1 rmed, subgingival calculus was visualized, and photographic
images were taken.
2 inical follow-up visits for up to 8 years after the retinal
images were taken.
3 ng electron microscope (SEM) images and confocal microscope
images were taken.
4 Whole-body gamma camera
images were taken 4-5 h postinjection of the radiolabeled bio
5 Confocal
images were taken along the inner wall (IW) of the aqueous pl
6 Cross-sectional
images were taken and analyzed by custom-designed software in
7 Spectral-domain optical coherence tomography (SD-OCT)
images were taken and segmented to define retinal layers.
8 When
images were taken at 266-ms intervals, the detection limit fo
9 Additional
images were taken at 80, 60, 40 and 20% of MVC at an ankle an
10 T(2)
images were taken at least 24 h prior, 1 h and 18-24 h after
11 AF
images were taken between a mean of 13 and 36 months.
12 MRI
images were taken by a 3-Tesla scanner.
13 The
images were taken by a trained nurse in the neonatal intensiv
14 ICG was injected into the mouse tail vein, and
images were taken by in vivo confocal microscopy.
15 Fundus and OCT
images were taken by residents as needed for patients undergo
16 From the samples,
images were taken by using both ultra-low dose (80 kVp, 50 mA
17 Images were taken for detection of specific IgG, IgM, and IgA
18 Images were taken frequently over an extended period.
19 Macula centred and disc centred 45 degree two
images were taken from each eye.
20 Whole-body PET
images were taken from rats over 240 min after intravenous ra
21 Ultra-widefield pseudocolor fundus
images were taken from the eyes of clinic patients.
22 e processed for immunocytochemistry, and sequential digital
images were taken from the superior limbus to the central epi
23 Abdominal MRI scans (axial T1-weighted spin echo
images) were taken,
from which adipose tissue volumes were ca
24 US
images were taken immediately before the implant surgery at a
25 Adequate diagnostic quality
images were taken in 92% of color photos and 94% of OCT image
26 our study total internal reflection fluorescence microscopy
images were taken of Cholera toxin subunit B (CtxB) membrane-
27 Digital retroillumination
images were taken of each eye.
28 Confocal time lapse
images were taken of labeled TM cells on FITC-collagen.
29 equacy of the simulation, progressively defocused series of
images were taken of several volunteers.
30 More than 300
images were taken of VZV-infected cells on 4 different sample
31 High-resolution
images were taken of water containing a series of SSC values
32 Digital color fundus
images were taken on the same day.
33 Images were taken over an extended period.
34 Digital IR and CBVT
images were taken prior to initial bone grafting and at the 6
35 In-phase and opposed-phase
images were taken to calculate the signal intensity ratio (SI
36 RCM
images were taken to visualize transepidermal application of
37 The globes were fixed, the choroid was flat mounted, and
images were taken with a fluorescence microscope.
38 The confocal microscope
images were taken with each sample submerged in water to show