Key points
- Drexel University scientists are developing a 200-nanometer spiral-shaped robot that can navigate arteries to mechanically break down cholesterol blockages, offering a non-invasive alternative to traditional heart surgeries
- The nanorobot is remotely controlled by magnetic fields and simultaneously releases anticoagulant medication to prevent blood clots, making the treatment safer and more precise
- Currently in laboratory testing, this innovative technology shows promise for human trials and could revolutionise cardiovascular care by eliminating the need for incisions and lengthy recoveries
ISLAMABAD: In a ground-breaking stride toward revolutionising cardiovascular treatment, a team of scientists at Drexel University, USA, is crafting an ultra-small robot—just 200 nanometres in size, far slimmer than a human hair—that promises to transform how cholesterol blockages in blood vessels are treated.
This marvel of nanotechnology is not wielded by scalpels or surgeons’ hands but navigates through arteries with precision, mechanically breaking down dangerous cholesterol plaques that clog blood flow.
Powered and guided remotely by magnetic fields, the spiral-shaped robot rotates inside the vessel, gently clearing obstructions while releasing anticoagulant medication to prevent blood clots, offering a safer, smarter way to treat heart disease.
The innovation’s bold vision is clear: replace invasive surgeries like bypass operations and stent placements with a painless, non-invasive alternative. “Our goal is to minimise risks and discomfort associated with traditional procedures,” explained a lead researcher, highlighting the potential to transform patient care globally.
Remarkable promise
Still in its laboratory phase, this nanorobot has already shown remarkable promise, with scientists’ hopeful to advance towards human clinical trials soon. If successful, it could usher in a new era where arterial blockages are treated without incisions, stitches, or extended recovery times.
By blending cutting-edge smart materials, magnetic control, and targeted drug delivery, this miniature marvel embodies the future of nanomedicine—precise, effective, and gentle on the human body. The cholesterol-clearing nanorobot stands as a shining example of how technology and medicine can unite to bring hope and healing in the fight against cardiovascular disease.
As research continues to unfold, this tiny titan of innovation could soon become the gold standard in heart health, proving once again that sometimes, the smallest tools make the biggest difference.
