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Lorena Anderson

Air Pollution Impacts Childhood Development, New Study Shows

Children who live near major roads are at higher risk for developmental delays because of traffic-related pollutants.

That’s the major finding of a new study authored by UC Merced environmental epidemiology Professor Sandie Ha and colleagues. The study appears in the journal Environmental Research and is funded by the National Institutes of Health (NIH) and the UC Merced Senate Grant.

New Project Aims to Predict People Likely to use Firearms in Suicides

The majority of people who die by suicide do so with firearms, and there were more firearm suicides in America in 2017 than there were homicides committed by any method. Combined.

Those shocking numbers from the FBI and American Foundation for Suicide Prevention are the impetus for two UC Merced professors from very different disciplines to join forces to try and predict who is most likely to commit suicide using a gun.

Grant Enables Researcher to Focus on Valley Families and Children’s Development

Certain aspects of children's social cognition ripple throughout their lives, including whether small children can understand that other people’s minds are different than their own.

That understanding plays a critical role in relationships, cooperation with other people and even in academic performance.

For the past 20 years, developmental psychologists have operated under the belief that children from low-income backgrounds are severely delayed in developing this skill.

Health Communication Researcher Working to Improve Internet-based Medical Information

If you’re an American with Internet access, you’ve probably done it. You get a headache, a sniffle or a mystery bruise, and instead of seeing your doctor, you consult “Dr. Google.”

According to some studies, more than 80 percent of Americans have used the Internet to “self-diagnose” health issues. UC Merced public health communication Professor Susana Ramirez’s new partnership with an eHealth startup aims to help people get quality information and find out what they do with it once they have it.

$2.5M Grant Will Help Professor to Build a Powerful Molecular Imaging Scanner

Bioengineering Professor Changqing Li was recently awarded a four-year, $2.5 million R01 grant from the National Institutes of Health (NIH) to help develop a focused X-ray luminescence tomography (FXLT) scanner that could accelerate cancer research.

The scanner is a first-of-its kind molecular imaging tool that will allow researchers to visualize how disease progresses and monitor the effectiveness of novel drug-delivery systems in live animals — without invasive surgeries or euthanizing the animals.

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