Nous lançons à la mi-juin, réservez votre consultation gratuite
Centre de connaissances

Connaissances expertes sur la SMP et la restauration capillaire.

Tout ce qu'il faut savoir sur la scalp micro pigmentation, la perte de cheveux, le camouflage de cicatrices et les soins post-opératoires, rédigé par des praticiens, pas par des marketeurs.

0

Articles

0

Sujets

Perte de cheveux

Stress, Cortisol, and Shedding: Hair Loss That Isn’t Genetic

5 min de lectureFeb 2026
Stress, Cortisol, and Shedding: Hair Loss That Isn’t Genetic

Not every shedding phase is androgenetic. Understand telogen effluvium, alopecia areata, and when to wait instead of treat.

Not Every Shedding Phase Is Genetic

Androgenetic alopecia — male and female pattern baldness — is the most common cause of hair loss, but it is far from the only one. Many people panic when they see sudden shedding and book a transplant before understanding what is actually happening. The wrong treatment at the wrong time wastes money and can make things worse.

Telogen Effluvium in Plain English

Telogen effluvium is stress-induced shedding. A major stressor — illness, surgery, childbirth, severe dieting, emotional trauma — pushes a large proportion of your follicles into the resting (telogen) phase at once. Two to four months later, they all shed together.

The good news: telogen effluvium is almost always reversible. Once the trigger passes, hair typically regrows within 6–12 months.

When to Wait, When to Treat

Transplanting during active, non-genetic shedding is a mistake. The transplanted hair may survive, but the native hair around it continues to shed — leading to a patchy, uneven result.

  • Diffuse sudden shedding: wait at least 6–12 months, investigate cause first.
  • Active alopecia areata: wait for at least 12 months of stability.
  • Stable pattern baldness (Norwood II–VI, slow progression): a transplant can be planned safely.