It’s an unusual aesthetic, but it works: Spray-on tattoos that dot the head can collect brain activity without the consternation caused by typical tests. The electronic tattoos, described December 2 ...

Such caps could soon be replaced, however, with inkjet-printed scalp tattoos. Among other things, EEGs are frequently utilized to monitor and diagnose a wide variety of brain injuries and brain ...

This map, now the most detailed high-resolution 3D representation of the foetal brain, shows how it undergoes rapid growth during this critical stage and can detect possibilities of brain disorders ...

SCIENTISTS have developed a breakthrough technology: a temporary tattoo that can be printed directly onto the scalp to measure brainwaves. This innovation provides a non-invasive and comfortable ...

Non-invasive brain imaging is usually handled with electrodes, sticky gels, and wires: it's an ugly, uncomfortable, and time-consuming setup. But scientists have now developed a potential upgrade in ...

Non-invasive brain imaging is usually handled with electrodes, sticky gels, and wires: it's an ugly, uncomfortable, and time-consuming setup. But scientists have now developed a potential upgrade in ...

Having previously been used to measure muscle fatigue and heart rate, these e-tattoos have now been shown to work for brain activity too, with specially designed algorithms able to figure out ...

These electronic tattoos, designed to record brain activity, promise major advancements in neurology. Left: Conventional EEG cap and electrodes. Right: Printed electronic tattoo sensors connected to a ...

Summary: Researchers have developed a groundbreaking technique to “write” new learning patterns directly into the brain using real-time neurofeedback from fMRI imaging. Participants in the study ...

Researchers have identified 13 proteins in the blood that predict how quickly or slowly a person’s brain ages compared with the rest of their body.

An e-tattoo applied to the scalp could record brain waves in the future. Even short hair does not interfere with the 3D-printed electrodes and conductor paths. Neurologists use ...