Rafael Gualberto @GualbertoRafael - Twitter Profile

Swedish scientists have revealed a remarkable medical breakthrough: nanobots that can clear dangerous arterial plaque in just minutes. These microscopic machines travel through the bloodstream, detect hardened blockages, and break them down with incredible accuracy — restoring healthy blood flow without surgery, stents, or long recovery periods. Early trials show these nanobots can clean arteries far more effectively than current procedures, offering a groundbreaking way to prevent heart attacks and strokes. The technology uses magnetic fields to precisely guide the nanobots to the exact location of a blockage. Once they arrive, the bots gently dissolve the plaque into tiny particles that the body naturally eliminates, leaving the artery open and smooth. Patients in initial studies experienced rapid improvements in circulation, highlighting the massive potential of this approach. But the innovation is stirring controversy in the United States, where cardiologists perform millions of repeat procedures each year to manage plaque buildup. Some critics warn that widespread adoption of nanobot therapy could slash the demand for costly surgeries, threatening billions in annual revenue from stents, angioplasty, and other invasive treatments. Supporters argue that patient safety and medical progress should take priority — and that a technology capable of clearing arteries in minutes could redefine heart care. Regardless of the debate, one thing is certain: Sweden’s nanobots mark the beginning of a new chapter in cardiovascular medicine. A future where clogged arteries can be treated quickly, safely, and without invasive tools is no longer science fiction — it’s already taking shape. #MedicalBreakthrough #NanobotTechnology #HeartHealth #SwedenInnovation #CardiovascularCarep

Sciencepostcard's tweet photo. Swedish scientists have revealed a remarkable medical breakthrough: nanobots that can clear dangerous arterial plaque in just minutes. These microscopic machines travel through the bloodstream, detect hardened blockages, and break them down with incredible accuracy — restoring healthy blood flow without surgery, stents, or long recovery periods. Early trials show these nanobots can clean arteries far more effectively than current procedures, offering a groundbreaking way to prevent heart attacks and strokes.

The technology uses magnetic fields to precisely guide the nanobots to the exact location of a blockage. Once they arrive, the bots gently dissolve the plaque into tiny particles that the body naturally eliminates, leaving the artery open and smooth. Patients in initial studies experienced rapid improvements in circulation, highlighting the massive potential of this approach.

But the innovation is stirring controversy in the United States, where cardiologists perform millions of repeat procedures each year to manage plaque buildup. Some critics warn that widespread adoption of nanobot therapy could slash the demand for costly surgeries, threatening billions in annual revenue from stents, angioplasty, and other invasive treatments. Supporters argue that patient safety and medical progress should take priority — and that a technology capable of clearing arteries in minutes could redefine heart care.

Regardless of the debate, one thing is certain: Sweden’s nanobots mark the beginning of a new chapter in cardiovascular medicine. A future where clogged arteries can be treated quickly, safely, and without invasive tools is no longer science fiction — it’s already taking shape.

#MedicalBreakthrough #NanobotTechnology #HeartHealth #SwedenInnovation #CardiovascularCarep

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GualbertoRafael retweeted

Nicolas Hulscher, MPH

@NicHulscher

12 months ago

🚨BREAKING: Nattokinase Dissolves 84% of Amyloid Microclots Within 2 Hours Breakthrough in-vitro study finds a natural enzyme potently degrades the same amyloid microclots recently detected in 100% of COVID-19 vaccinated individuals tested. Scientists created true amyloid microclots in the lab—the same spike-induced, β-sheet structures now widely seen in Long VACCINE and Long COVID patients. Then they exposed them to nattokinase. 📉84% reduction in total microclot count 📉52% drop in amyloid intensity ⌛️Rapid action within 2 hours This is the first biochemical evidence that these pathological amyloid clots can be dissolved with a safe and natural compound. Human studies must begin immediately.

NicHulscher's tweet photo. 🚨BREAKING: Nattokinase Dissolves 84% of Amyloid Microclots Within 2 Hours

Breakthrough in-vitro study finds a natural enzyme potently degrades the same amyloid microclots recently detected in 100% of COVID-19 vaccinated individuals tested.

Scientists created true amyloid microclots in the lab—the same spike-induced, β-sheet structures now widely seen in Long VACCINE and Long COVID patients.

Then they exposed them to nattokinase.

📉84% reduction in total microclot count
📉52% drop in amyloid intensity
⌛️Rapid action within 2 hours

This is the first biochemical evidence that these pathological amyloid clots can be dissolved with a safe and natural compound.

Human studies must begin immediately.

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GualbertoRafael retweeted

Renee Zhao @StanfordZhaolab

over 1 year ago

Milli-spinner thrombectomy shrinks clot for stroke treatment. https://t.co/Jst2omrKxA @Nature @Stanford @StanfordMed Watch this video https://t.co/D7o3NkQ3cJ

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GualbertoRafael retweeted

Science girl

@sciencegirl

about 1 year ago

An accidental discovery that can save lives

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Rafael Gualberto @GualbertoRafael

almost 2 years ago

@RomeuZema @nikolas_dm @institutoer Excelentíssimos, Com o devido respeito, venho solicitar a Vossas Excelências que se proponham a tomar providências para a realização de ações de limpeza, manutenção e sinalização da rota da Estrada Real em todo o estado de Minas Gerais.