A SOMA Breath video, published in late October 2026 and running under four minutes, makes a bold opening claim: most breathwork is being done wrong, and some techniques may stress the body more than doing nothing at all. Its speaker, Niraj Naik, presents himself as a pharmacist and the founder of SOMA Breath, and he builds his case on one idea that deserves more attention than the usual wellness pitch gives it: that carbon dioxide, the gas most people think of as waste, is central to how oxygen actually reaches the brain and organs. The video is promotional, and several of its claims go well past what its own supporting notes establish. But the core physiology it points to is real, and it explains a common experience that many people have had in a breathwork session: the tingling, the dizziness, the sense that something has gone wrong while you were trying to go deeper.
Picture someone who has signed up for a fast, forceful breathing session because they want to feel more awake. Ten minutes in, their hands start to tingle. The room seems to lean slightly. Their chest is working hard, but they feel less present, not more. They tell themselves this is a breakthrough and push harder. This is the scenario Naik opens his video with, and it is the one he wants you to recognize. The opening line, "Don't do breathwork. Seriously, don't do it," is a provocation, and it is also a deliberate hook. He names the practices most people already know, including the Wim Hof method and box breathing, and says that even a yoga teacher's instruction can be a problem unless you understand one thing first.
That one thing, in his telling, is what happens when you breathe more than your body needs. The sensations of over-breathing are not a sign that you are getting more from each breath. They can be a sign that you are getting less.
The mechanism Naik describes is the Bohr effect, and it is the heart of the video. In his words, "When you over-breathe, you actually dump too much CO2. And CO2, the gas you think is a toxic waste gas, is actually the key that unlocks oxygen delivery to your cells. Blow it all off, and your blood is full of oxygen that never actually reaches your brain or your organs."
"When you over-breathe, you actually dump too much CO2. And CO2, the gas you think is a toxic waste gas, is actually the key that unlocks oxygen delivery to your cells." (Niraj Naik, SOMA Breath video, published October 2026, around 0:53)
The supporting notes that accompany the video put this on firmer ground. Carbon dioxide helps regulate blood flow and the release of oxygen from haemoglobin. Excessive ventilation can lower carbon dioxide, reduce blood flow to the brain and cause lightheadedness. The notes sum it up in a line worth keeping: more breathing does not automatically mean better oxygen delivery.
This is the counterintuitive part. Most people assume that if they breathe faster and deeper, they are feeding the body more oxygen. But the amount of oxygen in your blood is only half the story. What matters is whether that oxygen gets released where it is needed, and CO2 plays a role in that handoff. When you flush out too much of it through rapid breathing, the blood can hold plenty of oxygen while tissues, including the brain, receive less of it than you would expect. That mismatch is one plausible explanation for why a session meant to calm you can instead leave you foggy, dizzy or panicky.
Naik states that "the average person breathes 15 to 20 times a minute" and that "the optimal rate is actually four to six breaths a minute." He links the habit of over-breathing to a state of low-grade fight or flight, the foggy, wired-but-tired feeling that many people describe.
The numbers need some context. The supporting notes give a normal adult resting rate as commonly 12 to 20 breaths per minute, so the speaker's average is at the upper edge of what is typical. They also describe a pace of around four to six breaths per minute as one used in deliberate slow-breathing practices. The notes add that the right practice depends on the person and their context. In other words, a slow rhythm is a tool used with intention, not a universal target that every person should hit on their own.
This distinction matters. Breathing rate, depth and timing work together, as the notes say. A slow, controlled pace is not the same as forcing a deep breath or holding one. A reader who wants to explore slower breathing should think about rhythm as a whole rather than chasing one number.
The video also takes aim at the idea that more oxygen always helps. Naik describes what he calls the oxygen paradox: "The more oxygen you force in, the more oxidative stress you actually create. It literally accelerates aging at cellular level." That is a striking claim, and it is worth reading carefully. The video offers it as a statement about the body's cells, without giving the study design or the dose behind it.
The notes draw a useful line here. Oxygen exposure and oxidative stress depend on dose and conditions. Research involving concentrated or supplemental oxygen should be kept separate from breathing ordinary air during a guided practice. So the caution is about how much oxygen and under what conditions, not a blanket warning against breathing normally. A slow, nasal, rhythmic practice using ordinary air is a different situation from a high-concentration oxygen protocol, and the two should not be conflated.
Naik argues that mouth breathing "bypasses your body's natural filtration system and cuts off your production of nitric oxide," which he describes as the molecule that dilates blood vessels, supports the immune system and keeps the heart healthy. The notes support the core of this: nasal breathing filters and conditions incoming air and carries nitric oxide from the nasal passages, and nitric oxide supports blood-vessel function. The notes also say nitric oxide is produced elsewhere in the body, which is a useful reminder that the nasal route is one contributor, not the only source.
For a reader, the practical takeaway is simpler than the video's framing. Breathing through the nose is a sensible default for most practices, and it is also the foundation of the rhythmic, slow approach the video promotes. Whether mouth breathing has the broader health consequences Naik describes is a question for a clinician and the primary literature, not for a single promotional video.
The video cites "the biggest breath work study done today by Cambridge University" as validation for its approach. The supporting notes describe something more specific and more modest. Cambridge-affiliated researchers studied 14 beginners across 301 repeated breathwork sessions and found associations between reported psychedelic-like experiences, including bliss, and EEG signal complexity. The research is listed as Lewis-Healey et al., published in Cerebral Cortex in 2024.
The important word is associations. The study looked at subjective experience and brain activity over repeated sessions. It was not a clinical treatment trial, and it did not guarantee any particular experience. That is a legitimate and interesting finding about how the brain's signal patterns relate to what people report feeling during breathwork. It is not the same as showing that a given app or method reliably produces bliss, lowers stress or heals a chronic condition. The video's leap from one to the other is the weakest link in its argument.
The video's most useful idea is not any single claim. It is the suggestion that breathwork should be treated like a dose rather than a free-for-all. Naik describes his system as "a doses system for your breath," and says, "I made it like a prescription, a dose." Whatever you think of the marketing, that framing points to questions worth asking of any practice you consider.
- Rhythm: Is the pace controlled and gentle, or is it forceful and fast? Slow, nasal, rhythmic breathing is the pattern the video and its notes describe.
- Recovery: If you feel lightheaded, tingly or panicky, does the instructor tell you to slow down, or to push through?
- Oxygen conditions: Is the practice using ordinary air, or something concentrated? The notes flag that the two are different.
- Your health: The video says Naik used his approach to address a chronic illness. That is his personal account and cannot be verified from the video. If you have a condition, talk with your clinician before starting any intensive breath protocol.
- Claims: Be skeptical of promises about aging, immunity or guaranteed states. Look for the study design and what it measured.
Naik also says that "every Sunday thousands of people in over 50 countries breathe together" in live sessions and that "your heart rhythms actually synchronize with the people around you," which he calls group coherence. Those are claims about the platform's reach and a physiological effect in groups. They are his to make, and they are not established by the material provided here. A reader can still enjoy group practice on its own terms without accepting every stated mechanism.
If the core idea landed for you, start with the physiology rather than the product. Read the Lewis-Healey et al. study in Cerebral Cortex (2024) to see what the EEG work actually found, and note its limits. Learn the basic relationship between carbon dioxide, ventilation and blood flow to the brain, and pay attention to how your own body responds when you breathe slowly through the nose compared with when you breathe fast and hard.
If you want to try a guided practice, SOMA Breath's own pages list a free masterclass and live Breathe Together sessions on its YouTube channel. Treat them as you would any instruction: notice how you feel, stop if you become lightheaded, and check with a clinician if you have a health condition. The most useful thing this video offers is not a promise. It is a reminder that breathing more is not the same as breathing better, and that the rhythm, the gas balance and your own response matter more than the number of breaths you can squeeze into a minute.
