Sentence examples for improving characterisation from inspiring English sources

CEUS helps in differentiating segmental rounded infarcts from poorly vascularised tumours, improving characterisation of a lesion as an infarct by detecting ischaemic parenchymal lobules separated by normal testicle vessels [51].

This improved characterisation also reveals extensive indirect readout, which suggests that recognition will be affected by changes to DNA helical parameters such as bending.

Rowe's stress-dilatancy theory is used to improve characterisation of the critical state, at which the aggregate of grains could participate in frictional flow at constant volume.

An improved characterisation of the hydrodynamic blade loads due to onset turbulence is essential in order to mitigate premature failures, reduce excessive levels of conservativeness and ultimately ensure the commercial viability of tidal turbines.

She is an intimidating intellectual presence – she once told us that to improve characterisation, we should read Descartes.

CEUS has also improved characterisation of complex renal cysts that were indeterminate on CT.

Diffusion-weighted images are being used to identify a range of cancers and the ADC value improves characterisation of head and neck tumours[ 20 23 ].

Improved characterisation of synthetic ability and surfactant function may identify selected patient groups that may benefit from specific surfactant therapies individualised according to the underlying pathophysiological processes.

Improved characterisation of the relative impact of individual conditions on physical health will facilitate public health assessments of chronic diseases as well as assessments of interventions using functional patient-reported outcomes.

The range and specificity of available functional imaging modalities allow improved characterisation of spatial differences in biological properties both within and between tumours, though at the cost of lengthened imaging studies.

To date, 2-[F]fluoro-2-deoxyglucose (FDG) has been the most common PET tracer; however future applications of PET will likely involve other tracers to improve characterisation of tumour biology and more effectively measure response to therapy [ 4, 5].