How artificial intelligence is driving changes in Radiology
“With the advent of AI came the emergence of radiomics, where digital images [MORE]
An Automatic Method for Assessing Spiking of Tibial Tubercles Associated with Knee Osteoarthritis
“Tibial spiking has been hypothesized as a feature [MORE]
New production method promises to end medical radioisotope shortages
From the University of Tokyo: “One of the most promising alternatives is [MORE]
Hyperfine point-of-care MRI
“Conventional MRI scanners need dedicated rooms with entry protocols, quench venting, and safety measures, and patients have to [MORE]
Creating ultra short lived medical isotopes
Several dozen radioisotopes are used in medicine for imaging and therapy. Their value depends on [MORE]
Algorithm Diagnoses Pneumonia Better Than Radiologists
The glucometer is one example of how a disruptive innovation can change medical practice, and [MORE]
Cardiac Imaging
Besides the unsettling fear from an irregular heartbeat, atrial fibrillation increases a patient’s stroke risk. To gage that risk, [MORE]
Avicenna Software
IBM is placing a big bet that computational medicine will be the fulcrum between the digital patient and the [MORE]
MRI
You might wonder if this piece is about how General Electric proposes to connect 500,000 of their imaging machines, or [MORE]
Image from BoneFinder Software
Centenarians may be the healthiest of all age groups (having lived through the cardiovascular and cancer diseases [MORE]
Digital Optical Scanner (DOT)
“Diffuse optical tomography (DOT) is a new brain scanning technology developed by a team at the [MORE]
Nanostructured Xray of Soft Tissue
X-ray machines require contrasting agents to image soft tissue, but engineers from MIT and Mass [MORE]
“Each body tissue and disease has a unique fingerprint that can be used to quickly diagnose problems” with an [MORE]
Radiation therapy for cancer can be a tradeoff between beneficial damage to tumors and harmful damage to healthy tissue. [MORE]