Manganese Tripeptide-1

What is Manganese Tripeptide-1?

Manganese Tripeptide-1 is a lab-created ingredient formed by binding a manganese ion to tripeptide-1, a sequence of three amino acids derived from human proteins. Primarily used in skincare products like serums and creams, it falls under skin conditioning agents. In formulations, it functions as a bioactive signal that interacts with fibroblasts in the dermis, promoting natural cellular responses involved in maintaining extracellular matrix components. This supports the skin's barrier and overall suppleness without relying on aggressive actives. Developed for cosmetic applications, it appears in targeted anti-aging and repair-focused products, where its metal-peptide structure enables targeted delivery to skin layers for conditioning effects.

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

Roles in Formulation

This ingredient serves the following purposes in cosmetic formulations:

Skin conditioning agent
Maintains skin softness, smoothness, and flexibility.

Benefits

Supports skin softness and smoothness.

Helps maintain skin flexibility.

Contributes to a conditioned, supple skin feel.

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 seeking enhanced skin conditioning.
People with known manganese sensitivities.
People with dull or fatigued-looking skin.
Individuals allergic to peptide ingredients.
Those incorporating peptides into daily routines.
Those preferring metal-free skincare formulations.

Safety Notes

  • Rated low hazard by EWG assessments.
  • Non-comedogenic with rating of 0.

Frequently Asked Questions about Manganese Tripeptide-1

What is Manganese Tripeptide-1?

A synthetic manganese-bound tripeptide used as a skin conditioning agent in cosmetics.

Is it safe for daily use?

It carries a low EWG rating and is non-comedogenic, suitable for most routines.

Does it clog pores?

Rated 0 for comedogenicity, unlikely to contribute to pore blockages.