BioLumen | Lit2023

POWER OF
AMINO ACIDS

Biolumen is a patented, science-based ingredient that utilizes powerful antioxidant plant extracts called polyphenols or proanthocyanidins. These antioxidants help to protect the skin from oxidative stress caused by UV radiation and other environmental factors, as well as scavenge for free radicals.

The real magic of Biolumen lies in its ability to stimulate the production of vital extracellular proteins like elastin, collagen, and fibronectin. These proteins are essential for

maintaining youthful-looking skin. Human studies have confirmed that using Biolumen in your skincare routine can lead to significant improvements in the appearance of fine lines and wrinkles, as well as a more radiant, even complexion.

Biolumen utilizes a process called down conversion, which is a phenomenon in which photons of a higher energy are converted into photons of a lower energy. This process occurs through a two-step process: absorption and emission.

Step 1: Absorption

This occurs when a photon of higher energy, such as UV radiation, is absorbed by a molecule or material. In the case of Biolumen, polyphenols or proanthocyanidins absorb the UV radiation. The absorbed energy then excites electrons within the molecule, causing them to move to a higher energy level.

Step 2: Emission

The excited electrons release the absorbed energy in the form of a lower-energy photon, such as red light. This process of emission is what allows Biolumen to convert harmful UV radiation into beneficial red light.

Step 3: Process

In addition to down conversion, Biolumen also utilizes a unique amino acid formula that helps to combine with the red light converting particles, allowing them to produce extracellular proteins like elastin, collagen, and fibronectin, leading to anti-aging benefits.

POWER OF
AMINO ACIDS

Biolumen utilizes a process called down conversion, which is a phenomenon in which photons of a higher energy are converted into photons of a lower energy. This process occurs through a two-step process: absorption and emission.

Step 1: Absorption

This occurs when a photon of higher energy, such as UV radiation, is absorbed by a molecule or material. In the case of Biolumen, polyphenols or proanthocyanidins absorb the UV radiation. The absorbed energy then excites electrons within the molecule, causing them to move to a higher energy level.

Step 2: Emission

The excited electrons release the absorbed energy in the form of a lower-energy photon, such as red light. This process of emission is what allows Biolumen to convert harmful UV radiation into beneficial red light.

Step 3: Process

In addition to down conversion, Biolumen also utilizes a unique amino acid formula that helps to combine with the red light converting particles, allowing them to produce extracellular proteins like elastin, collagen, and fibronectin, leading to anti-aging benefits.

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POWER OF AMINO ACIDS

Biolumen utilizes a process called down conversion, which is a phenomenon in which photons of a higher energy are converted into photons of a lower energy. This process occurs through a two-step process: absorption and emission.

Step 1: Absorption

This occurs when a photon of higher energy, such as UV radiation, is absorbed by a molecule or material. In the case of Biolumen, polyphenols or proanthocyanidins absorb the UV radiation. The absorbed energy then excites electrons within the molecule, causing them to move to a higher energy level.

Step 2: Emission

The excited electrons release the absorbed energy in the form of a lower-energy photon, such as red light. This process of emission is what allows Biolumen to convert harmful UV radiation into beneficial red light.

Step 3: Process

In addition to down conversion, Biolumen also utilizes a unique amino acid formula that helps to combine with the red light converting particles, allowing them to produce extracellular proteins like elastin, collagen, and fibronectin, leading to anti-aging benefits.

POWER OF
AMINO ACIDS