Biomedical Engineers Grow Functioning Human Muscle From Stem Cells
Duke engineers have grown the first functioning human muscle from non-muscle cells — in this case skin cells reverted to their primordial stem cell state….
Duke University
RIR-MAPLE Technique Opens New Possibilities for Light-Based Technologies
Materials scientists at Duke University have developed a method to create hybrid thin-film materials that would otherwise be difficult or impossible to make. The technique…
Archaea, Bacteria, and Eukarya Have More in Common Than Previously Thought
The three domains of life — archaea, bacteria, and eukarya — may have more in common than previously thought. Over the past several years, Ariel…
Duke University Enhances the Effectiveness and Safety of Sonogenetics
This movie depicts cells being stretched by cavitation bubbles sent from various distances over a 3.5 minute span. The calcium responses of cells are at…
Beating Heart Patch Repairs Damage Caused by Heart Attack
Biomedical engineers at Duke University have created a fully functioning artificial human heart muscle large enough to patch over damage typically seen in patients who…
New Research Shows Long-Term Global Warming Needs External Drivers
New research from NASA and Duke University provides new evidence that natural cycles alone aren’t sufficient to explain the global atmospheric warming observed over the…
Duke Study Provides Close-Up of Synapse Refinement
A new study from Duke University provides a close-up of synapse refinement and identifies that the protein hevin is crucial in this process. Durham, North…
Engineers Create Synthetic Materials That Can Change Colors and Textures
A team of engineers has developed a new synthetic material that can change its fluorescence and texture in response to a change in voltage applied…
Biomedical Engineers Grow Self-Healing Muscle
Biomedical engineers from Duke University have grown living skeletal muscle that demonstrates the ability to heal itself both inside the laboratory and inside an animal….
Genomic Test Accurately Distinguishes between Viral and Bacterial Infections
A new genomic test developed by researchers at Duke University School of Medicine can accurately sort between viral and bacterial infections, possibly helping to limit…
Plasmonic Nanostructures Offer New Method for Harvesting Energy from Light
Using materials fabricated from gold particles and light-sensitive molecules of porphyin, researchers have developed a new method for harvesting energy form light. Researchers from the…
Electronically Linked Brains of Rats Communicate Directly to Solve Behavioral Puzzles
In a newly published study, Duke University researchers detail how they electronically linked the brains of rats for the first time, allowing them to communicate…
Controlled Graphene Crumpling Used as Artificial Muscle Actuators
By developing a method to reversibly control the crumpling and unfolding of large-area graphene sheets, researchers at Duke University were able to demonstrate that crumpled…
“Molecular Levers” Accelerate Reactions
Researchers at Duke University found that a molecule made with a polynorbornene backbone can act as a lever to open a ring embedded within the…
Duke University Creates “Perfect” Microwave Cloak
Scientists have been able to successfully cloak an object, rendering a centimeter-scale cylinder invisible to microwaves. Many different invisibility cloaks have been demonstrated, but all…
Hearing Loss Rapidly Changes Motor Areas that Control Song
It appears that deafness penetrates much more rapidly and deeply into the brain than previously thought. While studying songbirds, neurologists discovered that when their hearing…
Gene Discovery Sheds Light on How Fruit Flies Retreat from Heat
Fruit flies. They can be downright annoying in your home, but they aren’t all bad. Here’s one way that they are helping us. A new…