
How do plant proteins help repair hair damage at a molecular level?
Plant proteins, through hydrolysis, provide smaller peptides that bind to and reinforce hair's damaged keratin structure, improving strength and hydration.

Can the proteins in silk directly benefit hair health beyond surface smoothness?
Silk proteins, particularly hydrolyzed forms, can penetrate the hair cortex to strengthen, improve elasticity, and retain moisture.

How do cultural nighttime hair rituals support scalp repair?
Cultural nighttime hair rituals support scalp repair by minimizing friction, retaining moisture, and balancing the scalp's delicate microbiome during sleep.

Can consistent pH-balanced care reverse existing hair damage?
Consistent pH-balanced care mitigates existing hair damage by reinforcing the cuticle and preventing further degradation.

Can damaged hair from chemical treatments regain its optimal moisture absorption capabilities?
Chemically damaged hair can improve its moisture absorption capabilities through diligent care, although its inherent structure may not fully revert to its virgin state.

What is the role of sericin in frizz reduction?
Sericin reduces frizz by forming a protective film on hair, sealing the cuticle, and regulating moisture absorption for smoother strands.

Why does textured hair need nighttime care?
Textured hair needs nighttime care to reduce friction, retain essential moisture, and support its natural repair processes, preserving its health and style.