
Researchers are developing a solution that could improve reading accuracy by allowing physicians to interact with tissue as if it were a 3D object.

Researchers are developing a solution that could improve reading accuracy by allowing physicians to interact with tissue as if it were a 3D object.

A biophysicist from Lawrence Berkeley National Laboratory is working on technology that could be used to determine each individual patient’s risk when it comes to ionizing radiation.

Imaging reveals grid-like pattern in fiber architecture of the brain - "an important, fundamental discovery." Mapping brain pathways opens doors to better studying brain dynamics and mental health issues.

More than 80 years after the cyclotron's invention, the recent disruption in the medical isotope supply has spurred Canadian researchers to consider its use as an alternative to the nuclear reactor.

ACR has joined AdMeTech Foundation and the European Society of Urogenital Radiologists to develop standards for the MR Prostate Imaging Reporting and Data System.

Breast tomosynthesis is finding its way into an increasing number of radiology practices. While 3-D mammography has obvious clinical implications, it's also impacting workflow, particularly if a practice can increase patient volume by introducing the technology.

California-based startup, Tribogenics, developing compact solution that could be used for portable X-ray or tomographic breast imaging.

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