Sentence examples for intense enhancements from inspiring English sources

Much more intense enhancements, 400 500 km mol−1, are predicted to occur for acetogenins with two tetrahydrofuran rings for which the OH group hydrogen bonds with its fartherest removed tetrahydrofuran ring oxygen.

As in other organs, hemangiomas can demonstrate early intense enhancement on contrast-enhanced CT that persists on the delayed phase, and are hyperintense on T2-weighted MR images.

Note the irregular spiculated mass (white arrows) showing low signal intensity on T2 weighted images and (b) intense enhancement (white arrows) on dynamic contrast enhanced mages.

d Sagittal fat-suppressed T1-weighted MRI reveals the lesion (arrow) to be intermediate signal intensity and e contrast-enhanced T1-weighted MRI reveals intense enhancement (arrow).

Typically, HCCs (80%) show intense enhancement in the arterial phase contrast-enhanced images, with washout in the portal venous phase (Fig. 6).

d An axial, contrast-enhanced, T1-weighted image demonstrates intense enhancement of the mural nodule (arrows) Open image in new window Fig. 6 Pilocytic astrocytoma in a 26-year-old woman arising in the vermis.

b A contrast-enhanced axial T1-weighted image reveals intense enhancement of the solid nodule (arrows) and lack of enhancement of the cystic portion Open image in new window Fig. 16 Hemispheric pilocytic astrocytomas in a 26-year-old man.

Optic nerve sheath meningioma is a solid, tubular, well-defined mass which presents uniform intense enhancement after contrast compared with the non-enhancing optic nerve ("tram-track sign" on axial images and "bull's eye" on coronal images) [13, 14].

Hemangiomas show peripheral enhancement during the early arterial phase with complete intense enhancement during the delayed phase, unlike HCC which enhances completely during the early arterial phase [ 34, 35].

(c) Axial post-contrast MRI in the arterial phase reveals intense enhancement of the lesion (long arrow) with a non-enhancing central scar (short arrow).

On these contrast-enhanced axial (c) and sagittal (d) T1-weighted images, intense enhancement of the extraconal component is observed (arrows).