Researchers at the University of Maryland (UMD) have partnered with the John Hopkins Applied Physics Laboratory (APL) and the Army Research Lab to develop an enhanced Li-ion battery that is able to maintain its mechanical integrity under adverse conditions including bending, cutting and liquid submersion.
One of the two brain-training methods most scientists use in research is significantly better at improving memory and attention, according to Johns Hopkins University researchers.
A review by researchers at Johns Hopkins University adds to evidence that most prescribed opioid pills go unused.
The Johns Hopkins University | Treatment & Prevention | University Research | AAU Universities Battle the Opioid Crisis
A team led by Johns Hopkins researchers has discovered a biochemical signaling process that causes densely packed cancer cells to break away from a tumor and spread the disease elsewhere in the body.
Undergraduate students at Johns Hopkins University developed a new treatment option for breast cancer patients who live underdeveloped areas.
In a proof-of-principle study, a team of physicians and bioinformatics experts at Johns Hopkins reports they were able to diagnose or rule out suspected brain infections using so called next-generation genetic sequencing of brain tissue samples.
The results of an American presidential election—from a population of 220 million eligible voters with no federal ID cards—has unparalleled implications for global politics.
The Johns Hopkins University | Protecting Individual Data | Protecting Systems | University Research | Safeguarding the Connected World
A new study supports the idea that high doses of cocaine can cause brain cells to cannibalize themselves—but researchers have also identified an experimental compound that could be a possible antidote, able to prevent the damage.
Researchers from John Hopkins University study groundwater in South Dakota’s badlands to determine if low exposures to arsenic are harmful over the long haul.
An undergraduate engineering student at Johns Hopkins University joined a research team which discovered that a previous assumption about the flight dynamics of insects was inaccurate. Their findings have implications for biologists who study how insects fly.