Hair Loss Conditions

PCOS Hair Loss Tracking: Document Androgen-Driven Female Pattern Loss

February 23, 20265 min read1,200 words

PCOS affects 5-10% of women of reproductive age and is one of the most common causes of female pattern hair loss in premenopausal women. Unlike genetic female pattern hair loss, which progresses slowly due to follicle sensitivity to normal androgen levels, PCOS hair loss is driven by abnormally elevated androgens. This distinction matters because it means effective PCOS treatment can significantly improve hair density in a way that is measurable and trackable.

The PCOS Hair Loss Mechanism

In PCOS, the ovaries (and sometimes the adrenal glands) produce excess testosterone and other androgens. These androgens are converted to DHT at the follicle level, causing miniaturization: the progressive shrinking of terminal hairs into fine, short vellus hairs.

How PCOS Hair Loss Differs From Genetic FPHL

FeaturePCOS Hair LossGenetic FPHL
Typical age of onset20s-30s40s-50s
Androgen levelsElevatedNormal
Accompanying signsAcne, hirsutism, irregular periodsUsually isolated hair thinning
Treatment responseOften significant with anti-androgensMore modest improvement
PatternDiffuse thinning, sometimes frontalMidline/part widening (Ludwig)
Reversibility potentialModerate to high with treatmentLow to moderate

The key clinical implication: if your PCOS is well-managed and your androgen levels normalize, your hair has a better chance of recovering density than in purely genetic FPHL. This makes tracking especially valuable because it can document a recovery that would otherwise go unquantified.

PCOS Treatment Options and Their Hair Effects

Spironolactone (100-200mg Daily)

Spironolactone is an aldosterone antagonist that also blocks the androgen receptor at the follicle. At doses of 100-200mg, it is the most commonly prescribed anti-androgen for PCOS-related hair loss in many countries.

  • Timeline to effect: 3-6 months for shedding reduction, 6-12 months for measurable density improvement
  • Key side effect: Potassium elevation (requires monitoring), menstrual irregularity, breast tenderness
  • Contraindication: Pregnancy (teratogenic). Reliable contraception is mandatory.

Combined Oral Contraceptives (COCs)

COCs suppress ovarian androgen production and increase sex hormone-binding globulin (SHBG), which binds free testosterone and reduces its availability to follicles. The best options for hair include:

  • Drospirenone-containing pills (anti-androgenic progestin)
  • Cyproterone acetate-containing pills (strong anti-androgen, available outside the US)
  • Avoid: Pills with levonorgestrel or norethisterone (androgenic progestins that may worsen hair loss)

Metformin (1500-2000mg Daily)

Metformin addresses PCOS at the metabolic root. By improving insulin sensitivity, it reduces the insulin-driven ovarian androgen production that fuels hair loss. It works best in women with clear insulin resistance (elevated fasting insulin, elevated HOMA-IR).

  • Timeline to effect: Androgen levels may begin improving within 3 months, but hair changes take 6-12 months
  • Tracking note: Log fasting insulin and glucose alongside density data to correlate metabolic improvement with hair response

Topical Minoxidil (2-5%)

Minoxidil does not address the hormonal root cause of PCOS hair loss, but it provides additional density benefit by extending the anagen phase and stimulating follicle activity. It works well as an adjunct to systemic anti-androgen treatment.

Setting Up Your PCOS Hair Tracking Protocol

Step 1: Baseline Assessment With Lab Correlation

Before treatment (or as early as possible), complete a comprehensive tracking session paired with blood work. Your baseline should include:

Density data:

  • Photos from 5 angles (frontal, temples, crown, part line)
  • AI density analysis at myhairline.ai
  • Note your current Ludwig scale stage

Lab values (from your most recent blood draw):

  • Total testosterone
  • Free testosterone
  • DHEAS
  • SHBG
  • Fasting insulin
  • Fasting glucose or HbA1c

Recording both density and labs at baseline allows you to correlate hormonal improvement with hair response over time.

Step 2: Monthly Tracking for the First 6 Months

PCOS treatment effects on hair develop over months. Monthly tracking captures the timeline:

  • Month 1-2: Shedding may initially continue or temporarily increase (especially if starting spironolactone)
  • Month 3-4: Shedding should begin decreasing if treatment is effective
  • Month 5-6: New vellus hairs may become visible along the part line and at the temples

At each session, record your current medications, doses, and any changes. Note menstrual regularity (improving cycles suggest improving androgen levels).

Step 3: Quarterly Lab and Density Pairing

Every 3 months, pair your density tracking session with updated lab values. Create a simple log:

DateTotal TFree TDHEASSHBGDensity ScoreLudwig StageMedications
Baseline-------
Month 3-------
Month 6-------

This paired data reveals whether density changes correlate with hormonal changes, which helps your dermatologist and endocrinologist fine-tune your treatment.

Step 4: Ongoing Monitoring

Once your PCOS is well-managed and density has stabilized or is improving, shift to quarterly tracking sessions. Return to monthly if:

  • You change any medication (type, dose, or discontinuation)
  • Your periods become irregular again (suggesting rising androgens)
  • You notice increased shedding lasting more than 2 weeks
  • You are planning pregnancy (since spironolactone must be stopped)

DHEAS and Testosterone Level Correlation

Your tracking data becomes especially powerful when you can overlay androgen levels with density measurements. Typical patterns include:

Improving scenario: Total testosterone drops from 80 ng/dL to 40 ng/dL over 6 months on spironolactone + COC. Density increases 10-15% over the same period. This confirms the hormonal connection and supports continuing the current protocol.

Stalled scenario: Androgens normalize but density does not improve. This suggests either concurrent genetic FPHL, insufficient time (some follicles need 12+ months to respond), or additional factors like iron deficiency or thyroid dysfunction.

Mixed scenario: Androgens improve partially but remain above normal. Density improvement is modest. This indicates the need for treatment intensification (higher spironolactone dose, adding metformin, or switching to a more anti-androgenic COC).

Start Documenting Your PCOS Hair Journey

PCOS hair loss is treatable, and the treatment response is trackable. Upload your photos to myhairline.ai/analyze to establish your density baseline and begin building the data that connects your hormonal management to measurable hair outcomes.

Medical Disclaimer: This article is for informational purposes only and does not constitute medical advice. PCOS management requires coordination between your gynecologist, endocrinologist, and dermatologist. Never start or stop medications without medical guidance. Individual results vary based on PCOS severity, genetics, and treatment adherence.

Frequently Asked Questions

PCOS causes elevated androgen levels (testosterone, DHEAS) that directly accelerate follicle miniaturization. While genetic FPHL (female pattern hair loss) is driven by follicle sensitivity to normal androgen levels, PCOS hair loss is driven by abnormally high androgen levels acting on follicles. PCOS hair loss often presents earlier (20s-30s vs. 40s+), may include additional androgenic signs like acne and hirsutism, and can improve significantly when androgen levels are brought under control.

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