Hospitals are complex environments that encompass multiple sophisticated, mission-critical medical, infrastructure and operating systems. ...

Cardiac magnetic resonance imaging (MRI) is a technology for imaging the heart and its blood vessels that is based on magnet fields and ...

Spiral scanners are advanced computer tomography (CT) scanners that use a spiral movement to yield a high resolution scan that produces ...

Terahertz technologies harness sub-millimeter-wave radiation at frequencies from 0.1 to 10 terahertz, known as t-rays, corresponding to...

Advantages of MRI Parallel Imaging MRI parallel imaging technology uses complex software algorithms to reconstruct the signals from multipl...

In this continuing informational CT scanner blog series, this time we are discussing the CT scanner gantry . The CT scanner gantry is the ...

Throughout the world, many progressive hospitals have begun using fixed C-arms in operating room environments, as opposed to the more popul...

Digital, cutting-edge imaging technologies, such as 3-dimensional tomosynthesis , have already found to be significant in earlier identifica...

Technical specifications of available CT scanners are often quite extensive. Although it is helpful to review these for each CT scanner co...

Diffusion MRI is a well-known and widely accepted magnetic resonance imaging (MRI) methodology which generates in vivo images of biological...

Digital radiography is one of the most important technological advancements in medical imaging over the last ten years. Using the radiograp...

Designed to produce radiographic images of the breast, mammography x-ray systems are primarily used for breast cancer screening, staging an...