Snoring & Airway

The anti-snoring market is large, loosely regulated, and full of confident claims. Some of these products help some people. None of them help everyone, and the reason is straightforward: they address different causes, and most people don't know which cause is theirs. Here's my honest read on each category, including my own product. Nasal strips and nasal dilators What they do: Mechanically widen the nasal valve — the narrowest part of the nasal airway, just inside the nostril

This is the article I most want people to read, because the distinction matters medically and most people don't know where the line is. Simple snoring The airway narrows during sleep. Air moving through it vibrates soft tissue. It's noisy, it can be disruptive to a bed partner, and it may be socially inconvenient — but breathing continues, oxygen levels stay normal, and sleep architecture is largely preserved. Simple snoring is common and generally not dangerous in itself. Ob

Snoring is sound produced by vibration. Air moving through a partially narrowed upper airway sets the soft tissues — soft palate, uvula, tongue base, pharyngeal walls — oscillating. The narrower and floppier the airway, the louder and more turbulent the sound. That's the whole physics of it. What varies enormously is why a given person's airway narrows during sleep. Here are the five patterns I see most. 1. Mouth breathing When your mouth falls open during sleep, the jaw rota

If you've spent any time on social media lately, you've probably seen people taping their mouths shut before bed. Mouth taping has become one of the most talked-about sleep trends of the past few years, promoted as a fix for snoring, dry mouth, and poor sleep quality. As an ENT, I get asked about it constantly — usually some version of "does it work?" followed quickly by "is it safe?" The honest answer has two halves. The instinct behind mouth taping is sound: nasal breathing