Sentence examples for modern imaging methods from inspiring English sources

Modern research in arteriogenesis began with the observations by Fulton [ 44, 46, 47] who developed a new technique of postmortem injection into the human coronary arteries consisting of high X-ray contrast material combined with the use of "soft X-rays" that produced images of such clarity and precision that remained unchallenged even by modern imaging methods.

As already mentioned, there are good reasons to use irreversible compression for modern imaging methods, like multi-detector CT, functional imaging and so on.

To enable earlier diagnosis, various rheumatological societies have reviewed their diagnostic criteria and incorporated modern imaging methods and modalities into their diagnostic algorithms.

Adopted from clinical practice from long ago, palpation examines the mechanical properties of target organs following the general logic shared by all modern imaging methods: it explores tissues detecting the effects determined by an external force.

In 2001, the UK Chief Medical Officer recommended that modern imaging methods should be evaluated [ 32].

Modern imaging methods allow a non-invasive assessment of both structural and functional brain connectivity.

Now new imaging methods show that the brain processes traumatic memories very differently than normal ones.

Here, we describe a new imaging method, called array tomography, which combines and extends superlative features of modern optical fluorescence and electron microscopy methods.

Among the spinoffs from particle physics, besides a robust academic research community, are the Web, which was invented as a tool for physicists to better communicate at CERN — the European Organization for Nuclear Research, builders of the new collider — and many modern medical imaging methods like M.R.I.'s and PET scans.

The following short review introduces examples of modern functional imaging methods for the evaluation of muscular diseases with emphasis on pathophysiological fundamentals.

Modern brain imaging methods allow the quantitative study of both local activity dynamics and the interdependency between activities in anatomically distant areas.