Hair

Yes, repeated tight braids can permanently destroy follicles through traction alopecia. Learn what the research says, warning signs, and when damage is still reversible.

After 10 years of traction alopecia, reversal depends on scarring. Here is what the research says, what still works, and what to do next.

Minoxidil can regrow thinning edges, but results depend on damage type. Learn what the evidence says, who it works for, and what it won't fix. (~155 chars)

Yes, many women regrow thinning edges after traction alopecia, but timing matters. Learn what the research says, what actually works, and when to see a derm.

The AAD confirms tight hairstyles cause traction alopecia. Learn which styles are highest risk, early warning signs, and how to protect your edges before damage becomes permanent.

Thin edges don't automatically disqualify you from sisterlocks, but timing and technique matter. Here's what a consultant looks for and when to wait.

Yes, early-stage traction alopecia can regrow, but timing matters. Learn the real recovery timeline, what dermatologists recommend, and when regrowth stops.

Traction alopecia can reverse in early stages, but scar tissue makes late-stage cases permanent. Here's what dermatologists say actually works.

Thin edges don't automatically rule out locs, but the wrong method can cause traction alopecia. Here's how to protect your hairline while still loc-ing.

Traction alopecia is caused by repeated tension on hair follicles. Learn every real trigger, from tight braids to ponytails, and when damage becomes permanent.

Retwisting locs too often pulls hair follicles repeatedly under tension. Learn how often is too often, what the damage looks like, and how to stop it.

Traction alopecia can reverse in early stages, but advanced scarring is permanent. Learn the timeline, signs of recovery, and what actually helps regrowth.