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A team of European researchers builds a zombie fungus cannon to understand how the fungus spreads its spores.

Sutures are commonly used to close wounds in the skin or other tissues. Similar to sewing fabric, the doctors will use a needle attached to a thread to penetrate the tissue and close the edges of the wound together, facilitating quick healing. Although…

Brain-machine interfaces translate brain signals into information that can be used to control robotic limbs, and now even predict an individual’s mood state. Researchers envision using BMIs together with electrical stimulation, to regulate abnormal brain…

by Vivek Hv “Well I love that dirty water Oh, Boston, you’re my home” “My first memory of the Charles River is of a song we had growing up – it was love that Dirty water, Oh Boston, you’re my home,” said Susan, a long-time resident of…

A new study deems mother of pearl or nacre to be the toughest material. Under pressure, nacre's structure deforms to withstand force and then retains its original form when released. Unlike plastic, the material also fully recovers its strength once…

A new study shows that the universe is expanding faster than scientists had initially predicted, sparking an effort to determine what unknown force in space is responsible. Read Ben Andreone’s article to learn more!

Mucus is not just the awful phlegm from your cough, it actually has the ability to tame bacteria infection! Scientists at MIT recently discovered that the glycans on our mucus can actually trigger biochemical responses that protect us from pathogens.…

Doctors at Boston Children's Hospital engineered a unique medicine to treat a young girl's disease: they reverse engineered a blocker from her DNA to inhibit the gene causing the disease.

Researchers have developed a minimally-invasive and precise brain drug delivery system that is controlled by an external magnetic field. Read Anqi Zhang’s article to learn more about neuron modulation by drug delivery!

Neuroengineers from Europe have shown preliminary evidence that restoring limited sensory feedback from upper-leg amputees improves mobility, reduces risk of falls, and improves integration of prosthetic devices compared to standard prostheses.