3 OCT

Precision Stage

Translating urinary hormone metabolites into clinical decisions

Most hormone testing answers one question: how much? Urinary metabolite testing answers a more clinically useful one: what does the body actually do with the hormones it makes?

This session is a practitioner-level walk-through of estrogen metabolism, from production to elimination. We follow estradiol through Phase I hydroxylation (the 2-OH, 4-OH and 16α-OH pathways and the CYP enzymes behind them), through Phase II methylation, sulfation and glucuronidation, and out through Phase III elimination, where gut microbial β-glucuronidase activity and bowel transit can quietly return estrogens to circulation. Along the way we look at what shifts these pathways in real clients: methylation cofactors and COMT activity, cruciferous intake, alcohol, insulin, thyroid function, adiposity and environmental exposures.

We close with a short look at progesterone metabolites (5α- versus 5β-pregnanediol, 5α-reductase activity and allopregnanolone) and androgen metabolites (the 5α/5β split of androsterone versus etiocholanolone, and 5α-androstanediol as a marker of DHT drive), and what those patterns explain in clients whose symptoms never matched their serum results.

The Science of Pleasure: Medicine for Women's Hormonal Health What if the missing longevity intervention for women isn't about biohacking to better performance, but about nurturing pleasure?

Many of today's most celebrated longevity strategies are built around stress adaptation: fasting, cold plunges, intense exercise, metabolic challenges, and relentless optimization.

But what if the female body needs something else?

While hormetic stress can be a powerful tool, many women are already living with an excess of stress: juggling careers, caregiving, performance, achievement, information overload, and the invisible burden of mental load.

In this science-backed and provocative presentation, Caroline Fibæk explores an often-overlooked truth: the female nervous system may require not only challenge, but also safety.

Emerging research suggests that pleasure, sensuality, connection, beauty, touch, joy, and intimacy are not luxuries. They are biological signals that help shift the female body out of survival mode and into a state of healing, repair, hormonal balance, and resilience.

Through the lens of neuroscience, psychoneuroendocrinology, women's health, and longevity science, Caroline explores how intentional pleasure activates powerful neurochemicals—including dopamine, oxytocin, serotonin, and endorphins—that support stress regulation, sleep, mood, immunity, and healthy aging.

This presentation challenges the idea that women's health can be optimized through more discipline, more tracking, and more hormetic stress alone.

Because perhaps the most powerful biohack for women isn't another stressor.

Perhaps it's learning how to feel safe enough to receive pleasure.

Topics include • The female nervous system, safety biology, and hormonal resilience • The neuroscience of pleasure and the DOSE hormones • Why chronic stress and mental load suppress hormonal health • Pleasure, sensuality, and sexual health as tools for nervous system regulation • The connection between pleasure, menopause, libido, sleep, mood, and longevity • How women can activate innate pathways of healing, restoration, and resilience

A refreshing and evidence-based perspective on women's health, longevity, and the biology of thriving.

AI can already read a scan faster than a radiologist and answer a worried patient at three in the morning. So what is left for the doctor? This panel takes the question seriously rather than sentimentally. Where do machines outperform clinicians, where will they never reach, and why are presence, touch and trust not soft extras but part of the treatment itself? Expect disagreement.