Sentence examples for using a multislice gradient from inspiring English sources

Functional images were acquired using a multislice gradient echo planar imaging method (EPI).

The calculated structures are then used to investigate related high resolution electron microscope (HREM) images using a multislice technique.

Dynamic T1-weighted images were aquired using a multislice two-dimensional fast-field-echo (FFE) sequence.

CT scans were acquired using a multislice spiral CT scanner (Philips AcQsim Philipss, Cleveland, OH).

Images were acquired using a multislice cine vectocardiographic (VCG) gated balanced fast-field echo sequence with SENSE during serial breath-holds.

Each volume was acquired using a multislice, peripherally gated echoplanar imaging sequence, optimised for precise measurement of the diffusion tensor in parenchyma from healthy volunteer data, 8 over 60 contiguous 2.5 mm thick near-axial slice locations.

Spin spin relaxation times (T2) were measured using a multislice multiecho (MSME) T2-map pulse sequence, with static TR (5000 ms) and 32 fitted echoes in 11 ms intervals (11, 22, ···, 352 ms).

Functional images were obtained using a multislice echo planar imaging (EPI) sequence (36 slices, slice thickness 3.5 + 0.7 mm gap, TR = 3 s, TE = 30 ms, field of view = 192 × 192 mm, 64 × 64 matrix, flip angle: 90°).

Cerebral perfusion imaging used a multislice pulsed ASL sequence – FAIR (Flow sensitive Alternating Inversion Recovery) – with 4 slices (TE = 26 ms, TR = 4000 ms, inflow time 1700 ms, in plane resolution 4 × 4mm,slice thickness 6mm,FOV=256 × 256 mm) and incorporated a 10 ms bipolar gradient to suppress bulk flow.

The T2* weighted images (T2*WI) were obtained using a standard multislice (13 15 slices) multi gradient-echo (4 echoes) MRI using TEs of 5, 10, 15, and 20 msec and a TR of 3000 msec.

Each gradient was fractionated into 40 fractions using a Density Gradient Fractionation System (Brandel, Gaithershurg, MD).