Evidence-based guides on hair loss stages, treatment options, transplant procedures, and recovery.
Plant proteins have lower leucine content, which may limit hair keratin synthesis. myhairline.ai tracks density response to plant protein optimization for vegans and vegetarians.
Air pollution particles deposit on the scalp and disrupt follicle function. myhairline.ai tracks density alongside air quality data to test whether urban pollution exposure affects your hair density.
Transitioning to natural protective styles is promoted as hair-protective. myhairline.ai tracks density before, during, and after a natural hair transition.
Hair is 95% keratin protein. Learn how to track the connection between your protein intake and hair density with a structured protocol that separates nutrition from other variables.
Hair loss affects intimate relationships and social confidence. myhairline.ai tracking data helps users communicate treatment progress to partners with clinical-quality evidence.
SARMs claim selective tissue action but may affect hair follicles. myhairline.ai tracks density during SARMs use to document whether they accelerate hair loss.
Scalp massage claims to increase hair density by stretching dermal papilla cells. Track density response to a standardized scalp massage protocol with myhairline.ai.
Hair density follows predictable seasonal patterns. myhairline.ai's seasonal calendar helps you anticipate natural density dips and distinguish them from treatment issues.
Selenium deficiency impairs follicle antioxidant defense. Track density response to supplementation and correlate selenium levels with hair density.
The myth that shampooing causes hair loss persists. Use myhairline.ai density tracking to run a controlled shampoo frequency experiment and test this claim.
Tracking sleep quality alongside hair density creates the lifestyle-density correlation record most patients need. Set up a sleep-hair experiment.
Sleep deprivation and chronic stress elevate cortisol, disrupting the hair cycle. Log sleep quality and stress levels alongside density to find the connection.