SYSTEM OVERVIEW // PCOS & Polycystic Ovary Syndrome

PCOS & POLYCYSTIC OVARY SYNDROME

The Most Mismanaged Hormonal Condition in Women.

Polycystic Ovary Syndrome affects 1 in 10 UK women yet is routinely mismanaged with the contraceptive pill — a treatment that masks symptoms while worsening the underlying metabolic dysfunction. PCOS is fundamentally a condition of insulin resistance driving androgen excess, driven by dietary hyperinsulinaemia, chronic inflammation, seed oil consumption, endocrine disrupting chemicals, and gut dysbiosis. The cysts themselves are symptom, not cause. Addressing the root metabolic drivers through low-glycaemic nutrition, microbiome restoration, inositol supplementation, and environmental toxin reduction produces remission that no pharmaceutical achieves.

1 in 10UK Women Have PCOS

70%of PCOS Cases Go Undiagnosed

£400MAnnual NHS Cost of PCOS Management

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Scientific illustration for Hyperinsulinemia: The Metabolic Engine of Androgen Excess

PCOS & Polycystic Ovary Syndrome

8 MIN READ

Hyperinsulinemia: The Metabolic Engine of Androgen Excess

This investigative piece explores how chronic hyperinsulinemia, rather than elevated blood glucose, serves as the primary driver of ovarian androgen production. We dissect the specific molecular pathway through which insulin stimulates theca cells and suppresses Sex Hormone-Binding Globulin (SHBG). By understanding the metabolic-endocrine interface, patients can look beyond the symptoms to the underlying insulin signalling failure.

#Hyperinsulinemia#Androgen Excess

Scientific illustration for Environmental Oestrogens and the Modern Fertile Void

PCOS & Polycystic Ovary Syndrome

10 MIN READ

Environmental Oestrogens and the Modern Fertile Void

Modern PCOS is increasingly linked to Endocrine Disrupting Chemicals (EDCs) like BPA and phthalates, which interfere with steroidogenesis. This article details the biological mechanism of 'Xenoestrogens' and how they disrupt the feedback loops between the pituitary and the ovaries. We discuss the failure of regulatory bodies to account for the 'cocktail effect' of daily chemical exposures.

#Endocrine Disruptors#BPA

Scientific illustration for The Adrenal PCOS Phenotype: Investigating the HPA-Ovarian Interface

PCOS & Polycystic Ovary Syndrome

9 MIN READ

The Adrenal PCOS Phenotype: Investigating the HPA-Ovarian Interface

Approximately 20-30% of women with PCOS exhibit elevated adrenal androgens, such as DHEA-S, despite having normal insulin sensitivity. This article examines the 'Adrenal PCOS' phenotype, where the Hypothalamic-Pituitary-Adrenal (HPA) axis becomes hypersensitive to stress. We explore why conventional metabolic treatments often fail this subgroup and how chronic cortisol elevation drives follicular arrest.

#Adrenal PCOS#HPA Axis

Scientific illustration for Metabolic Endotoxaemia: The Link Between Gut Permeability and Polycystic Ovaries

PCOS & Polycystic Ovary Syndrome

8 MIN READ

Metabolic Endotoxaemia: The Link Between Gut Permeability and Polycystic Ovaries

Emerging research suggests that chronic low-grade inflammation in PCOS may originate in the gut. This article explores 'Metabolic Endotoxaemia'—the translocation of Lipopolysaccharides (LPS) from the gut into the bloodstream. We discuss how this immune activation triggers the ovaries to overproduce androgens and how the microbiome dictates the 'Estrobolome.'

#Gut Health#Microbiome

Scientific illustration for The Inositol Deficiency Hypothesis: Reclaiming Cellular Signaling

PCOS & Polycystic Ovary Syndrome

7 MIN READ

The Inositol Deficiency Hypothesis: Reclaiming Cellular Signaling

Inositol, specifically Myo-inositol and D-chiro-inositol, acts as a critical secondary messenger for insulin and FSH. This article breaks down the biochemical role of inositols in the ovary and explains why a deficiency in these pseudo-vitamins leads to 'cellular deafness.' We review the 40:1 ratio evidence and why this nutrient is the most studied alternative to Metformin.

#Myo-inositol#D-chiro-inositol

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