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Rutgers Scientist Creates 'Virtual Biopsy' Device to Detect Skin Tumors
Using sound vibrations and pulses of near-infrared light, a Rutgers University scientist has developed a new "virtual biopsy" device that can quickly determine a skin lesion's depth and potential malignancy without using a scalpel.
Latest Research Articles
Zebras' Stripes Could be Used to Control their Temperature, Reveals New Study
Old Ice and Snow Yields Tracer of Preindustrial Ozone
UMBC Research Decodes Plant Defense System, with an Eye on Improving Farming and Medicine
Research Reveals Sustainable Method to Produce Lifesaving Opiate Antidotes at Reduced Cost
How Can Governments Fight Antimicrobial Resistance with Policy?
Dolphins Form Friendships through Shared Interests Just like us, Study Finds
Cause of Hardening of the Arteries -- and Potential Treatment -- Identified
New Vulnerability Found in Major Human Viruses
Tube Anemone Has the Largest Animal Mitochondrial Genome Ever Sequenced
Uncovering the Hidden History of a Giant Asteroid
New Family on the Block: A Novel Group of Glycosidic Enzymes
First Study of World's Largest Marine Stingray Reveals Long-Distance Migration
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Endangered Species 2026: Urgent Global Action Needed Immediately to Save Wildlife at Risk
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Is the World Running Out of Water? How Global Droughts and Climate Extremes Are Fueling Water Scarcity
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Do Missiles Cause Pollution? How Rockets and Missiles Pollute the Sky and Air
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Why Are Wild Animals Storming Cities—and What Does It Mean for Your Neighborhood?
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Chicken-Sized Dino Fossil Upends 90M-Year-Old Size Evolution Myth
