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The serum with microneedling effectively treats alopecia areata by enhancing drug delivery and is safe and patient-friendly.

The hair oil made with Arnica montana, castor, and mustard oils is effective.

A 6-group geometric classification of human scalp hair is more reliable and objective for testing than an 8-group system.

A new method using 1,4-n-butylene dimaleate effectively repairs and strengthens damaged hair.

Pubic hair has a thicker, more protective outer layer than scalp hair, possibly due to evolution.

White hair is denser and more hydrophobic than black hair.

Calcium oxalate was found in human hair and could help detect certain health conditions.

Steroid hormones change the size, charge, and stability of DPPC liposomes.

The films can help heal wounds by promoting blood vessel growth.

Straightening and dyeing damage hair structure.

Silica nanoparticles made with cold plasma method best stop bacteria growth.

The herbal shampoo effectively treats dandruff and is a promising natural alternative.

Jackfruit leaf-derived silver nanoparticles in gel form effectively fight infections, especially against E. coli.

Infrared spectroscopy can analyze hair for forensic and medical insights.

FT-Raman spectroscopy is effective for identifying drug polymorphs, ensuring quality and stability.

Polarized Raman spectra can reveal changes in hair keratin's protein structures.

The conclusion is that a new method can identify cosmetic residues on hair and match them to their products.

The study successfully identified the structure of finasteride.

Elemental composition of hair affects its x-ray diffraction patterns.

The new X-ray technique allows for precise and non-destructive measurement of elements in hair, creating the first database of its kind for a specific ethnic group.

TOF-SIMS improved chemical mapping in cells, confirming gunshot residue, tracking anti-tumor drugs, and identifying molecules in mosquitoes and wounds.

Raman spectroscopy can identify finasteride polymorphs in tablets.

Chemical hair straightening changes hair proteins and mostly fixes broken bonds.

Hair has unevenly distributed proteins and lipids, with lipids mainly in the cuticle and proteins in the cortex and medulla.

TTD hair is brittle due to fewer sulfur amino acids and unstable disulfide bonds.

A new method using solid-state circular dichroism anisotropy can distinguish similar chiral compounds better than traditional techniques.

The study improved understanding of keratin fiber structure by showing consistent microfibril diameter but varying distances and electron density profiles.

The research found a way to measure hair surface changes by analyzing how light reflects off of it, and determined hair cuticle angles vary by hair length and color.