Hydrolyzed Keratin

Molecular Mechanism and Structural Hair Reconstruction Strategy

The architecture of the hair fiber is highly specialized. Composed of over 80% keratin—a fibrous protein rich in disulfide bonds—hair is subjected daily to thermal, mechanical, and chemical stressors that disrupt its structural integrity. For discerning clients seeking a rational approach to hair care, understanding the behavior of topical proteins is essential to restoring hair biomechanics without superficial gimmicks.

Clinical Protocol & Mechanism

Synergistic Formulations

  • Close-up of a petri dish containing a beige medium with small red and yellow dots, possibly bacterial colonies.

    Hydrolyzed Peptide

  • Close-up of a white, curved object with small bubbles and red and yellow specks on its surface, set against a plain, gray background.

    Botanical Infusion

  • Close-up view of a round, white terrazzo surface with multicolored specks of red, gold, and dark brown, against a light gray background.

    Osmoprotective Base

Hair restoration is not a matter of cosmetic magic, but of strict biological chronology. By combining the precision of hydrolyzed keratin with highly tolerable botanical matrices, the MELANY LAB protocol offers a sustainable structural response to the most demanding scalps and hair types.