that may accelerate the search for life.
Nitrogen pollution, largely from automobile exhaust, can reduce drinking water quality and make air difficult to breathe. Thanks to a $1.1 million grant, UC Riverside scientists will soon understand how much nitrogen dry ecosystems in Southern California can absorb before they produce negative effects. “Levels of nitrogen pollution in Riverside’s...
