Science & Research
Research summaries on hair biology, androgenetic alopecia, emerging therapies, clinical studies, regulatory context, and evidence quality.
How to Use This Topic Hub
Start with the articles that match your current question, then compare the advice against your Norwood stage, donor area, budget, medical history, and treatment goals. For surgery-related decisions, use these guides to prepare consultation questions rather than as a substitute for an in-person medical evaluation.
Dermatology EHR Integration: How myhairline.ai Connects to Clinic Systems
myhairline.ai integrates with major dermatology EHR systems to deliver patient-generated density data directly into the clinical record. This guide explains...
EMF Exposure and Hair Loss Tracking: Separate Myth from Reality
No peer-reviewed research links EMF exposure to hair loss. Use density tracking to objectively test this claim if you work in a high-EMF occupation.
Epigenetics and Hair Loss: How Lifestyle Tracking Can Modify Gene Expression
Epigenetic factors can accelerate or slow androgenetic alopecia. Learn how lifestyle logging captures data that reveals epigenetic influences on your hair...
Extracellular Vesicles for Hair Loss: The Science Behind Exosome Therapy
Extracellular vesicles including exosomes carry growth factor signals between cells. Learn the science and how tracking documents whether EV therapy...
5-Alpha Reductase and Hair Loss: The Mechanism Behind Finasteride Tracking
Understanding why 5-alpha reductase inhibitors work helps you interpret your density data. This guide explains the mechanism and how tracking confirms...
Hair Follicle Banking: Why Pre-Loss Density Tracking Matters for the Future
Hair follicle banking stores live follicles for future regenerative therapy. Long-term density tracking creates the pre-banking baseline future treatments...
Follicular Unit Density: What It Means and How myhairline.ai Measures It
Follicular unit density is the primary clinical metric for hair loss assessment. Learn what FU/cm2 means, what normal ranges are, and how myhairline.ai...
The Future of Hair Loss Tracking: AI, Dermatoscopy, and Gene Expression
Where is AI hair tracking headed? This guide explores the next generation of tracking technology including dermoscopy AI, gene expression panels, and...
Hair Loss Genetic Testing and Tracking: HairDX GenoPharma and Beyond
Genetic tests for hair loss risk identify gene variants driving AGA. Track your genetic results alongside density data to see how genetics translate into...
Genetic Hair Loss Testing and Tracking: Combine DNA Data with AI Density
Genetic hair loss tests predict DHT sensitivity. Log your genetic risk profile alongside density data to see how your DNA translates into real progression.
Global Hair Loss Statistics: The Scale of the Problem That Makes Tracking Essential
Hair loss affects hundreds of millions worldwide. These statistics show why AI tracking is a clinical necessity for the global population on hair loss...
Growth Factor Levels and Hair Density Tracking: IGF-1, EGF, and Beyond
Growth factors including IGF-1 and EGF are required for follicle proliferation. Track density alongside growth factor lab values with AI analysis.