
How do hair’s internal bonds respond to water molecules?
Hair's internal bonds, primarily hydrogen bonds, temporarily reorganize upon water exposure, causing swelling and pliability, while prolonged or mineralized water can impact deeper structures.

What specific molecular changes occur in textured hair due to sleep friction?
Sleep friction causes molecular changes in textured hair by abrading the cuticle, stripping protective lipids, and disrupting hydrogen bonds, leading to increased frizz and breakage.

Why do curls lose definition in humid climates?
Curls soften in humidity due to water molecules disrupting temporary hydrogen bonds and causing uneven swelling of internal hair components.

How do protein bonds affect hair texture?
Protein bonds, primarily disulfide, hydrogen, and salt bonds, dictate hair's natural texture, strength, and response to care.

How do hair’s protein structures affect care?
Hair's protein structures, including keratin and its diverse bonds, fundamentally determine its shape, strength, and response to various care practices.

Can environmental humidity affect the internal protein structure of textured hair?
Environmental humidity primarily affects the temporary hydrogen bonds within textured hair's protein structure, causing reversible swelling and shape changes.