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A 3d rendering of a mitochondrion and DNA helix
New type of DNA damage found in our cells’ powerhouses
A previously unknown type of DNA damage in the mitochondria, the tiny power plants inside our cells, could shed light on how our bodies sense and respond to stress. The findings of the UC Riverside-led study are published today in the Proceedings of the National Academy of Sciences and have potential implications for a range of mitochondrial dysfunction-associated diseases, including cancer and diabetes. 
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bumble in flight
When ants battle bumble bees, nobody wins
When bumble bees fight invasive Argentine ants for food, bees may win an individual skirmish but end up with less to feed the hive.
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oysters on a plate
Half-billion-year-old parasite still threatens shellfish
A new study has unexpectedly discovered that a common parasite of modern oysters actually started infecting bivalves hundreds of millions of years before the dinosaurs went extinct. 
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'Roll Out’ to UCR Homecoming 2025
Lock in this November with UC Riverside’s Homecoming 2025. The most anticipated celebration is an on-campus concert featuring 2000s hip-hop icon Ludacris. (Yup, THAT Ludacris!) Select campus groups will also host a barbecue, brunch, cookout, family weekend, and more. Here are all the ways you can join in the fun.
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Hidden toxins in e-cigarette fluids may harm lung cells
UC Riverside research reveals that common vaping ingredient can form chemicals that damage airway tissue even at low levels
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Women running
Being fit may help the body beat dehydration
UC Riverside mouse study highlights why fitness may matter more in a warming, drier world
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breathing illustrated
Dusty air is rewriting your lung microbiome
Genetic or bacterial diseases have previously been shown to have an effect on lung microbes. However, a UC Riverside discovery marks the first time scientists have observed such changes from environmental exposure rather than disease. 
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leech reconstruction
Rare fossil reveals ancient leeches weren’t bloodsuckers
A newly described fossil reveals that leeches are at least 200 million years older than scientists previously thought, and that their earliest ancestors may have feasted not on blood, but on smaller marine creatures. 
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