When to Fix a Broken Nose: An ENT’s Complete Decision Guide
Knowing when to fix a broken nose can save you a second surgery. The 10-day window, the imaging truth, and why children play by different rules — explained by an ENT.
Knowing when to fix a broken nose can save you a second surgery. The 10-day window, the imaging truth, and why children play by different rules — explained by an ENT.
A new AI can hear early laryngeal cancer in your voice—but should you trust it? An ENT specialist breaks down the 2025 OHSU study and what it actually changes for patients today.
Almost every hearing aid now claims to be “AI.” An otolaryngologist breaks down what the chip really does, how it differs from noise cancellation, what it costs worldwide, and why removing every bit of noise isn’t the goal.
Apple Watch sleep apnea accuracy is widely misunderstood. Here is how the feature works, where it fits beside a sleep study, and how to read its alerts.
The future of clinical decision support is shifting from guideline lookup to patient-specific modeling. A clinician’s guide to the four AI paradigms — ontology, trajectory, simulation, and knowledge graph — racing to replace the textbook.
A Columbia University study just demonstrated a system that reads brainwaves to amplify the voice you’re focused on. Here’s what it actually shows — and what it doesn’t — for hearing aid and cochlear implant users.
Olfactory loss is one of the earliest signs of Parkinson’s and Alzheimer’s disease — often appearing years before diagnosis. This article reviews the evidence, explains what AI-assisted MRI can now measure, and clarifies what smell loss does and does not mean for individual patients.
An AI-powered electronic nose can now classify scents with near-human accuracy. An ENT specialist examines what this means for diagnosing smell disorders — and what it doesn’t.
A Johns Hopkins iPhone study reported 100% accuracy. The real-world adherence number was 51%. Here is what works for actual patients trying to record their own ictal nystagmus — and the seven-step home recording protocol that closes the gap.
An ENT explains the three-stage neural pipeline behind AI voice cloning, what makes your voice anatomically unique, and how the same technology powers both medical voice restoration and deepvoice scams.