What Most Dentists Miss About Frenectomy: Foundations, Protocols, and the Laser Physics Behind Better Outcomes
Frenectomy is often taught as a technique. But in the episode “What Most Dentists Miss About Frenectomy” (The Untethered Way), Dr. Meggie Graham and Dr. Liz Turner make a strong case that predictable outcomes come from something bigger: the foundations behind airway-focused care, consistent clinical decision-making, and well-designed post-operative protocols.
For clinicians pursuing continuing education, this is the kind of conversation that helps connect the dots between what you do chairside and what you’re trying to change over the long term: breathing, sleep quality, feeding, speech development, and overall function.
Why outcomes vary
One of the most useful takeaways is their direct approach to addressing inconsistency. They’re not blaming clinicians or promoting shortcuts. They’re explaining why two “successful” releases can yield different outcomes: what happens before and after the procedure often matters as much as the procedure itself.
They highlight several outcome drivers that belong in any serious CE pathway:
- Case selection and timing
- Surgical protocol (standardized steps and risk awareness)
- Post-operative protocol and healing support
- Communication systems (forms, expectations, follow-up)
This is a refreshing framing for CE. The goal isn’t simply “learn to do a frenectomy.” The goal is to build enough understanding and repetition that your results become consistent and your confidence becomes earned
What you’ll learn in this podcast episode
This episode is structured like a preview of how their course is built:
- A foundational module that reviews research, science, and the “why”
- Breakdowns by age group (infants, children, adults) with practical nuance
- Repetition through many real cases (so pattern recognition builds faster)
- Modules on complications, suturing, phased approaches, and more
“Until you really see and feel like you’re experiencing something multiple times, it’s hard to say, ‘I feel like an expert in this.’”
For CE learners, that’s the blueprint: foundations, systems, and real-world case repetition.
The laser physics piece
A standout segment for laser-focused clinicians is their emphasis on understanding tools beyond surface-level comparisons. They discuss multiple surgical options (including non-laser techniques, diode lasers, erbium lasers, and CO2 lasers) and make a crucial point: you can learn the procedure with many instruments, but tissue interaction and clinical experience are not the same.
What’s especially valuable from a CE perspective is that they elevate the “laser discussion” from device preference to laser physics and tissue effect—exactly the kind of content that helps clinicians make evidence-informed choices, improve safety margins, and refine technique.
“He goes deep into the physics… [and] breaks it down and kind of gets really into the weeds… in a way that is… very beneficial.”
Why does this matter for ALSC members? Laser dentistry education shouldn’t stop at settings and tips. Understanding energy delivery, tissue interaction, and clinical endpoints enables learning transfer across procedures, patient types, and practice models.
Watch the episode:
https://www.youtube.com/watch?v=cMrw_CDo0Q4
Explore The Untether Way educational resources:
https://theuntetheredway.com/
Why are we sharing this
At the ALSC, our mission is to support clinicians with continuing education that strengthens both clinical skill and clinical thinking. This episode is worth your time because it reinforces three principles that apply across laser dentistry and airway-focused care:
- Predictability comes from systems (not shortcuts).
- Post-operative protocols and communication are part of the procedure.
- Laser physics and tissue interaction matter when you want consistent outcomes with laser-assisted surgery.
If you’re building your airway and laser dentistry skill set, explore ALSC webinars and education, and keep an eye on upcoming CE opportunities designed to help you translate learning into better clinical outcomes.