Although many MR imaging methods (T2WI, DWI, DCE-MRI and MRS) have been explored in the detection of PCa, they all have substantial limitations [ 78].
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.
Many of these imaging methods have been reported to yield a high negative predictive value, i.e. a normal result of these tests rules out a haemodynamically significant CAD with a high probability.
In addition, many new seismic beam imaging methods have been developed, such as fast beam migration (Gao et al. 2006, 2007), focused beam migration (Nowack 2008), and laser beam migration (Xiao et al. 2014), which expand the members of the beam migration family.
As demonstrated in our work, the use of extended RICS protocols allows us to determine diffusion coefficients in anisotropic media relatively simply, and it is possible to apply the method on commercially available confocal scanning microscopes, allowing the simple adoption of the method in many imaging facilities.
The performance of many of these techniques exceeds that of structural imaging methods such as CT, and in many cases, is close to that of F-fluorodeoxyglucose (FDG -PET.
However, there are many obvious defects in these traditional SAR imaging methods.
Great advances about hBAT biology have emerged from imaging methods in recent years, and many of the achievements concur with those of murine BAT.
Early diagnosis of pancreatic carcinoma with highly sensitive diagnostic imaging methods could save lives of many thousands of patients, because early detection increases resectability and survival rates.
Direct imaging methods have already been discussed many times for example, by Tanimoto et al. [ 19], Görgü et al. [ 20], Wong et al. [ 21], Sukovic [ 22], and many others.
