Building Resilience & Reducing Stress Using the Secrets Encoded in DNA
Chris Moore (DNK) & Dr. Rex Gloria
CHRIS MOORE (DNK)
CEO @ Nordic Group
A genetic test doesn't mean that you are in a biological prison that you cannot do anything about; it is an awareness and information that you can work on for the rest of your life.
Summary
- Biohacking involves analyzing genetic, phenotypical, and life-tracking data to understand individual uniqueness and optimize performance within a world of constant stressors. - Effective healthcare requires shifting from protocol management to an N=1 approach, ensuring interventions are tailored to how a specific individual performs and responds. - Functional nutrition, such as collagen-rich foods with hyaluronic acid, works at an epigenetic level to balance amino acids and support cellular health and physical recovery. - Genetics influence stress responses via genes like NPY and BDNF, but resilience is cultivated through specific habits like cold immersion, probiotics, and mindfulness practices. - Gathering longitudinal data through technology, such as internal temperature sensors, allows for continuous monitoring of how various biohacking interventions impact the body over time.
Article
Building Resilience And Reducing Stress Using The Secrets Encoded In DNA
At Biohacker Summit 2022 Amsterdam, Chris Moore And Dr. Rex Gloria Argued That Stress Was Not The Enemy, But A Signal To Be Measured, Interpreted And Retrained
In a packed room at **Biohacker Summit 2022 Amsterdam**, held in **Amsterdam, Netherlands**, on **15 October 2022**, the language of wellness was stripped of its softer mystique and recast in harder, more exacting terms. Here, resilience was not treated as a vague virtue or a lucky inheritance. It was presented as a living system, written partly in genes, shaped heavily by behavior, and increasingly trackable by machines small enough to sit beneath the skin.
The session, **“Building Resilience & Reducing Stress Using The Secrets Encoded In DNA,”** brought together **Chris Moore of DNK** and **Dr. Rex Gloria**, who made a joint case for a future in which healthcare moved beyond averages and into radical personalization. Their central thesis was simple, if profound: the body does not fail because stress exists, but because the stress response becomes maladaptive, chronic and unexamined.
“It is not the stress itself that makes us sick,” Dr. Rex Gloria said, “but rather the stress response and how our body reacts to it.”
The End Of Protocol Medicine
Moore, opening the presentation, described biohacking not as a collection of fashionable interventions but as a disciplined study of individual difference. Genetics, phenotype and life-tracking data, he argued, should not sit in separate silos. They should be assembled into a long view of how one particular human being performs under pressure.
“In healthcare, we must move away from protocol management to individual healthcare because it is all about how you perform best as an individual,” Moore said.
That statement landed as both critique and manifesto. For decades, mainstream medicine has tended to reward standardization: interventions tested on populations, recommendations issued in broad strokes, success measured by statistical majorities. Moore’s challenge was aimed at that very architecture. If a treatment benefits 99 per cent of people but harms the remaining 1 per cent, he suggested, the person inside that 1 per cent requires a medicine built around self-knowledge, not compliance.
This was the N=1 model, spoken of not as futurism but as necessity.
Stress As Data, Not Doom
There was a refusal, throughout the talk, to cast stress as an unqualified villain. Moore framed it instead as a permanent feature of modern existence, something neither avoidable nor uniformly harmful.
“Stress doesn’t have to be bad; we live in stress constantly in different forms, and it is how we manipulate and use it that matters,” he said.
That distinction mattered. In this framework, the goal was not a stress-free life, an impossible fantasy, but a more intelligent relationship with stress. The body’s reactions could be measured over time. Its thresholds could be mapped. Its responses could be trained.
Moore pointed to longitudinal biometrics as a crucial part of that effort, including implantable temperature sensors designed to gather years of physiological data. He described the body as an experiment already in progress, with each cold plunge, sauna session, supplement, meal and night of sleep offering a new line of evidence. The question was no longer whether an intervention was fashionable or theoretically beneficial. The question was what it actually did to you.
The Genes Of Resilience, And Their Limits
If Moore supplied the architecture, Dr. Rex Gloria supplied the deeper biology. His presentation turned to a group of genes often associated with resilience and stress regulation, including **NPY, BDNF, COMT, DRD4** and the serotonin-linked **5-HTR2A** receptor. Yet he was careful not to let genomics harden into fatalism.
“Resilience is not something you are born with; it is cultivated and you can harness it,” he said.
That sentence cut against one of the laziest interpretations of genetic science: that DNA is destiny. Dr. Gloria instead described genes as a score, not a performance. Genomics, epigenetics and phenotype, he explained, interact like sheet music, instruments and the final sound. The notes may be fixed, but how they are played remains open to influence.
That was where biohacking, in its best sense, entered the picture. Probiotics, cold immersion, vagal activation, meditation, intermittent fasting, sunlight exposure, new skill acquisition and cardiovascular exercise were all discussed not as cure-alls but as levers that could alter expression and improve adaptation. Exercise, he noted, could significantly increase BDNF activity, while chronic stress could suppress it. Lifestyle, then, did not merely decorate biology. It negotiated with it.
Food As Genetic Conversation
Nutrition, too, was cast in molecular terms. Moore focused on functional foods, especially collagen and hyaluronic acid, arguing that modern diets had drifted too far from older “nose to tail” patterns of eating. In his account, an overreliance on methionine-rich muscle meats, eggs, dairy and fish had helped create an imbalance, depleting glycine and affecting recovery, connective tissue and cellular health.
The proposed answer was not dietary puritanism but restoration: more glycine-rich support, more structurally intelligent supplementation, more attention to how foods work at the epigenetic and cellular level.
The rhetoric here was unmistakably biohacker in tone, but beneath it was a larger philosophical move. Food was not being discussed as fuel or pleasure alone. It was being treated as information, an ongoing biochemical conversation with the body.
The Brain Does Not Rule Alone
Perhaps the most compelling part of Dr. Gloria’s talk came when he dismantled the idea that mental resilience could be solved at the level of thought alone. The brain, he argued, does not simply command the body from above. It receives continuous feedback from it. If the body registers danger, inflammation or unresolved threat, cognition itself is changed.
This was where mind-body medicine entered not as slogan but as mechanism. The body’s stress signals could override the loftier ambitions of self-optimization. A calm mind, in this reading, could not be reliably built on a body still sounding the alarm.
Dr. Gloria tied that idea to neuroplasticity, one of the great medical insights of the modern era. What is practiced becomes not perfect, he said, but permanent. Repetition lays wiring. Habits, attention and environment shape the nervous system over time.
“What you practice does not make it perfect, but it makes it permanent,” he said.
A Personal Testimony In A Culture Of Metrics
Then the presentation shifted, almost startlingly, from mechanism to confession.
Dr. Gloria shared his own genetic results and the crisis that followed years later: business betrayal, overwhelming patient demand, physical collapse and a health scare that included a lung infection first feared to be a tumor. His story gave the science a human contour. Here was a physician steeped in functional medicine, armed with data, still vulnerable to overload.
His response was not heroic in the conventional sense. He shut down his clinic, withdrew from his former life, moved to Thailand and began rebuilding from first principles. He learned meditation. He learned a new language. He walked instead of being driven. He stepped out of identity and into practice.
It was a portrait of resilience less glamorous than the word often suggests. Not triumph by force, but restoration by repetition.
The Promise And The Caution Of The N=1 Age
By the session’s close, Moore returned to the stage to outline the **Nordic Biohacker Experiment**, a community-based initiative intended to combine genetic testing, biochemistry, supplements and webinars in order to observe how individuals respond to interventions over time. It was not framed as a formal clinical trial, but as a social experiment in collective self-study.
That ambition captured the wider mood of the event itself. At **Biohacker Summit 2022 Amsterdam**, the body was increasingly imagined as readable, improvable and deeply specific. Yet the strongest insight from this presentation was not technological. It was philosophical.
The body, Moore and Dr. Gloria suggested, is not a machine waiting to be dominated. It is a dynamic system asking to be understood. Genes matter, but they do not close the case. Stress is constant, but it need not become injury. Resilience is not a gift handed down to a fortunate few. It is built, piece by piece, through attention, feedback and practice.
In a culture still addicted to one-size-fits-all prescriptions, that may have been the most radical proposition of all.
Part of Biohacker Summit 2022 Amsterdam