DNA nanorobot detects viruses and blocks infections in 30 minutes
University of Illinois at Urbana-Champaign (UIC) - 27-Nov-2024The device mimics a human hand, using flexible DNA strands with aptamers
Join the club for FREE to access the whole archive and other member benefits.
The device mimics a human hand, using flexible DNA strands with aptamers
The funding enables industrial production, clinical trials, and patent filing
A groundbreaking model helps tiny robots navigate bloodstreams, paving the way for clinical trials
Magnetic nanobots target brain aneurysms in rabbits, hinting at future human therapies
Magnetic nanorobots could revolutionize medicine with precise internal treatments
The system works by being activated in acidic tumour environments
This approach uses algae-powered robots to neutralise harmful proteins in the colon
Tiny robots made of DNA can now deliver your medicine straight to the cells
New, more efficient approach for personalized bladder cancer treatment
Opening doors for minimally invasive treatments of hard-to-reach blockages
Potential future of targeted drug delivery and advanced nanotechnology applications
Anthrobots bridge neuron gaps and fight disease, paving the way for regenerative medicine
Technology can communicate with and control nano-implants inside the body
Ingenious nanotechnology enabling non-invasive advancements for the future of medicine
Magnetically guided nanotubes effectively killed cancer cells in mice
Nanorobots make the process cost-efficient and fast, with same level of accuracy compared to tradition method
Electric- and magnetic-powered tiny robot able to identify, capture, and transport single cell autonomously
Many conditions could be improved by removing signalling that prevents cells operating at their best
Nanoparticles-modified microbots coated with neutrophil cell membranes-reduce inflammation in lungs
Sediment built-up in the shunts can be scraped out using microbot swarms
Embolization is a medical technique used to block blood vessels during treatment
Bacterial microrobots activate immune response and release drugs directly at desired tumor sites
Shapeshifting microbots to automate the removal of dental plaque and decay-causing bacteria
Latch recognises low pH environment around cancer cells for penetration
Nanobots looking safe to diagnose, treat and prevent diseases