CCCA: What Is It, Who Gets It, and What Can You Do?
Quick answer: CCCA (central centrifugal cicatricial alopecia) is a scarring form of hair loss that starts at the crown and spreads outward. It destroys hair follicles over time and is most common in Black women. Early diagnosis matters because once a follicle scars over, hair cannot regrow there.
What Does CCCA Actually Mean?
Break the name down and it tells you exactly what is happening. "Central" means it starts at the top of the scalp, right at the crown. "Centrifugal" means it moves outward from that center point. "Cicatricial" is the medical word for scarring. Put it together: a condition where your scalp scars from the inside out, beginning at the crown and expanding in a widening circle.
The scarring is the part that makes this different from traction alopecia or postpartum shedding. In those cases, the follicle is still alive. It can bounce back. With CCCA, inflammation destroys the follicle itself. Scar tissue fills in where a live follicle used to be. No follicle, no hair. That is why catching it early is not just a suggestion.
Who Gets CCCA?
CCCA disproportionately affects Black women. Research published in the Journal of the American Academy of Dermatology has consistently found it is the most common form of scarring alopecia in this group, with some studies estimating prevalence between 2.7% and 5.6% among Black women. Men can get it too, but far less often.
It tends to show up in women in their 30s, 40s, and 50s, though younger women are not immune. Many women notice it first as a change in hair texture at the crown, a persistent itch or tenderness, or parts that seem to get wider over months without an obvious reason.
What Causes CCCA?
Honest answer: researchers are still working this out. What is known points to a mix of genetic predisposition, hair care practices, and possibly autoimmune activity.
- Genetics. A 2019 study in the New England Journal of Medicine identified variants in the PADI3 gene in some women with CCCA. That gene helps regulate the hair shaft. Variants in it may make follicles more prone to inflammation.
- Hair care practices. Heat, chemical relaxers, tight braids, and heavy extensions have all been associated with CCCA in observational data. They are not confirmed direct causes, but they may trigger or worsen inflammation in follicles that are already genetically vulnerable.
- Inflammation. Regardless of the trigger, what is actually destroying the follicle is a chronic inflammatory response. The body essentially attacks its own hair follicles.
No single habit causes CCCA in everyone, and plenty of women who relax or braid never get it. But if your genetics load the gun, certain stressors may pull the trigger.
How Is CCCA Different from Traction Alopecia?
| Feature | CCCA | Traction Alopecia | |
|---|---|---|---|
| Where it starts | Crown, spreads outward | Hairline, temples, edges | |
| Main cause | Inflammation, genetics | Mechanical tension | |
| Follicle damage | Permanent scarring possible | Usually reversible if caught early | |
| Diagnosis | Scalp biopsy needed to confirm | Clinical exam often enough | |
| Treatment | Anti-inflammatory prescription treatment | Reduce tension, support follicle health |
They can also happen at the same time. A woman can have CCCA at the crown and traction alopecia at the edges simultaneously. A dermatologist can tell the difference.
What Are the Signs You Should Know?
CCCA is sneaky. It often has no dramatic moment. Many women only notice it when a stylist points it out or a wide-tooth comb catches a bald patch they have been ignoring. Here is what to watch for:
- Hair at the crown that feels different, more brittle, or breaks more easily than the rest
- A part that keeps widening on its own
- Scalp tenderness, itching, or a burning feeling at the crown
- Small patches of hair loss that seem to be slowly connecting
- Scalp that looks shiny or smooth where hair used to be
If you are seeing any combination of these, make an appointment with a board-certified dermatologist who specializes in hair loss. Not next month. Now.
Can CCCA Be Treated?
It cannot be reversed in areas where scarring is already complete. What treatment does is slow or stop the spread, and protect follicles that are still alive and fighting. The sooner you start, the more of your hair you keep.
A dermatologist may recommend:
- Topical or injected corticosteroids to calm inflammation
- Oral antibiotics (like doxycycline) for their anti-inflammatory properties, not as infection treatment
- Hydroxychloroquine in more advanced cases
- Topical minoxidil to support remaining follicles
Alongside medical treatment, protecting your scalp from additional stress matters. That means going easier on heat, avoiding tight styles that pull at the crown, and keeping your scalp clean and moisturized. For the edges and any follicles still active, a gentle scalp massage with a product like the Follicle Enhancer, which blends peppermint, argan, jojoba, and coconut oil, may help support circulation to areas where follicles are still intact. It is not a CCCA treatment, and it will not reverse scarring. But keeping the scalp environment healthy around active follicles is something most dermatologists support as part of a broader care routine.
What Hair Practices Should You Reconsider?
Nobody is telling you to never braid your hair again. What the research suggests is being thoughtful, especially if CCCA runs in your family or you are already seeing early signs.
- Give your scalp regular breaks from extensions and protective styles
- Ask your braider to go looser, especially at the crown
- Limit heat to the crown area in particular
- If you relax, stretch the time between applications and always use a scalp protectant
- Check your crown in good lighting once a month so you catch any changes early
These are not guarantees. They are reasonable ways to reduce friction on follicles that may already be under stress.
Frequently Asked Questions
Is CCCA hereditary?
There appears to be a genetic component. The PADI3 gene finding from the 2019 New England Journal of Medicine study suggests some women inherit a vulnerability to follicle inflammation. If your mother or grandmother had significant crown thinning, bring that up with your dermatologist.
Can you grow hair back after CCCA?
In areas where the follicle has already scarred, regrowth is not possible with current treatments. In areas where follicles are still active, stabilizing the condition and supporting scalp health may preserve what is there. That is why early action changes outcomes.
How is CCCA diagnosed?
A dermatologist will examine your scalp, often with a dermatoscope, and in most cases will recommend a small scalp biopsy to confirm scarring and rule out other conditions. Do not skip the biopsy. A lot of conditions look similar on the surface.
Does relaxing your hair cause CCCA?
Chemical relaxers have been associated with CCCA in some studies, but association is not the same as direct cause. Women who have never relaxed their hair also develop CCCA. The current thinking is that for someone already genetically predisposed, chemical processing may contribute to scalp inflammation. The PADI3 research suggests genetics are a significant piece of this.
Is CCCA the same as alopecia areata?
No. Alopecia areata is an autoimmune condition that causes patchy hair loss but does not scar the follicle, which is why it is often reversible. CCCA causes permanent scarring. They look different under a microscope, they have different treatment protocols, and that is exactly why a biopsy matters for an accurate diagnosis.
What kind of doctor should I see for CCCA?
A board-certified dermatologist, ideally one who specializes in hair loss or has experience treating patients with textured hair. The American Academy of Dermatology has a find-a-dermatologist tool at aad.org if you need a starting point.
This article is for education and is not medical advice. If you are worried about hair loss, see a board-certified dermatologist. These statements have not been evaluated by the FDA. Edge Naturale products are not intended to diagnose, treat, cure, or prevent any disease.