More Neurotech News

Browse all of our neurotechnology articles over the years. Remember you can click on the tags or search for specific articles.

This shows a neuron.
Researchers have developed a new CRISPR-based technology that transports RNA to exact locations within neurons, where it can trigger repair and regrowth—offering hope for treating neurological diseases and injuries. Unlike traditional CRISPR tools that edit DNA, this system repurposes CRISPR-Cas13 to act like a “mailman,” carrying RNA to damaged sites using built-in molecular zip codes.
This shows the robotic hand.
A new study reveals how a soft, compliant robotic hand—built with silicone skin, springs, and bendable joints, can self-organize grasps without needing precise environmental data or complex programming. The ADAPT hand succeeded in grasping 24 different objects with a 93% success rate using only four programmed motions, adapting naturally through mechanical flexibility.
This shows a brain.
A groundbreaking new technique called EPSILON allows researchers to map the proteins involved in memory formation with unprecedented detail, providing a window into the molecular architecture of learning. This approach focuses on tracking AMPARs—key receptors that regulate synaptic strength—over time, illuminating how the brain encodes, strengthens, and stores memories.
This shows a brain.
A revolutionary microscopy method called LICONN enables scientists to reconstruct brain tissue and map synaptic connections using standard light microscopes. By embedding brain tissue in hydrogel, expanding it, and imaging at nanoscale resolution, researchers achieve a detailed view of neuronal architecture previously only possible with electron microscopy.
This shows a brain.
A pioneering clinical study found that pairing vagus nerve stimulation (VNS) with traditional therapy eliminated PTSD diagnoses in all participants up to six months post-treatment. The trial combined prolonged exposure therapy with brief bursts of VNS via an implanted device, enhancing neuroplasticity and sustaining remission.
This shows a brain.
In a breakthrough study, researchers enabled brain-computer interface (BCI) users with tetraplegia to create personalized tactile sensations, marking a step toward restoring realistic touch. Unlike previous attempts where artificial touch felt generic, participants could adjust stimulation parameters to make digital objects—like a cat, apple, or key—feel distinct.