ライフサイエンスコーパス: fiducial

1 istered to the computed tomography using the fiducials.

2 tions in the presence of heterogeneities and fiducials.

3 d MR and produce less artifact than the gold fiducials.

4 yed to quantify the pixel gray-scale of each fiducial and artifact.

5 Using NabFab as a fiducial and size enhancer (50 kDa), we determined the h

6 ust be optimized for each specimen, and gold fiducials are typically added to facilitate image alignm

7 The CT images showed that the gold fiducials are visually brighter, with greater contrast t

8 onformation at 3.3 angstrom resolution using fiducial-assisted cryo-electron microscopy.

9 We propose the concept of universal fiducials based on a set of pre-made semi-synthetic anti

10 without any morphological features, required fiducial-based coregistration.

11 r submegadalton complexes, is facilitated by fiducial-based labeling.

12 Real-time US scans were registered through a fiducial-based method, allowing US scans to be fused wit

13 The algorithm uses multiple (5+) tracked fiducial beads to recover the sample pose and the image

14 d to cryoEM/ET and refined using fluorescent fiducial beads.

15 MR-compatible fiducial coils were inserted into tongues with MR imagin

16 lity and artifact characteristics of polymer fiducials compared to standard gold fiducials for radiot

17 MALDI MSI protocol was optimized in terms of fiducial composition and antigen epitope preservation to

18 of cargo-loaded lipid nanoparticles without fiducials, demonstrating the broader applicability of th

19 Fiducials distributed on the EOM global surface enabled

20 polymer fiducials compared to standard gold fiducials for radiotherapy CT and MRI simulation.

21 microscopy by fabricating unique 3D optical fiducials for single-molecule tracking and 3D single-mol

22 We describe a robust, fiducial-free method of drift correction for use in sing

23 RegiSTORM identifies fiducials from the STORM localization data based on thei

24 Fiducial gray-scale histograms and profiles were generat

25 spots, an alignment program made use of two fiducial grids of fluorescent reference particles at eit

26 s result was achieved without any additional fiducial image features.

27 otional degrees of freedom, preparation of a fiducial initial state with ion motion close to the grou

28 Internal anatomic fiducial landmarks and stains were applied to proximal a

29 ausing a 50% probability for damage, and the fiducial limits were calculated at the 95% confidence le

30 , 7.9 to 20.2) in serum and 17.9 GCE/ml (95% fiducial limits, 13.1 to 27.5) in urine.

31 e 11.5 genome copy equivalents (GCE)/ml (95% fiducial limits, 7.9 to 20.2) in serum and 17.9 GCE/ml (

32 cells expressing beta-actin-GFP we bleached fiducial lines across hair bundles, but they did not mov

33 The target registration error (TRE) and fiducial localization error (FLE) were calculated to qua

34 describe a strategy for introducing a rigid fiducial marker (BRIL domain) at the C-terminus of membr

35 Vispro includes modules for fiducial marker detection, image restoration, tissue reg

36 e surface of the mouse jejunum, serving as a fiducial marker for precise radiation targeting.

37 dimeric Fab HC84.26.5D makes it useful as a fiducial marker for single-particle cryoEM analysis of H

38 l 26Al/27Al ratio of 4.5 x 10(-5) has been a fiducial marker for the beginning of the solar system.

39 derwent primary ruthenium plaque or tantalum fiducial marker implantation surgery between January 201

40 ertent scleral perforation during plaque and fiducial marker implantation was low, and with immediate

41 procedures performed 5 days +/- 13 after the fiducial marker placement (range, 0-123 days).

42 risk for late adverse events, and CT-guided fiducial marker placement for preoperative planning for

43 The CT-guided fiducial marker placement of pulmonary nodules was safe,

44 consecutive patients who underwent CT-guided fiducial marker placement procedures between 2014 and 20

45 A total of 198 preoperative CT-guided fiducial marker placement procedures were performed in 1

46 points included the technical success of the fiducial marker placement, procedural complications, and

47 697 (0.86%) for plaque and 1/684 (0.15%) for fiducial marker surgeries.

48 , we coadsorb a DNA molecule and use it as a fiducial marker to account for tip-induced artifacts tha

49 Aiming to establish a fiducial marker to aid in the process of chain-tracing,

50 The registration relies on a subcellular fiducial marker, a cell motion mask, and a topological r

51 By adding a single radioactive fiducial marker, emission-guided biopsy of simulated bre

52 Existing cross-correlation or fiducial marker-based algorithms allow correcting the dr

53 Although fiducial marker-based alignment for tilt series has been

54 the aid of an antibody chaperone acting as a fiducial marker.

55 Fiducial-marker-based optical tracking of the ultrasound

56 te, we describe how gold sputtered/implanted fiducial markers (FM) are created and can be used to ens

57 rate and then detect the motion of transient fiducial markers (ie, tags) in the heart every 32 msec.

58 x-ray and MR images with the use of external fiducial markers accurately targets endomyocardial injec

59 Crucially, the use of blood vessels as fiducial markers also allowed precise re-registration of

60 nying histology images are often degraded by fiducial markers and background regions, hindering inter

61 We describe these fiducial markers and demonstrate an application that all

62 roaches for drift compensation include using fiducial markers and direct drift estimation by image co

63 ion beam, as well as those arising from gold fiducial markers and from common, lower contrast contami

64 nd evaluated a technique utilizing developed fiducial markers and real-time three-dimensional visuali

65 Introduction of fiducial markers and subsequent computation of three-dim

66 we treat tracked and segmented components as fiducial markers and use them to compute the approximate

67 Using a graphene oxide film means the fiducial markers are not interfering with the ice bound

68 Fiducial markers are used to reconstruct these projectio

69 e difficulties: (i) how to track the mass of fiducial markers automatically; (ii) how to integrate th

70 lidate the registration method for different fiducial markers by measuring the intensity differences

71 ulae, to be resolved and potentially used as fiducial markers for tracking local wall deformations.

72 eted ablations were performed at each of the fiducial markers guided only by the reconstructed 3D ima

73 urately registering STORM channels utilizing fiducial markers in the sample.

74 d fluorescent protein-tagged mitochondria as fiducial markers in the touch receptor neurons (TRNs), w

75 le preparation including (i) introduction of fiducial markers into the sample and (ii) sample vitrifi

76 wly developed coregistration technique using fiducial markers such as cresyl violet, Ponceau S, and b

77 We tested the accuracy of XFM using external fiducial markers to guide endomyocardial cell injections

78 Beads were used as fiducial markers to quantify the substrate deformation o

79 i) fully automatic detection and tracking of fiducial markers under large-field datasets; (ii) automa

80 Fiducial markers visible in both types of data act as co

81 After midline sternotomy, 2.3-mm CT fiducial markers were attached to the epicardial surface

82 ine hearts were stained with di-4-ANEPPS and fiducial markers were glued to the epicardium for motion

83 strate the successful reconstruction of gold fiducial markers with a spatial resolution of about 350

84 erwent closed-chest placement of endocardial fiducial markers, computed tomography, and pacing in all

85 istributed 3.2 nm gold particles are used as fiducial markers, demonstrated with a reconstruction of

86 3D printed fiducial markers, embedded together with the specimen in

87 llization chaperones and electron microscopy fiducial markers, enabling structural studies of challen

88 of radiopaque implanted objects as internal fiducial markers, the authors developed and evaluated a

89 Using green and red labels as fiducial markers, we computationally correct for rotatio

90 Using fluorescent nanodiamonds as fiducial markers, we define and achieve localization pre

91 To avoid the use of artificial fiducial markers, we used the signal of Alexa Fluor 647

92 t system determined the distances between 28 fiducial markers.

93 f the optical fiber to monitor motion in the fiducial markers.

94 ystem was superimposed on 3D MR images using fiducial markers.

95 nd CALHM4 subunits using specific binders as fiducial markers.

96 s were coregistered by using pelvic bones as fiducial markers; this was followed by manual adjustment

97 ate fluorescence was tracked in specimens by fiducial marks and epifluorescence.

98 crystallization chaperones and as molecular fiducial marks for single particle cryo-electron microsc

99 as measured by analyzing the displacement of fiducial marks immediately adjacent to the ON/LC by usin

100 Individual punctate spots were localized by fiducial marks in photographs, before and after removal

101 ulsed, near-infrared laser to create defined fiducial marks in three dimensions in fixed tissue.

102 ed from the capacity to generate fluorescent fiducial marks on cytoskeleton components.

103 t the effectiveness of the sABs as universal fiducial marks.

104 rated accurate registration on recordings of fiducials only, as evidenced by significantly reduced ta

105 Distances between corresponding fiducials placed on each of the automated and manual rec

106 EUS has an increasing role in treatment with fiducial placement for stereotactic body radiation thera

107 ng to left ventricular depolarisation) and a fiducial point in the photoplethysmogram waveform (as me

108 ved by aligning nuclear counterstain-derived fiducial points.

109 g them into a canonical framework based on a fiducial reference of neuropil morphology.

110 Thirteen consecutive patients with 37 fiducial seeds implanted for radiation therapy of abdomi

111 Fiducial seeds were placed in pancreas (n = 5), liver (n

112 ved tumor visibility in the vicinity of gold fiducial seeds.

113 ained with classically simulated data from a fiducial set of states and measurements, and can later b

114 that share structural similarities with the fiducial states.

115 rages sparse sets of overlapping profiles as fiducials to align heterogeneous HCS profile datasets in

116 Images were assessed in terms of fiducial visibility and artifact.

117 By using the shock front as a fiducial, we investigated the time-dependent growth of t

118 on and three-dimensional architecture of the fiducials, we improve axial discrimination and demonstra

119 The phantom and fiducials were imaged on CT and MRI.

120 Three gold and three polymer fiducials were inserted into a CT and MRI tissue-equival

121 Both fiducials were visible on MRI and had similar histograms

122 Polymer fiducials were well visualized in a phantom on CT and MR