Stanford researchers have unveiled a revolutionary medical tool-the milli-spinn

[Bravebold]

Stanford researchers have unveiled a revolutionary medical tool-the "milli-spinner

[Bravebold]

[Bravebold]

Stanford researchers have unveiled a revolutionary medical tool nicknamed the "milli-spinner," designed to remove brain clots in stroke patients with astonishing precision. Unlike traditional methods that often risk breaking the clot into dangerous fragments, this tiny corkscrew-like device gently rotates and extracts blockages intact. In initial clinical trials, it achieved a 90% success rate on the first attempt—significantly improving outcomes for patients who otherwise faced severe brain damage or death.

This innovation could redefine emergency stroke treatment, reducing the critical time window from symptom onset to intervention. With strokes affecting over 15 million people globally each year, the milli-spinner offers new hope in high-risk scenarios where every second counts. Researchers are now pushing for wider adoption and FDA approval, aiming to roll it out in major hospitals within the next two years.

#StrokeRecovery #MedicalInnovation #BrainHealth #Neuroscience #StanfordResearch

[Bravebold]

[Bravebold]

The milli-spinner is a revolutionary device designed to remove brain clots and other blockages in blood vessels. Developed by Stanford University researchers, this tiny tool has shown remarkable success in treating strokes and other clot-related conditions.

*How it Works*

The milli-spinner is a long, hollow tube with fins and slits that create localized suction near the clot. When rotated rapidly, it applies compression and shear forces to shrink the clot, reducing its volume by up to 95%. This allows for easy removal of the clot, restoring blood flow to the brain and preventing further damage.¹

*Key Benefits*

- *High Success Rate*: The milli-spinner has a 90% first-pass success rate for removing tough, fibrin-rich clots, compared to only 11% with current methods.
- *Minimally Invasive*: The device is delivered through a catheter, reducing the risk of complications and promoting faster recovery.
- *Potential Applications*: The milli-spinner could be used to treat not only strokes but also heart attacks, pulmonary embolisms, and other clot-related diseases.²

*Future Developments*

Researchers are working to further advance the technology, exploring potential applications beyond clot removal, such as extracting kidney stone fragments. Clinical trials are planned to bring this innovative technology to market, offering new hope for patients suffering from life-threatening vascular blockages.³

[Bravebold]