1 T1-weighted, T2-weighted, and diffusion-weighted
images were acquired.
2 Four weeks after transplantation, SPECT/CT
images were acquired 1 h after injection of (111)In-labeled e
3 PET and CT
images were acquired 10 d after tumor inoculation, to establi
4 (124)I PET/CT
images were acquired 24 and 96 h after oral administration of
5 SPECT and CT
images were acquired 24 h after injection of (99m)Tc-labeled
6 All PET/CT
images were acquired 60 +/- 10 min after intravenous injectio
7 Images were acquired 60 and 120 min after injection of (18)F-
8 Respiration-gated
images were acquired after inhalation of (68)Ga-carbon nanopa
9 ZTE
images were acquired after SOC MR imaging.
10 Corresponding
images were acquired and processed to extract 2175 chromatic
11 igh-resolution (1 mm(3)) magnetisation transfer ratio (MTR)
images were acquired and segmented into 12 bands between the
12 By using the prototype, test
images were acquired and sensitivity, resolution, and coregis
13 Small-animal SPECT images and optical
images were acquired,
and image-guided surgery was performed.
14 Bright-field image retinal maps and fluorescent
images were acquired at 1-month intervals for 3 months.
15 esting state brain blood oxygenation level-dependent (BOLD)
images were acquired at 4.7 T.
16 Additional (111)In
images were acquired at 5 and 6 h to measure small-bowel tran
17 Both 200 degrees UWF images and UWF FA
images were acquired at the same visit.
18 CBCT
images were acquired at three acquisition protocols: protocol
19 DECT-PBV
images were acquired before and 1 hour after administration o
20 went a magnetic resonance (MR) imaging examination in which
images were acquired before and dynamically after bolus injec
21 Two sets of baseline
images were acquired before inhalation of a bronchodilating a
22 (3)He and (1)H MR
images were acquired during the same breath hold at a lung vo
23 Dynamic anterior and posterior
images were acquired for 5 min for each patient.
24 In this cross-sectional study, magnetic resonance
images were acquired from 133 women with relapsing-remitting
25 Anatomical magnetic resonance
images were acquired from 34 adolescent and adult female subj
26 In this study, structural brain
images were acquired from 872 Mexican-American individuals fr
27 Macular OCTA
images were acquired from all participants using the Zeiss Ci
28 y performed from July 12, 2011, through September 21, 2015,
images were acquired from ROP screening at 8 academic institu
29 Quantitative computed tomography
images were acquired from the samples, and CTRA and finite el
30 Materials and Methods Pseudocontinuous 3.0-T ASL
images were acquired in 100 patients with probable AD; 60 pat
31 High-resolution anatomical T1-weighted
images were acquired in 126 anoxic coma patients ("learning"
32 review board-approved and HIPAA-compliant study, PET/MR/CT
images were acquired in 20 subjects after obtaining written c
33 Images were acquired in 61 patients (42 DES and 19 BMS) prese
34 The FAF
images were acquired in a subset of participants who joined t
35 Correlated
images were acquired in SPRi and in MALDI IMS for abundant pr
36 Images were acquired in unenhanced and standard contrast mate
37 Unenhanced and arterial phase computed tomographic (CT)
images were acquired initially.
38 Microscopy
images were acquired of entire cells with resolutions as high
39 Images were acquired on 2 PET/CT scanners, one without and on
40 At 3, 6, 12, and 24 h after administration, SPECT/CT
images were acquired or mice were sacrificed for ex vivo dete
41 Dynamic positron emission tomography (PET)
images were acquired post-injection of free (18)F-FDG/(18)F-F
42 Coregistered US and photoacoustic
images were acquired spanning volumes containing a total of 3
43 Three-dimensional T1-weighted dual-echo body-coil
images were acquired three times.
44 For 6 volunteers,
images were acquired until 210 min.
45 Planar
images were acquired using a conventional SPECT camera equipp
46 quipped with parallel hole collimators, and hybrid SPECT/CT
images were acquired using a dedicated cardiac SPECT system w
47 Material/Radiographic
images were acquired using either computed radiography or fla
48 Macular OCT angiography
images were acquired using the RTVue XR Avanti with AngioVue.
49 Cell
images were acquired with imaging flow cytometry.
50 Images were acquired without breath holding by using multipla