Ingredient Dictionary / SEARCH RESULTS

Scenedesmus Deserticola Ferment Extract

Rating: Good
Benefits: Anti-Aging/Longevity, Hydration, Soothing
Categories: Antioxidant, Humectant, Plant Extracts

Scenedesmus Deserticola Ferment Extract at a Glance

  • Fermented extract derived from microalgae
  • Boosts skin’s moisture and barrier strength
  • Potential anti-aging and skin longevity benefits
  • Greenish liquid in raw material form

Scenedesmus Deserticola Ferment Extract Description

_Scenedesmus deserticola_ ferment extract is a skin care ingredient derived from algae. While specific research on the fermented version is still emerging, the broader body of scientific literature supports the anti-aging and hydrating properties of this type of algae for skin.

Of note, loliolide, a key component of _Scenedesmus deserticol_a, has captured the attention of scientists for its potential to promote longevity and visible anti-aging effects. Antioxidant properties of _Scenedesmus deserticola_ further help defend skin from environmental stressors and UV damage, while providing soothing action.

Additionally, _Scenedesmus deserticola_ is rich in amino acids that can help strengthen skin’s barrier and increase its ability to retain moisture.

Fermentation is believed to further amplify these benefits.

_Scenedesmus deserticola_ ferment extract typically appears as a greenish liquid in raw material form. Formulators recommend using it at concentrations of 1-5%.

As research continues to advance, scientists are exploring innovative methods to cultivate and harvest _Scenedesmus deserticola_ sustainably while maximizing the potency of its biocompounds. In nature, _Senedesmus deserticola_ is famous for its ability to survive in dry environments and strong UV exposure conditions.
See: algae
SHOP ALL INGREDIENTS

Scenedesmus Deserticola Ferment Extract References

Personal Care Products Council, Accessed December 2024, ePublication
Bioresource Technology, November 2024, pages 1-9
Journal of Microbiology and Biotechnology, May 2023, pages 1,250-1,256
Advanced Science Letters, June 2012, pages 551-555