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Merging AI and synthetic biology

Detecting weak brain signals with most powerful (11.7 tesla) MRI scanner

Tiny magnetic nanodiscs can be injected into the brain where they can stimulate brain cells without using more invasive means to do the same.

Engineered proteins cross the protective blood-brain barrier to track gene activity through simple blood tests, helping speed research toward personalized treatments for brain disorders.

Researchers discovered that keeping calcium inside the energy centers of brain cells for longer periods helps animals form lasting memories with much less effort and training than usual.

A brain-inspired electrical device with neural network-like circuitry and synapse-like signaling suggests intelligence could be physical

Subtle speech patterns such as pauses, filler words, and word‑finding difficulty can predict executive function and may help detect early signs of dementia, a new study shows.

Scientists created the largest human brain atlas from 54,000 MRI scans, advancing brain aging research, dementia detection, and precision neuroscience.

Researchers use an AI model to build a highly detailed map of the mouse brain, revealing new areas that could improve understanding of brain functions, behaviors, and diseases.

Exploring neural changes in motor learning through advanced imaging and innovative data analysis techniques for precise brain mapping.