Sentence examples for more precise localisation from inspiring English sources

With respect to the high resolution EEG technique, the MEG technique allowed a more precise localisation of the sites of neural activity buried into the cortical sulci, but was unable to detect the response of the crown of the cortical giri and of the frontal-mesial cortex (including the supplementary motor area), because of its poor sensitivity to radially oriented dipoles.

These position delimited putative centromere intervals which were consistent with those of the half-tetrad analysis performed in meiogenetics and sometimes suggested a more precise localisation of centromeres (see Figures 1, 2, 3, 4).

We await the more precise localisation of Cs peropsin in the secondary eyes of C. salei by in situ hybridisation before discussing its potential role in the vision of the secondary eyes.

A published report stated that the DQ2-DR3-B18 DQ2-DR3-B18 DQ2-DR3-B18ncreAHed risk compared to other haplotypes with the same class II alleles, but LD between markers hampered a more precise localisation of the presumed susceptibility gene [ 6].

In the era of PET/CT, the better differentiation of physiological FDG uptake from pathological accumulations, the improved attenuation-correction and reconstruction algorithms, and the more precise localisation of abnormalities, are likely to more accurately define appropriate further investigation strategies, or to allow definitive treatment selection.

Hybrid imaging with 18F-FDG PET and either CTA or MRA allows more precise anatomic localisation of disease activity with increased uptake of 18F-FDG thought to be a surrogate marker of increased activity of inflammatory cells.

Axial contrast-enhanced MR image (b) shows contrast in the ascending and descending aortic wall corresponding to vivid 18-FDG uptake on PET-CT image (c) Hybrid imaging with 18F-FDG PET and either CTA or MRA allows more precise anatomic localisation of disease activity with increased uptake of 18F-FDG thought to be a surrogate marker of increased activity of inflammatory cells.

Integrated PET/CT allows more precise anatomic localisation of disease and is useful in detecting nodal and systemic metastatic disease.

Several investigators[ 28 30 ] propose a phased attenuation correction in respiration correlated CT/PET which can lead to a more precise lesion localisation and quantification of the activity.

However, it is possible that PrPd transfer from FDC dendrites to plasmablasts does occur in murine lymph nodes, but the close proximity of the cells within the secondary follicles following emperipolesis, does not allow for a more precise determination of the localisation of PrPd other than identifying its location at the FDC/plasmablast interface.

MIRB and Cell Sense uptake was assessed by confocal microscopy (Fig. 1a and b) to evaluate the labelling efficiency; cytoplasmic distribution in MSCs was observed through structured illumination microscopy (Fig. 1c and d), which provides a better resolved image and a more precise MIRB and Cell Sense localisation in MSC.