Myobrace vs Braces for Children — What the Research Doesn't Tell You
Share
Parents comparing Myobrace to traditional braces are typically trying to answer the question: which is more effective at straightening my child's teeth? Studies are mixed. Some show comparable outcomes in specific populations. Others show braces produce more predictable alignment. The comparison feels inconclusive.
The comparison is inconclusive because it's asking the wrong question. The relevant question isn't which produces straighter teeth — it's which approach supports the structural development that determines whether teeth stay straight, whether the airway develops adequately, and whether the child's broader structural health is heading in the right direction.
When framed this way, the two approaches aren't comparable alternatives. They're fundamentally different in what they do and what they produce.
What Braces Actually Do Structurally
Braces move teeth through mechanical force applied directly to the tooth roots via brackets and wires. The target positions are determined by the treating orthodontist's aesthetic goals — typically a straight, level occlusal plane and aligned midlines.
From the structural perspective: braces alter the bite's geometry without addressing the arch development or structural state that produced the crowding. The teeth are moved to new positions. The arch remains the width it was. The structural driver of the crowding — inadequate arch development from poor structural conditions during the growth window — is unchanged.
The result: straight teeth that require indefinite retainer use to stay straight, because the structural conditions producing the crowding are still present. And the bite alteration that braces produce — changing the cusp geometry and Curve of Spee that the natural bite developed — creates downstream structural consequences that accumulate over subsequent decades. The child who had braces at twelve is on a different structural trajectory than the child who didn't, and the trajectory braces create is consistently worse.
This is not a theoretical concern. Across hundreds of cases observed over a decade, the pattern is consistent: people who had braces look worse structurally decades later than comparable people who didn't. The teeth look straight. The skull and spine have paid a price.
What Myobrace Actually Does Structurally
Myobrace is a series of removable appliances worn primarily during sleep (and ideally some hours during the day in children). The appliances are soft rubber devices that sit between the teeth, providing vertical height with an unlocked occlusion.
This is structurally different from braces in a fundamental way: Myobrace provides vertical height and allows the jaw to move freely. It doesn't push teeth to new positions. It provides the structural support condition — vertical height with unlocked occlusion — that allows the skull's soft tissue to be stretched, the skull to gradually inflate, and the arches to develop wider naturally.
Myobrace works by the same physics as RevivOne. The appliance sits in the mouth overnight. It maintains the jaw in a slightly open position. The soft tissue of the skull is stretched. The skull re-inflates. The arches widen as the structural conditions improve. The teeth have more room. The crowding reduces — not because teeth were pushed, but because the arch they sit in grew wider.
This is why Myobrace's results are inconsistent in the research: outcomes vary dramatically depending on whether the child wears it consistently, at what age treatment begins, and the severity of structural compromise. But when it works, it's working through a genuine structural improvement mechanism. When braces "work," they're producing a cosmetic result through mechanical tooth-moving while the underlying structure deteriorates.
Where Myobrace Falls Short
Myobrace's marketing emphasizes tongue posture exercises, swallowing patterns, and nasal breathing training. These functional training elements are why Myobrace practitioners spend time on myofunctional therapy exercises alongside appliance use.
From the structural perspective, these elements are largely irrelevant. The appliance works by providing vertical height with an unlocked occlusion. The tongue posture exercises don't meaningfully contribute to structural improvement — tongue posture is a consequence of structural improvement, not a driver of it. Years of tongue posture exercises on a child without any appliance produce essentially nothing. The same child wearing the Myobrace appliance consistently shows meaningful structural improvement.
The portion of Myobrace's program that matters: the nightly appliance use. The rest is supplementary at best and an unnecessary focus at worst.
Understanding this means Myobrace's results are predictably better when it's used consistently overnight — and the exercises can be dropped without affecting structural outcomes for most children.
The Price Comparison
Myobrace is typically administered through a practitioner's office and priced at $2,000-$5,000+ for the full treatment program. Braces range from $3,000-$8,000+ depending on case complexity and market.
The price of the appliance itself — the rubber device that provides the structural support — is a fraction of these treatment costs. The rest of the cost in both cases covers the practitioner's time, the treatment planning, and in Myobrace's case, the functional training program.
RevivOne at $25 works through the same physics as the Myobrace appliance. It provides vertical height with an unlocked occlusion. The structural decompression mechanism is identical. For parents whose child needs structural support during the critical growth window, the accessible alternative is available.
For very young children or children who need more guided treatment, a Myobrace practitioner may provide valuable oversight. For older children who can manage an appliance reliably, RevivOne provides the same structural support at a fraction of the cost.
The Right Framework for the Comparison
Myobrace vs braces isn't really a comparison between two treatment approaches. It's a comparison between:
An approach that works with structural development (Myobrace / structural support through vertical height) and produces lasting improvements because it improves the structural conditions causing the crowding.
An approach that works against structural development (braces) and produces cosmetic improvements that require indefinite maintenance because the structural driver of the crowding is unchanged and the bite alteration braces create generates downstream consequences.
For a child whose teeth are crowded, the question isn't "which straightens teeth more effectively?" The question is: "which produces a child who, at thirty, has a structurally sound skull, adequate airway, and teeth that are still in good alignment — without a lifetime of retainer use?"
The structural approach wins that comparison clearly. Myobrace is a version of the structural approach. Braces are not.
RevivOne at $25 with free shipping. The Skool community (https://www.skool.com/reviv-2885/about) includes parents who have navigated exactly this comparison in both directions.
RevivOne is an occlusal guard designed to help reduce bruxism (teeth grinding) and jaw tension during sleep. Individual results vary. The observations and community patterns described in this article reflect the founder's personal experience and reports from community members, and are not intended as medical advice. Consult your child's healthcare provider before beginning any new treatment.