Six Things Happening in Your Body During a SOMA Breath Session That Explain Every Result You Have Ever Heard About

By Destinē the Leader · Energy of Creation

SOMA Breath is not a breathing exercise. It is a precisely sequenced physiological intervention that works through six measurable biological mechanisms simultaneously — shifting your nervous system state, improving cellular oxygen delivery, stimulating adaptive responses at the cellular level, and creating the conditions for emotional processing and release. Every element of the practice — the rhythm, the holds, the music, the pacing — is designed around specific physiological targets with documented outcomes.

For high performers, the science matters. Not because you need a permission slip to try something that works but because understanding the mechanism is what turns a one-time experiment into a consistent practice. When you know what is happening — why the tingling comes, what the breath hold is actually doing, why the stillness at the end is qualitatively different from ordinary relaxation — the practice makes sense at the level that high performers trust: evidence, mechanism, result.

Here are the six things happening in your body during a SOMA Breath session that explain every outcome that practitioners report.

Why the Breath Has So Much Power Over Everything Else

Before the specific mechanisms — the reason breath has such outsized influence over physiology relative to other inputs.

The breath is unique among all physiological processes in that it operates both automatically and voluntarily. Your heart rate, your cortisol, your immune function — these are not accessible to conscious control. You cannot decide to lower your cortisol through intention alone. But you can change your breathing pattern. And because the breath is directly wired into the autonomic nervous system through multiple anatomical pathways, changing the breath is one of the most direct routes available to deliberately shifting the state of the entire system.

Every breath you take influences your heart rate, your blood chemistry, your brain state, and the electrical activity of your nervous system. Most people breathe between seventeen thousand and twenty-three thousand times per day — all of those breaths shaping the physiological state of the system that is doing the performing. SOMA Breath uses that influence precisely, intentionally, and with documented effect.

Mechanism 1 — The Bohr Effect and Why Your Brain Is Not Getting What It Needs

The Counterintuitive Truth About Oxygen

Here is the mechanism most high performers have never heard of — and the one that most directly explains why stress makes your thinking foggy, your decisions murky, and your creativity inaccessible.

Most people understand oxygen as essential and CO2 as the waste product to be expelled. This leads to the intuitive conclusion that breathing faster and more deeply takes in more oxygen and is therefore better. In most contexts this is physiologically wrong — and the error is costing you cognitive capacity every day.

What the Bohr Effect Actually Describes

Oxygen is carried in the blood bound to hemoglobin. The efficiency with which hemoglobin releases that oxygen to the cells — including the brain — depends critically on CO2 levels. The Bohr Effect, described by Danish physiologist Christian Bohr in 1904, documents this relationship: when CO2 levels in the blood are adequate, hemoglobin releases oxygen efficiently to where the body needs it. When CO2 levels drop — as happens during the shallow, rapid, chest-centered breathing of chronic stress — hemoglobin holds oxygen more tightly and delivers less of it to the cells.

The high performer who is breathing shallowly throughout a stressed workday has oxygen in their blood. They are just not delivering it efficiently to the brain.

What This Produces — and What SOMA Breath Does About It

The cognitive fog, the 2:00 PM wall, the inability to access creative clarity under pressure — these are partly symptoms of Bohr Effect impairment. The brain is underserved with oxygen not because you are not breathing but because the stress breathing pattern is preventing efficient delivery.

SOMA Breath's rhythmic breathing and breath holds are designed to optimize the CO2-oxygen balance — maintaining the conditions in which oxygen delivery to the cells and brain is maximally efficient. The cognitive clarity practitioners consistently report after a session is partly a direct consequence of the brain receiving the oxygen it was not efficiently getting during the stress state.

The result: clearer thinking, faster processing, reduced brain fog — not as a side effect of relaxation but as a direct consequence of improved cellular oxygenation.

Mechanism 2 — Intermittent Hypoxia and What Happens at the Cellular Level

The Adaptation That Altitude Training Produces — Through Breath

Elite athletes train at altitude to produce specific cellular adaptations — more efficient mitochondria, more red blood cells, greater cardiovascular resilience. SOMA Breath produces functionally similar adaptations through controlled breath holds, without the logistical requirements of altitude.

During a breath hold, oxygen availability at the cellular level drops briefly. This activates Hypoxia-Inducible Factor 1-alpha (HIF-1α) — the protein that functions as the master regulator of the cellular hypoxia response and triggers a cascade of adaptive responses:

Mitochondrial biogenesis — the production of new mitochondria, increasing the cellular capacity for ATP (energy) production. More mitochondria means more efficient energy metabolism and the sustained energy that high performers are constantly trying to maintain through caffeine and willpower.

Angiogenesis — the growth of new blood vessels, improving the vascular infrastructure through which oxygen reaches the cells and the brain.

Erythropoiesis — stimulation of red blood cell production, improving the blood's oxygen-carrying capacity.

Antioxidant upregulation — increased production of the enzymes that neutralize reactive oxygen species — the molecules that accumulate under chronic stress and accelerate cellular aging.

The result: sustained energy without the crash, faster recovery between demands, and the cellular resilience that makes high performance sustainable rather than consumptive.

Mechanism 3 — Nitric Oxide and What Nasal Breathing Is Actually Doing

Why SOMA Breath Emphasizes Nasal Breathing

SOMA Breath's emphasis on nasal breathing throughout the session is not preference or tradition. It is targeted optimization of a specific physiological mechanism.

The nasal passages and sinuses are the primary production sites in the body for nitric oxide — a molecule with effects that extend far beyond the respiratory tract. When you breathe through your nose, the nitric oxide produced in the sinuses is entrained in the nasal airflow and carried into the lungs, where it is absorbed into the bloodstream and distributed systemically. Mouth breathing bypasses this entirely.

What Nitric Oxide Does for High Performers

Vasodilation — nitric oxide relaxes blood vessel walls, improving circulation throughout the body and brain. Better blood flow means better nutrient and oxygen delivery to every system.

Cognitive function — in the brain, nitric oxide functions as an atypical neurotransmitter involved in memory consolidation, learning, and neural plasticity. The cognitive sharpness and learning capacity that high performers depend on are partly nitric oxide-dependent.

Anti-inflammatory effects — at appropriate concentrations, nitric oxide has systemic anti-inflammatory effects, reducing the chronic low-grade inflammation that is a consistent feature of chronic stress physiology.

Immune function — nitric oxide plays a role in innate immune defense, including antimicrobial activity in the respiratory tract.

The result: improved circulation, sharper cognitive function, reduced inflammatory load, and better immune resilience — the health outcomes that high performers mean when they say they want to stop getting sick every time they finally slow down.

Mechanism 4 — The Vagus Nerve and the Shift From Surviving to Performing

The Most Important Nerve You Have Never Thought About

The vagus nerve is the longest cranial nerve in the body — it travels from the brainstem through the chest and abdomen, innervating the heart, lungs, digestive tract, and numerous other organs. It is the primary pathway of the parasympathetic nervous system and the primary regulator of the stress response.

When the vagus nerve is activated, the stress response is dampened at the source. Cortisol decreases. Heart rate slows. Digestion resumes. Immune function is restored. The prefrontal cortex regains access to its full capacity — including the creative thinking, emotional regulation, and strategic clarity that chronic activation has been systematically suppressing.

Heart Rate Variability as a Performance Metric

Vagal tone — the resting baseline activity of the vagus nerve — is measured in real time through heart rate variability. High HRV indicates a flexible, resilient nervous system. Low HRV indicates a system locked in chronic activation.

The practical performance consequence: low HRV means you are not recovering between demands. Every meeting, every decision, every relationship is drawing from a progressively more depleted account. High performers with low HRV are performing — but they are performing on debt.

SOMA Breath's rhythmic breathing pattern is specifically paced to maximize vagal activation and the HRV improvement that accompanies it. Multiple clinical studies have documented significant HRV improvements during and after structured breathwork sessions — effects that persist for hours to days after a single session and compound with regular practice.

The result: measurable nervous system recovery, improved HRV, reduced reactivity — and with regular practice, a resting baseline that changes the quality of everything built on top of it.

Mechanism 5 — Brainwave States and the Conditions for Real Creative Access

What Happens to Your Brain During a SOMA Breath Session

During a SOMA Breath session, the combination of rhythmic breathing, breath holds, and music produces measurable changes in brainwave activity — shifts that are documented in the research literature on breathwork and altered states.

The relevant brainwave states:

Beta (13–30 Hz) — the dominant state during ordinary working consciousness: analytical thinking, problem-solving, worry, planning. Where most high performers spend the vast majority of their day.

Alpha (8–13 Hz) — a relaxed, open awareness associated with creativity, diffuse thinking, and the early stages of meditative experience. Where insight tends to arrive.

Theta (4–8 Hz) — deep relaxation, emotional processing, access to subconscious material, and the neurological conditions associated with neuroplasticity — the brain's ability to form new connections and reorganize its patterns of response.

During the active breathing phase, brainwave activity shifts from beta toward alpha. During breath holds, the shift deepens toward theta. The creative access, emotional processing, and insight that practitioners report during and after breathwork corresponds to these states.

The result: access to the creative capacity that chronic beta-dominance forecloses — the ideas that arrive in the shower, the solutions that appear on a morning walk, the clarity that comes from somewhere other than grinding harder. Except on demand, facilitated, and consistent.

Mechanism 6 — Somatic Discharge and the Body Clearing What the Mind Cannot

Why the Emotional Releases Are Not Incidental

Breathwork commonly produces physical and emotional responses during sessions — tears, trembling, waves of feeling, laughter, release. These are not psychological performances or signs that something is going wrong. They are the most important thing happening in the room.

The nervous system stores experience — particularly stressful and traumatic experience — in the body, not only in conscious memory. Chronic muscle tension, altered breathing mechanics, and the persistent physiological hypervigilance of a system that never fully discharged its stress load are all forms of somatic storage. This is the physiological basis of the feeling of carrying something without being able to name it or put it down.

Breathwork creates the conditions — altered brainwave state, activated nervous system, music-held emotional permission — for this stored material to discharge. The trembling, tears, and waves of feeling are the body doing the clearing that talk-based approaches cannot fully access. After this clearing, the quality of available attention, emotional range, relational presence, and creative capacity improves — not as a mood but as a measurable change in the system.

The result: the confusion that came from operating on accumulated emotional residue — the sense of being blocked, flat, or disconnected without a clear reason — begins to clear. The isolation that builds when you are too depleted to be fully present with the people around you begins to lift. Creative capacity returns. Relational presence deepens. Business decisions that required grinding through fog begin to arrive with clarity. What was fragmented becomes more coherent. What was inaccessible becomes available again.

All Six — Happening at Once

In a single guided SOMA Breath session, all six mechanisms are operating simultaneously and synergistically:

Bohr Effect optimization — rhythmic breathing and breath holds improve cellular oxygenation, particularly in the brain. Clearer thinking, reduced brain fog.

Intermittent hypoxia — controlled breath holds activate HIF-1α, stimulating mitochondrial biogenesis, angiogenesis, and antioxidant upregulation. Sustained energy, faster recovery.

Nitric oxide production — sustained nasal breathing maximizes nitric oxide delivery, improving circulation, cognitive function, and immune resilience.

Vagal activation — rhythmic diaphragmatic breathing produces sustained parasympathetic engagement, measurable HRV improvement, cortisol reduction. Nervous system recovery.

Brainwave entrainment — the breathing arc and music guide the brain toward alpha and theta states, facilitating creative access and neuroplastic reorganization.

Somatic discharge — the altered physiological conditions create the opportunity for stored stress to clear. Less confusion, more coherence, fuller emotional availability.

The felt experience of a session — the tingling, the expansion, the emotional waves, the profound stillness at the end — is the subjective experience of six mechanisms operating in a coherent, sequenced, facilitated arc. Not one thing. All of it, at once.

Experience the Science in Person

Understanding this is one thing. Feeling it in your body — inside a community of people who showed up for the same reason you did — is something else entirely.

Energy of Creation's Social Club brings guided conscious breathwork to Central Texas — professionally facilitated, set to a live music arc, and experienced through a premium immersive headset so the journey is genuinely yours. The social hour after the session gives the community and connection time that the practice opens you to receive. Headsets are limited and spots must be booked in advance.

→ View the next Social Club session and secure your spot

Super Sunday brings the same live, facilitated breathwork practice online every first Sunday of the month — for when in-person is not yet the right step.

→ Explore Social Club → Explore Super Sunday

Frequently Asked Questions

What is the science behind SOMA Breath? SOMA Breath produces measurable physiological changes through six mechanisms: Bohr Effect optimization (improving cellular oxygen delivery via CO2 balance), intermittent hypoxia activating HIF-1α and mitochondrial biogenesis, nitric oxide production through nasal breathing, vagus nerve activation improving HRV and reducing cortisol, brainwave entrainment toward alpha and theta states, and somatic discharge of stored stress through altered physiological conditions.

What is the Bohr Effect in breathwork? The Bohr Effect describes how CO2 levels determine the efficiency of oxygen release from hemoglobin to the cells. Chronic shallow breathing reduces CO2, causing hemoglobin to hold oxygen more tightly and deliver less to the brain. SOMA Breath's breathing patterns and breath holds optimize CO2 balance — improving cellular oxygenation and the cognitive clarity that depends on it.

What does intermittent hypoxia do during breathwork? Brief, controlled breath holds create temporary periods of reduced cellular oxygen that activate HIF-1α — triggering mitochondrial biogenesis, angiogenesis, increased red blood cell production, and antioxidant upregulation. These are the same cellular adaptations produced by altitude training, created through breath rather than geography.

Why does breathwork produce emotional releases? The theta brainwave states and altered physiological conditions of deep breathwork create the neurological and somatic conditions for stored stress and emotional material to discharge — material that the nervous system holds in the body rather than only in conscious memory. Tears, trembling, and waves of feeling are physiological clearing events, not psychological performances.

Does breathwork actually improve HRV? Yes. Multiple clinical studies have documented significant HRV improvements during and after structured breathwork sessions — effects that persist for hours to days following a single session and compound with regular practice into improvements in resting baseline HRV.

Where can I experience SOMA Breath in Central Texas? Energy of Creation's Social Club offers guided conscious breathwork sessions in Central Texas — each participant in a premium immersive headset experience. Super Sunday brings live facilitated breathwork online every first Sunday. Visit energyofcreation.com/social-club to view the next session and book your spot.

Destinē the Leader is a SOMA Breath Certified Transformational Coach, 500-hour yoga teacher, Ayurvedic practitioner, sound therapist, and ecstatic dance DJ. She is the founder and Minister of Love at Energy of Creation — a 508(c)(1)(a) nonprofit wellness community whose mission is Breaking Cycles, Building Futures.

→ energyofcreation.com · energyofcreation.com/social-club