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1  to demonstrate the feasibility of ultrafast multislice (13)C MRI after tail vein injection of hyperp
2 scopy, dual-energy x-ray absorptiometry, and multislice abdominal MR imaging to determine the contrib
3                             Then SH achieved multislice acquisition during a short breath-hold with s
4                                              Multislice activation maps were reconstructed and flatte
5  improve downstream expression analyses, but multislice alignment and integration remains a challengi
6 isons of 5-minute five-sequence simultaneous multislice- and parallel imaging (PI)-accelerated and 10
7 cificity, 98.3%) to the minimum value of the multislice approach (for seven contiguous slices; sensit
8                                   Conclusion Multislice cardiac diffusion-weighted images could be ac
9                         However, standard 2D multislice CMR perfusion techniques provide only limited
10 nostic tools within the last decade, such as multislice computed tomographic scanning, has enabled ea
11 lated with atherosclerosis detected by using multislice computed tomography (MSCT) and quantitative c
12 atent hepatic artery, which was confirmed by multislice computed tomography (MSCT) angiography, or co
13 y was to evaluate the diagnostic accuracy of multislice computed tomography (MSCT) coronary angiograp
14          This retrospective study focuses on multislice computed tomography (MSCT) findings and diagn
15 y healthcare settings in developing nations, multislice computed tomography (MSCT) imaging may be the
16 he aortic annulus and adjacent structures by multislice computed tomography (MSCT) or cardiac MRI can
17                                    Now, with multislice computed tomography (MSCT), information about
18                                              Multislice computed tomography (MSCT)-based TAV sizing w
19 tic resonance imaging, such as the advent of multislice computed tomography and newer magnetic resona
20     Recent hardware and software advances in multislice computed tomography angiography have achieved
21          THV frame expansion was assessed by multislice computed tomography before and after late dil
22                                    Post-TAVI multislice computed tomography data sets were available
23 ost commonly used form of reporting doses in multislice computed tomography involves a CT dose index
24 evaluation by history, arterial Doppler, and multislice computed tomography of the lower extremities.
25  in patients with ICAD but contrast-enhanced multislice computed tomography remains the fastest and t
26 etic resonance imaging angiography, coronary multislice computed tomography, and echo-tracking-based
27                                              Multislice computed tomography-based assessment of aorti
28 Aortic annulus dimensions were quantified by multislice computed tomography-based cross-sectional are
29                       All patients underwent multislice computed tomography-examination after applyin
30 AVI) by means of pre- and postinterventional multislice computed tomography.
31 ution noninvasive coronary angiography using multislice computed tomography.
32 f high field magnetic resonance scanners and multislice computerized tomography, and the wider use of
33 utcome was a change in CAC score measured by multislice computerized tomography; main secondary outco
34 icity, often small subtle abnormalities on a multislice cross-sectional (three-dimensional [3D]) imag
35                     Recently, a high-quality multislice CT coronary angiography has been advocated in
36 om of a large dog on the basis of whole-body multislice CT data.
37 uted tomography (CT) (all patients underwent multislice CT examination after applying 75 ml iodinated
38 f the colon as a result of reconstruction of multislice CT images.
39 as well as a focused overview of the role of multislice CT in mitral assessment prior to intervention
40  replacing low-end x-ray tubes with high-end multislice CT scanners equipped with iterative reconstru
41                        Since introduction of multislice CT scanners into clinical practice, virtual b
42                        The increasing use of multislice CT scanners should generate more data for com
43 he extent that it is now possible to utilize multislice CT scanners, ones with multiple, flat panel d
44 obtained with electron-beam CT, but recently multislice CT, which is more versatile, less expensive,
45 ion of PET-derived biologic information with multislice CT-derived morphologic information, and the k
46 nterest in multivariate analysis of large 3D multislice data sets and ongoing improvements in instrum
47       PASTE2 produces accurate alignments of multislice data sets from multiple SRT technologies, ena
48 tion of experimental electron microscopy and multislice diffraction simulations, which suggest that d
49                                              Multislice diffusion weighted imaging (DWI) and single-s
50                                              Multislice functional images of the retina flattened ont
51                                              Multislice gradient echo fMRI experiments were performed
52  was recorded using a sagittal 2-dimensional multislice gradient echo MR sequence.
53 ardiac cycle, using a short echo time (5 ms) multislice gradient-echo imaging sequence.
54 dium-iridium clusters, combined with dynamic multislice image simulations, can identify individual at
55 he very fast acquisition (< 100 ms/image) of multislice images.
56 r-antenna signals individually, simultaneous multislice imaging, and real-time three-dimensional rend
57 both shared and unique information, enabling multislice integration, clustering, and various downstre
58 metry (DXA) with total-body SM quantified by multislice magnetic resonance imaging in healthy adults.
59 re measured by whole-body (40)K counting and multislice magnetic resonance imaging, respectively.
60        SM mass, measured by using whole-body multislice magnetic resonance imaging, was set as the de
61 on of electron ptychography with the inverse multislice method.
62                              PhaseT3M uses a multislice model for multiple scattering and Bayesian op
63 sification models: maximum projection (MPM), multislice (MSM), and fused (FM).
64 mor and normal brain were quantified using a multislice multivoxel method, and the maximum Cho:NAA ra
65 o study the community structure of arbitrary multislice networks, which are combinations of individua
66 clusion The axially reformatted simultaneous multislice protocol was rated highest for image quality,
67                                              Multislice proton magnetic resonance spectroscopic imagi
68                                              Multislice proton magnetic resonance spectroscopy imagin
69               The CTC was performed by using multislice scanners immediately before standard colonosc
70 ng and axially reformatted (AR)-simultaneous multislice (SMS) imaging.
71 d Rapid knee MRI using combined simultaneous multislice (SMS) technique and parallel imaging (PI) acc
72 ing (MRI) measured muscle fat fraction (FF); multislice spin echo MRI measured transverse relaxation
73                                  Multiphase, multislice, spin echo (n = 5) and cine (n = 30) magnetic
74  before and during stimulation using a gated multislice, spoiled gradient recalled (SPGR) imaging pro
75 r partial alignment and 3D reconstruction of multislice SRT data sets, allowing only partial overlap
76  an ideal solution for the joint analysis of multislice ST data.
77 esigned for the integration and alignment of multislice ST data.
78         Radiation dose, which is higher with multislice than with electron-beam procedures, needs to
79                                   We applied multislice, whole-brain diffusion tensor imaging (DTI) t