Latest research, clinical studies, and emerging treatments.
Hair loss affects hundreds of millions worldwide. These statistics show why AI tracking is a clinical necessity for the global population on hair loss treatment.
Growth factors including IGF-1 and EGF are required for follicle proliferation. Track density alongside growth factor lab values with AI analysis.
Emerging research links gut health to hair density through inflammatory pathways. Track density alongside probiotic and gut health interventions with AI.
Hair cloning and cell-based hair regeneration are entering clinical trials. Learn how density tracking will document outcomes in the next generation of treatment.
Anagen, catagen, telogen, and exogen phases explain density fluctuations in tracking data. Connect hair cycle phases to your density patterns.
Androgenetic alopecia presents differently across ethnic groups. Learn ethnicity-specific tracking protocols and density benchmarks.
Annual ISHRS conferences announce new research relevant to hair loss tracking. This roundup covers the 2026 ISHRS findings most relevant to myhairline.ai users.
Heat shock proteins protect follicles from thermal stress. myhairline.ai tracks density changes in response to thermal treatments like sauna and heat styling to document the follicular protection response.
Some men have high androgen sensitivity that accelerates AGA even with low DHT levels. myhairline.ai tracks density alongside androgen panel data to profile DHT sensitivity.
A full hormone panel including DHT, testosterone, SHBG, estrogen, and thyroid gives dermatologists a complete endocrine picture. myhairline.ai lets you log all hormone values alongside density data.
Hair follicles have immune privilege that collapses in alopecia areata. Understanding this mechanism helps interpret the patchy density patterns AI tracking shows in autoimmune alopecia.
Systemic inflammation markers predict hair loss severity. myhairline.ai lets you log CRP and IL-6 lab values alongside density readings to document the inflammation-hair density connection.