Could scintillators made from two complementary materials help TOF-PET scanners achieve their ultimate timing goal?
Read article: Heterostructured scintillators improve timing resolution of PET detectors
Researchers at the recent SNMMI Annual Meeting presented the latest developments in PET and SPECT instrumentation
Read article: Advances in nuclear medicine technology reduce radiation exposure and shorten scan times
Deep learning models improve lesion detectability in images from PET scanners without time-of-flight capability
Read article: Bringing time‑of‑flight quality to non‑TOF PET images
This year’s SNMMI Annual Meeting saw researchers share the latest findings in areas including targeted radionuclide alpha therapy and imaging of post-COVID-19 lung disease
Read article: SNMMI Annual Meeting highlights advances in nuclear medicine
Proof-of-concept study demonstrates that dual-tracer PET/CT improves detection of malignant lesions
Read article: Two radiotracers work better than one for cancer imaging
An imaging system based on techniques developed for space observation allows simultaneous imaging of multiple radionuclides in vivo
Read article: Researchers exploit astronomy technology for biomedical imaging
A computational model relating symptoms of Alzheimer’s disease to glucose metabolism scans could enhance our understanding of the brain
Read article: Computational model maps patterns of neurodegeneration across the brain
A new method for producing molybdenum-99 without the use of enriched uranium has passed its first milestone
Read article: Fast electrons accelerate the production of medical isotopes
First clinical trial reveals the safety and effectiveness of a novel PET radiotracer that detects both primary malignant melanoma and distant spread
Read article: Melanin-targeted PET probe tracks down malignant melanoma lesions
Cancer imaging expert Vicky Goh examines ways to unlock the clinical potential of PET/MRI
Read article: A glimpse into the future world of hybrid imaging
