Hydrolyzed Lepidium Meyenii Root

What is Hydrolyzed Lepidium Meyenii Root?

Hydrolyzed Lepidium Meyenii Root derives from the root of Lepidium meyenii, a cruciferous plant native to Peru's high Andes region, commonly known as maca. The root undergoes hydrolysis, a process breaking complex polysaccharides and proteins into smaller peptides, oligosaccharides, and bioactive fragments for improved solubility and skin compatibility. In cosmetics, it functions primarily as a skin conditioning agent, delivering humectant properties to attract and retain moisture while forming a lightweight film to smooth texture and support barrier function. Rich in natural polyphenols and minerals, it integrates into creams, serums, and masks targeting hydration without pore-clogging potential, suitable for diverse formulations due to its stable, plant-based nature.

Comedogenic Rating 0/5 Low risk of clogging pores
EWG Safety Rating 1 View on EWG →

Benefits

Supports skin hydration through humectant action

Helps smooth and condition skin surface

Offers potential antioxidant support from plant compounds

Who It's For

A quick guide for who this ingredient may suit (and who should be cautious).

Who May Benefit Who Should Avoid
Individuals with dry or dehydrated skin
Those allergic to cruciferous vegetables
People seeking botanical conditioning agents
People with known sensitivities to maca extracts
Users preferring low-comedogenic ingredients
Individuals during pregnancy without consulting professionals

Safety Notes

  • Generally considered safe for topical use in cosmetics
  • Low potential for comedogenicity based on available data

Frequently Asked Questions about Hydrolyzed Lepidium Meyenii Root

What is hydrolyzed Lepidium Meyenii Root?

A processed extract from maca root, broken down for better use in skincare as a moisturizing conditioner.

Is it safe for sensitive skin?

Typically low irritation potential, suitable for many skin types with proper formulation.

What skin types benefit most?

Dry, dehydrated, or normal skin may see hydration improvements from its conditioning effects.