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The nanoparticles improved hair growth and enlarged hair bulbs.

Keratins and filaggrin change as fetal skin develops, marking key stages of skin formation.

Monotreme hair structure and protein distribution are similar to other mammals, but their inner root sheath cornifies differently, suggesting a unique evolution from reptile skin.

Hair fibers interact through classical forces, which are influenced by treatments and products, important for hair care and other applications.

Collagen fibrils in mink skin change structure during hair growth, becoming looser and thicker in the active phase.

Hair keratins evolved from ancient proteins, diversifying through gene changes, crucial for forming claws and later hair in mammals.

The conclusion is that substances can penetrate hair fibers through multiple pathways, including both the cell membrane complex and the non-keratinous parts.

Different ethnic hair types have unique nanoscopic and molecular features despite having the same basic keratin structure.

Mouse tail skin has different keratinization near hair follicles and scales.

Keratin-based particles safely improve hair strength, smoothness, and heat protection.

Fibre optic confocal imaging can visualize skin layers, blood vessels, and nerves in live mice.

Human hair's structure makes it tough and resistant to breaking.

Mouse and human keratin 16 can both form filaments, with differences likely due to the tail domain, not the helical domain.

Involucrin helps strengthen the inner parts of human hair.

The nanofibers improved cell adhesion and could be used for tissue-engineered blood vessels.

Hair and nail proteins, mainly keratins, are crucial for structure and can indicate health issues.

Disulfide bonds in keratin fibers break more easily under stress, especially when wet, affecting fiber strength.

Hair curvature in Japanese people is linked to specific cell types and filament arrangements in the hair cortex.

Breast cancer alters specific molecular structures in hair, which revert after cancer removal.

Hair structural proteins are synthesized sequentially in specific cells, offering a new way to study hair proteins and defects.

Heparin-functionalized nanofabrics help heal wounds effectively and safely without scars in 14 days.

Keratin from chicken feathers can be safely used on damaged skin.

Advanced microscopy shows hair damage and keratin proteins' roles, aiding future cosmetic treatments.

The study found 65 intermediate filament genes, including new keratins, and suggested updating keratin naming.

pCLCA2 protein may help maintain skin structure and function.

Chitosan-encapsulated Cordyceps militaris reduces lung cell damage from pollution.

The rat vibrissa follicle can quickly remodel its basement membrane during hair growth, affecting cell signaling and activity.

Pectin nanofibers show promise for medical use due to their unique properties.