Sentence examples for generated mri from inspiring English sources

For these purposes, it must be checked how long cells retain the SPIO label and it should be validated if generated MRI signals arise from originally labeled cells.

Among the generated MRI perfusion maps, TTP and MTT are preferred for identifying hypoperfused tissue because they correlate best with tissue fate [ 49, 50].

3D image reconstruction and visualization were performed by converting the generated MRI data (DICOM standard) into an 8-bit TIFF image sequence (ImageJ 1.38w) and by using 3D imaging software (amira 3.0.2, Mercury Computer Systems, Berlin, Germany).

The unique feature of this study is the high-resolution isotropic 3D mapping that allowed us to generate MRI reformats (using the Ethipins for a uniform orientation) that correlated with the histological sections in order to compare corresponding MRI maps and histological images slice by slice.

Our results indicate that the PEG-SPION generate MRI contrast enhancement (per-Fe atom relaxivity ~123 mM−1s−1) on T 2-weighted sequences, and hence can be considered as highly sensitive T 2 CA. This enhancement is correlated to the increased effective radii due to nanoparticle clustering and the local field inhomogeneity of the magnetic core.

She then used the detailed anatomical picture generated by MRI to guide an electrode precisely to one of those spots.

Human lymphocytes were exposed to electromagnetic fields generated during MRI scanning (clinical routine brain examination protocols: three-channel head coil) for 22, 45, 67, and 89 min.

The atlas was generated from MRI data from 72 human subjects (42 females (59%): mean age 26.6 ± 4.8 years, range 20 39 years; 30 males: mean age 31.9 ± 4.9 years, range 22 40 years).

This approach is based on micro-scale resolution meshes, generated from MRI data, which include fine anatomical features such as the intricate network of trabeculations running along the ventricular endocardium, and coronary blood vessels within the myocardium.

In addition, multimodal imaging that combines photon information with structural information generated by MRI or CT, for example, plus the application of algorithms is providing improved ways to enhance spatial resolution and to reconstruct 3D models of light production within tissues.

During the interventional MRI procedure, physicians are continuously exposed to electromagnetic fields (EMF) generated by the MRI scanner, during the active MRI-guided insertion as well as during "passive" times such as higher resolution 3D acquisitions or therapy.