In late July 2026, Carestream Dental announced a strategic alliance with the ADA Forsyth Institute, sealed by the donation of a state-of-the-art cone-beam computed tomography system to the institute's clinical arm. It is easy to read that as a press release. It is more interesting...
A broken bone or a cracked tooth a quarter-million miles from the nearest hospital is a problem of imaging before it is a problem of medicine. To answer it, NASA's Glenn Research Center has been testing portable, handheld X-ray systems built to work in a...
A panoramic radiograph is ordered to survey the teeth, the jaws, the developing third molars - and along the lower border of the mandible it records something no one asked it to. The inferior cortex of the jaw, that bright ribbon of dense bone at...
A conventional cone-beam scan measures one thing: how strongly each speck of tissue absorbs an X-ray beam. But absorption alone is ambiguous - a sliver of dense enamel and a whisper of metal can cast the very same grey. Spectral, dual-energy CBCT reads two different...
For a century the radiograph told us almost everything about a tooth - and quietly kept one secret. Pressing a three-dimensional root system flat onto a single plane, it overlapped canals, hid the ones tucked directly behind others, and turned a fused, ribbon-like root into...
The intraoral scanner records the mouth as it looks - a flawless colour surface, and nothing beneath it. The radiograph records the mouth as light passes through it - the roots, the bone, the hidden lesion - and almost nothing of the surface. Each is...
Every dental radiograph carries a blur that no detector, no software, and no amount of retaking can fully remove - because the X-ray source is not a point of light but a small glowing area on a metal target, and every point on that area...
Every digital intraoral image begins with a decision made in silicon or phosphor: how to turn an x-ray photon into a number. There are three answers in common use, and each one quietly shapes what the radiograph can and cannot show....
On a medical CT, the number in a voxel is a promise: water reads zero, cortical bone reads a thousand, and the scale means the same thing tomorrow as today. On a cone-beam scan, the same-looking number keeps no such promise - and mistaking one...
No two pixels on a digital sensor are born equal. Each carries its own faint bias, its own gain, its own quiet defect - and unless the detector first learns and subtracts that fingerprint, the pattern it prints onto every image is its own, not...