Chiropractic & Applied Kinesiology

Polycystic Ovary Syndrome (PCOS)

“Nature does not hurry, yet everything is accomplished. ”
– Lao Tzu
PCOS is one of the most commonly diagnosed conditions in women of reproductive age. While often framed as an ovarian issue, the condition reflects a broader systemic imbalance that extends beyond the reproductive system.

Signs and Symptoms

Classic symptoms can feel disconnected at first. There’s often a sense that something is off hormonally. But these signs and symptoms are all part of the same underlying pattern.

PCOS is typically identified when at least two of the following three criteria are present

1. Irregular or absent ovulation – often reflected in irregular, infrequent, or absent periods
2. Excess hair growth (hirsutism) and skin changes – hair growth in typically male-pattern areas, acne, or thinning scalp hair
3. Polycystic ovarian morphology on ultrasound – ovaries appear enlarged or contain multiple small follicles
NB: You can have PCOS without visible cysts. Conversely, having cysts alone does not indicate PCOS.

Insulin Resistance: The Boy Who Cried Wolf

A major contributing factor behind PCOS is chronically elevated insulin. This is primarily the result of high sugar and carbohydrate intake. Like the boy who cried wolf, over time, most cells begin to tune out insulin to protect themselves. This is called “insulin resistance.” The ovaries, however, continue to respond because they don’t down-regulate as easily as other cells. As a result, they over produce hormones that lead to increased facial or body hair, acne, and thinning scalp hair. These visible signs may appear long before standard lab tests show abnormalities.

What You Can Do

Chiropractic and Applied Kinesiology can help

Seeking practitioners who address underlying patterns and not just symptoms, is a step towards lasting change. Chiropractic and Applied Kinesiology support your efforts and work with nature, rather than against it. Techniques are designed to improve nervous system function and create balance in the hormonal system.
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