Transcranial Magnetic Stimulation

Researchers at Northwestern University have used a non-invasive form of magnetic brain stimulation to improve the memory of older adults. After just five short sessions the older adults scored as well as a younger cohort on a variety of memory tasks.

​In a first-of-its-kind study a new kind of non-invasive electrical brain stimulation has been trialed in patients with major depression. The results show this new technique to be promising in reducing depressive symptoms, with larger trials set to explore this novel treatment in greater detail.​

The internet has made it easy for groups to collaborate from pretty much anywhere, but this experimental brain-to-brain "social network" could be the beginning of a whole new ballgame.

A new study from the University of Waterloo has revealed that cravings for high-calorie foods can be increased by suppressing activity in a part of the brain responsible for self-control. The research offers key insights into how neurocognitive mechanisms can be modulated to alter food consumption.

A new study by a team of international researchers from the University of Pennsylvania and Nanyang Technological University is suggesting that electrically stimulating the prefrontal cortex can reduce the desire to carry out violent antisocial acts by over 50 percent.

Scientists exploring the potential of ​transcranial magnetic stimulation to tackle drug addiction have found that it can dampen brain activity in response to common triggers, with implications for both the development of new substance abuse treatments and our understanding of neuroscience.

Deep brain stimulation (DBS) is a technique where wires are implanted into specific areas of the brain to deliver very mild electrical stimulation​. A new study suggests the technique could be effective in improving behavioral and cognitive deficits in patients suffering from Alzheimer’s disease.​

​Advances over the last decade have led to a swift rise in research surrounding transcranial magnetic stimulation (TMS) and its therapeutic effects. A new study demonstrates how TMS, in conjunction with a VR experience, can help alleviate anxiety disorders, helping people “unlearn" fears.

Scientists have developed a technique that lets them directly control physical movements in mice. Using magneto-thermal stimulation, they activated sections of the brain that caused mice to run, turn or stop, which could eventually lead to new therapies for brain disorders or even mental illness.

For the first time, research has shown that deep Transcranial Magnetic Stimulation (dTMS) can fundamentally alter the composition of gut microbiota, resulting in both weight loss and general improvements in other metabolic and hormonal factors.

Researchers at Northwestern University have demonstrated that non-invasive electromagnetic stimulation can be specifically targeted to improve precise memories, such as specific shapes and colors of objects.

University of Washington researchers have improved on their direct brain-to-brain connection technology involving pairs of volunteers sending signals from one person’s brain to another over the internet to directly govern the motions of the receiving person’s hand.