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Beyond Biomarkers: How Modern Technology Is Affirming Ancient Medicine

Beyond Biomarkers: How Modern Technology Is Affirming Ancient Medicine

Forbes5 days ago
Dr. Trisha Swift is the CEO of Mula, an integrative health practice specializing in tech enabled preventative care and root-cause healing.
A recent study published in Current Biology has made waves in both the scientific and wellness communities: Each person has a unique respiratory fingerprint, a distinct nasal breathing pattern that can identify them with 96.8% accuracy, much like a biometric ID.
But the implications of this respiratory biometric stretch far beyond just identification. These breath patterns were found to correlate with physical health markers (like BMI), emotional states (like anxiety and depression) and cognitive function (such as sleep quality and behavior).
At its core, this discovery brings modern science full circle with ancient healing traditions. In Ayurveda, Prana, the life force carried by the breath, is understood to nourish both the mind and body and can be viewed as a nonphysical substance, finer than oxygen. In traditional Chinese medicine, Qi flows with the breath and is a key indicator of vitality and well-being. These traditions always saw breath not merely as a mechanical act, but as a mirror of the whole self.
Now, neuroscience is saying the same thing.
The study linked above used 24-hour nasal airflow monitoring and found that respiratory patterns remained remarkably stable across time and conditions, including rest, sleep, stress and activity. Even more compelling, these breath signatures reflected underlying emotional dysregulation and cognitive strain, often before they were consciously acknowledged by the person being studied.
From Breath To Burnout
The early identification of imbalances caused by chronic stress resonates deeply in our current health climate, where burnout, emotional exhaustion and cognitive fatigue are silently epidemic. We often talk about burnout in terms of long hours, high demands and lack of purpose, but what if we could detect its early physiological signs before people reach their breaking point? What if we could monitor subtle changes in our breathing and recognize when something is off, not just physically, but emotionally and mentally?
This would represent a radical shift: not just toward early diagnosis but true preventive care. Rather than waiting for a diagnosis from disease screening or a breakdown from burnout, we could intervene at the first sign of dysregulation through lifestyle adjustments, breath work, sleep optimization or support for emotional health.
These are not abstract ideas. They are actionable shifts waiting to happen if we invest and build the technology and systems to support them.
Innovation Must Catch Up
Modern healthcare, as it stands, is ill-equipped to detect this kind of subtle imbalance. It is built on late-stage intervention, rigid protocols and coding systems that reward acute illness over balanced health.
Clinicians are overburdened with checklists, prior authorizations and productivity quotas. The system is excellent at treating disease, but poor at maintaining health.
That's why rethinking how we assess health by embracing unconventional markers of well-being, like breath patterns, heart pulsations and other nonconventional biomarkers isn't just helpful; it's urgent. In a system centered on diagnosing disease, we need new frameworks that recognize the subtle rhythm disruptions before illness takes root. By moving beyond what's easily billable toward what's truly meaningful, we can open the door to more personalized and preventative care.
Wearables have already started moving us in this direction. Finger-based ring wearables from a variety of brands, like Oura, SleepOn and Circul, can help track personalized health metrics such as sleep quality, heart rate variability, readiness scores and skin temperature. These wearables have empowered users to identify trends, optimize recovery and adjust behavior in real time. What these wearables have done for sleep and recovery, respiratory fingerprinting could do for emotional resilience and cognitive clarity.
Imagine being alerted when your breath indicates rising anxiety levels, even before you feel physically stressed. Imagine your care team being notified when your sleep-breathing rhythm subtly shifts, predicting an oncoming bout of depression or cognitive fatigue. These are the front lines of preventative care. They are the future of medicine that honors the whole person, not just their diagnosis.
Ancient Wisdom, Modern Precision
In traditional healing systems, imbalance was addressed before illness appeared. Practitioners read the pulse, the tongue, the skin and the breath to assess how energy was flowing in the system. Treatment wasn't reactionary. It was responsive.
The respiratory fingerprints discovery is a scientific bridge back to that wisdom. It offers modern precision to ancient intuition. It also offers a compelling blueprint for the next evolution of healthcare: one that is personalized and predictive.
But to get there, we must invest in technology that captures dynamic health data, not just lab values once a year. We must support clinicians in using these insights within care plans and build reimbursement models that reward prevention, not just higher acuity. And most importantly, we must believe that well-being is more than the absence of disease—it's also in experiencing functional balance across all body systems.
A New Way To Measure Wholeness
As we learn more about how to measure ancient biomarkers, one thing is true: They are not a gimmick. They are a call to measure differently, to care differently and to lead differently.
As a healthcare leader, I've seen what happens when systems become more focused on managing cost than advancing well-being. I've witnessed talented professionals fall into burnout while meeting metrics that have little to do with transforming healthcare. I've also seen the power of aligning cutting-edge technology with the timeless principles of traditional medicine and the whole-person healing it can enable.
The discovery of respiratory fingerprints is not just a biometric breakthrough. It's a wake-up call to reimagine how we define, measure and maintain health. It affirms what many of us in the whole-health and integrative space already know: Well-being is complex, dynamic and deeply personal.
It also strengthens the case I've made in my previous articles for high-tech holistic medicine and how innovation can help make the pivot from focusing on cost-containment to avoidance. We must invest in systems that listen to and measure the full story of our health, not just what's visible on a lab panel.
It's time to breathe new life into healthcare and ourselves.
Forbes Technology Council is an invitation-only community for world-class CIOs, CTOs and technology executives. Do I qualify?
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