Anyone of you tried C60 fullerene?

[Deleted member 41531]

Apparently it's a miracle chemical, but dangerous if not handled properly.

Buckminsterfullerene - Wikipedia

en.wikipedia.org

 

[They_are_all_whores]

Apparently it's a miracle chemical, but dangerous if not handled properly.

Buckminsterfullerene - Wikipedia

en.wikipedia.org

Explain

 

[robert3]

bump

 

[Deleted member 41531]

C60 will make your feet and hands grow. It has properties that may prolong your life.

Also: https://nanografi.com/blog/8-applications-of-fullerenes-in-medical-field-2019/

 

[Deleted member 41531]

Anyone trialed it?

 

[Deleted member 41531]

C₆₀ (also known as Buckminsterfullerene or a buckyball) has attracted a lot of attention in biomedical research because of its unique physical and chemical properties. Here’s a breakdown of why it’s considered special for medical applications:

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1. Unique Structure and Stability​

• C₆₀ is a spherical molecule made of 60 carbon atoms arranged like a soccer ball (12 pentagons and 20 hexagons).
• This structure makes it extremely stable — chemically and thermally — and it can withstand high pressures and radiation.
• The cage-like structure can encapsulate other molecules, acting like a nanoscale carrier.

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2. Powerful Antioxidant Properties​

• C₆₀ is an exceptional free radical scavenger — it can neutralize reactive oxygen species (ROS) far more efficiently than traditional antioxidants.
• This is because its structure allows it to accept multiple electrons without being destabilized.
• It has been studied for anti-aging, neuroprotective, and anti-inflammatory effects due to this property.

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3. Drug Delivery Capabilities​

• The hollow, cage-like shape can carry small drug molecules or therapeutic agents inside it.
• Chemical modifications on its surface can make it water-soluble (since pure C₆₀ is hydrophobic), improving biocompatibility.
• Functionalized C₆₀ can cross biological barriers — even the blood-brain barrier, which is a major challenge for drug delivery.

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4. Antiviral and Antibacterial Potential​

• Certain derivatives of C₆₀ can inhibit viral enzymes (e.g., HIV protease) or disrupt bacterial membranes.
• It has shown promising photodynamic activity — when exposed to light, it can produce reactive oxygen species that kill pathogens or cancer cells.

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5. Applications in Cancer Therapy​

• C₆₀ derivatives can act as photosensitizers for photodynamic therapy (PDT) — light-activated destruction of tumor cells.
• It can also serve as a carrier for anticancer drugs, improving their stability and targeting while reducing side effects.

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6. Safety and Controversy​

• While some studies suggest low toxicity (especially for functionalized, water-soluble C₆₀), others have raised concerns about potential oxidative damage or accumulation in tissues.
• The 2012 study that claimed C₆₀ in olive oil extended rat lifespan by 90% sparked huge interest — but it remains controversial and not fully reproducible.
• Human medical use is still experimental; regulatory approval is far off.

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In summary:​

C₆₀’s medical potential comes from its unmatched antioxidant ability, chemical versatility, and nanocarrier potential. It’s a bridge between nanotechnology and biomedicine, with possible applications ranging from drug delivery to neuroprotection, anti-infectives, and cancer therapy — but safety and efficacy in humans are not yet established.

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