_edited.png)
PCOS
PCOS is a metabolic and signaling pattern, not just an ovary problem. We look upstream at insulin, inflammation, the stress axis, and brain to ovary communication.
What you may be noticing
Your cycles are irregular or absent. Acne flares along the jaw. Hair grows where you do not want it and thins where you do. Weight gathers around the middle and resists every effort. You may have been offered birth control as the only answer, or told to come back when you want to conceive.
Why it is rarely one thing
PCOS is not a disease of the ovary alone. The ovary is responding to signals. The most common signal is insulin. Elevated insulin pushes the ovary to produce more androgens and disrupts the rhythm of follicle development, so ovulation stalls.
The signals start even higher. Your brain is the master regulator of every endocrine gland. In PCOS, the hypothalamus often pulses its hormone signal faster than ideal, which tilts the pituitary toward LH and away from FSH. Stress physiology, inflammation, and blood sugar swings all feed that signal.
PCOS also has more than one shape. Some women have a strong insulin pattern. Others have a pattern driven by adrenal androgens and stress, by inflammation, or by a rebound after stopping hormonal birth control, often with gut, yeast, and skin changes alongside. The ovaries are not the problem. They are faithful messengers of the signals they receive.
Patterns we look for
- Fasting insulin and insulin resistance, often present even in lean PCOS.
- Androgen balance: total and free testosterone, DHEA-S, and SHBG.
- LH to FSH signaling from the hypothalamus and pituitary.
- Chronic low-grade inflammation.
- HPA axis output and autonomic balance.
- Thyroid function and antibodies.
- Microbiome balance, yeast overgrowth, and the estrobolome, the gut bacteria that process hormones.
- Liver and lymphatic clearance of hormones.
- Endocrine-disrupting chemicals from plastics and personal care products.
- Brain and mood effects: anxiety, low mood, and sleep disruption are common companions.
How I evaluate it
A comprehensive functional neurological exam shows how stress physiology and autonomic balance are shaping your hormones and mood.
Functional labs may include fasting insulin and glucose, HbA1c, a lipid panel, an androgen panel with SHBG, LH and FSH, prolactin, a full thyroid panel, vitamin D, inflammatory markers, a cortisol rhythm, and, where helpful, comprehensive stool analysis and a hormone metabolite panel. Pelvic ultrasound and gynecologic care fill in the anatomy.
How we address it
The first phase is intentionally not centered on the ovary. It centers on the signals.
- Restore insulin sensitivity through meal structure: breakfast within about an hour of waking, protein and healthy fat at every meal, no grazing, no prolonged fasting, and dinner well before bed.
- Follow a clean first-phase food plan that removes gluten, cow dairy, refined sugar, sweetened drinks, and fried and processed foods, while doubling non-starchy vegetables.
- Open liver and lymph drainage and reduce endocrine disruptors at home.
- Support the gut, yeast balance, and estrobolome for healthy hormone clearance.
- Recalibrate the brain-ovary axis with functional neurology for vagal tone, interoception, and hypothalamic regulation.
- Add a minimal, targeted nutrient layer matched to your labs, then track ovulation as the rhythm returns.
Your cycle is a vital sign. When the signals change, the rhythm can return.
Book your Comprehensive Functional Medicine Eval/Neurological Exam today to discover what the contributing root causes are that are underlying your health concerns.