Nutrient

Antioxidants and the 'Rust' Inside Your Body

Oxidation is internal rust: normal in small amounts, damaging when it runs chronic. Antioxidants work as a regenerating network -- vitamin C recycles vitamin E, glutathione recycles vitamin C, and selenium keeps that recycling running -- which is why a spectrum of colors beats any single supplement.

6 min read

By The Holistic Hub Editorial Collective

Sources listed

Every day your cells produce a kind of internal rust. It is a normal byproduct of turning food and oxygen into energy -- but left unchecked, it damages cell membranes and DNA. Antioxidants are the shield that keeps that rust in balance. This is the deficiency-and-toxicity axis in its clearest form: a normal amount of oxidation is just metabolism running; too much of it, unmatched by enough antioxidant defense, is where the trouble starts.

What free radicals actually are

A free radical is an unstable molecule missing a piece, so it grabs a piece from whatever is nearby -- a membrane, a protein, your DNA. That grabbing is oxidation, the same process that rusts metal and browns a cut apple. A little is normal. A lot, sustained, is what we call oxidative stress -- too much of a normal signal, not a foreign toxin, which is exactly why the fix is building up the shield rather than eliminating oxidation itself.

Where antioxidants come in

Antioxidants neutralize free radicals by safely giving up a piece without becoming damaging themselves. Your body makes some (like glutathione) and gets others from food (like vitamin C, vitamin E, and CoQ10).

The shield is a team, not a single player

This is the part worth slowing down on. Antioxidants are not independent bodyguards each covering their own patch -- research describes them working as a network that regenerates itself. When vitamin E neutralizes a free radical inside a fatty membrane, it becomes spent, and vitamin C appears able to donate back what was lost and regenerate it.[1] Glutathione, the body's own major internal antioxidant, appears to help regenerate vitamin C in turn, and that recycling of glutathione depends on selenium as a cofactor.[3] The colorful plant pigments below, anthocyanins among them, work alongside this same relay rather than apart from it. The practical point: a shield built from one isolated nutrient at a high dose is a weaker shield than a varied one, because the network's whole advantage is members covering and recharging each other.

The colorful plant pigments, in plain terms

A specific family of antioxidant micronutrients, obtained primarily from fruits and vegetables, is what makes carrots orange, tomatoes red, and greens deep green. Those pigments build up in your skin over weeks to months, which is what makes them measurable -- PRYSM iO reads that antioxidant status in about 15 seconds with no blood draw, as a window into your fruit-and-vegetable nutrient status.[4] Take a reading, follow the nutrition plan built from it, and read it again: your score goes up, measurably, or your money back.

How to build your shield

Eat the rainbow, every day. Different colors carry different antioxidants, and they work as a team.

  • Reds and oranges -- the antioxidant pigments in tomatoes, carrots, peppers.
  • Deep greens -- lutein and folate from leafy vegetables.
  • Blues and purples -- anthocyanins from berries.
  • Support players -- CoQ10, alpha lipoic acid, and adequate selenium for glutathione.[2]

Key Takeaways

  • Oxidation is internal rust -- normal in small amounts, damaging when chronic; the axis is too little shield, not too much oxidation.
  • Antioxidants neutralize it; some you make, some you eat.
  • Antioxidants work as a regenerating network -- vitamin C helps recycle vitamin E, glutathione helps recycle vitamin C, and selenium keeps that recycling running -- not as isolated soloists.
  • The colorful plant pigments are what PRYSM iO reads as an antioxidant status score, with a guarantee the score goes up, measurably, or your money back.
  • Eating a full spectrum of colors builds a broader shield than any single supplement.

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Your cells slowly 'rust' through a process called oxidation, driven by unstable molecules called free radicals. Antioxidants act as the shield that helps neutralize them, and the colorful pigments in your food are a big part of that defense. Here is how it works in plain terms.

FAQ

What does it mean that cells rust?

Rusting is a plain-language way to describe oxidation, where unstable molecules called free radicals cause wear on cells over time. It is a normal process that the body works to balance.

What do antioxidants do?

Antioxidants help neutralize free radicals, acting like a shield that supports the body in balancing oxidation. Many come from the colorful pigments in fruits and vegetables.

Where do I get antioxidants?

Colorful whole foods -- berries, leafy greens, deeply pigmented vegetables -- are a major source. Variety of color helps cover a wider range of antioxidant compounds.

Can I have too many free radicals?

The body makes free radicals naturally, but factors like poor diet and high stress can tip the balance. A diet rich in antioxidant foods helps support that balance.