Sentence examples for morphological imaging with from inspiring English sources

For this reason the combination of PET with CT offers optimal fusion of images with an excellent morphological imaging with anatomical resolution.

HD-OCT provides morphological imaging with sufficient resolution and penetration depth to discriminate architectural patterns and cytologic features of pigmented cells in epidermis and dermis.

In conclusion, this study suggests that HD-OCT may provide morphological imaging with sufficient resolution and penetration depth to discriminate architectural patterns and cytologic features of pigmented lesions and cells in the epidermis, papillary dermis and even superficial reticular dermis, adding relevant 3D-structural information complementary to that of other imaging methods.

Morphological imaging combined with "spatial" models appears to perform well although functioning imaging could still provide further information on metabolism and the micro-architecture.

For years, it was generally accepted that a decrease in tumour size based on morphological imaging correlated with treatment effect.

Morphological imaging is performed with T1-weighted (T1w), proton density-weighted (PDw) and fluid-attenuated inversion recovery (FLAIR) sequences.

Functional imaging procedures applying sstr imaging using In-pentetreotide (OctreoScan) with SPECT or PET with Ga-labelled SSA, combined with morphological imaging procedures, are used to collect essential information for staging, assessing sstr status and making decisions on the most appropriate therapy regimens [ 8, 9].

With morphological imaging criteria, RRs of mCRC patients harboring KRAS mutations treated with cetuximab have been found significantly lower than for patients without KRAS mutations and there has since 2008/2009 been international consensus that these patients should not be treated with cetuximab 17, 39, 40.

Careful correlation with morphological imaging and the anatomical context of FDG uptake may help in avoiding unnecessary biopsy.

Together with morphological imaging techniques, such as computed tomography (CT) and magnetic resonance imaging (MRI), it has become an important tool for tumour visualization, staging, and evaluation of somatostatin receptor status [9].

Hence, it is now feasible to accomplish functional information (perfusion/ventilation) combined with morphological imaging in the same lung CT scan [ 18, 19].