ライフサイエンスコーパス: image analyses

1 between-group, and group-by-time interaction image analyses.

2 retraction were assessed with time-lapse and image analyses.

3 retinal lesions were quantified by computer image analyses.

4 l morphology were performed by using digital image analyses.

5 finition required of conventional volumetric image analyses.

6 tegy-dependent functional magnetic resonance imaging analyses.

7 e with QD620 for flow cytometry and confocal imaging analyses.

8 TEM for localization in ultrahigh resolution imaging analyses.

9 clusion of other liver diseases by blood and imaging analyses.

10 HCC is made based on findings from biopsy or imaging analyses.

11 examination and abdominal magnetic resonance imaging analyses.

12 patibility antigen by phenotypic and in vivo imaging analyses.

13 ain reaction and immunochemical and confocal imaging analyses.

14 arena have a powerful new tool to be used in imaging analyses.

15 mined in water-soluble extracts of cornea by imaging analyses after SDS-PAGE.

16 Immunoblot, autophagic flux, genetic, and imaging analyses all associated the increase in sensitiv

17 Live-cell imaging analyses also reveal that PNPLA8 dynamically int

18 Image analyses and cardiovascular disease event adjudica

19 Using quantitative image analyses and computer simulation, we demonstrate t

20 Using live imaging, quantitative image analyses and modeling, we show that during Arabido

21 we synthesized field measurements, satellite image analyses, and empirical models to evaluate forest

22 Resolution Imaging Spectroradiometer (MODIS) image analyses, and empirically based models.

23 ial, (3) collection of material for multiple imaging analyses, and (4) direct collection onto nanostr

24 nces based on pharmacological studies, brain imaging analyses, and genetic research are now convergin

25 in 99mTc-FGF-1 renal binding was measured by imaging analyses, as compared with renal binding in the

26 loss (F [%]), and Q [% x mm(2)]--obtained by image analyses can predict lesion progression.

27 Despite these differences, image analyses carried out on two-dimensional CFM and CR

28 integrating network, clustering, pathway and image analyses, define multiple functional protein modul

29 The results from our biochemical and imaging analyses demonstrate that KSHV capsids possess a

30 Noninvasive functional imaging analyses derived from coronary computed tomograp

31 Imaging analyses focused on activity related to anticipa

32 injury; (ii) immunohistochemical and digital image analyses for antibody and complement deposition an

33 Genetic and image analyses have revealed the elegant intricacies ass

34 Imaging analyses have confirmed the presence of temporal

35 Brain imaging analyses highlighted higher dorsal anterior cing

36 Time-resolved PL imaging analyses highlighted the microsecond decay-kinet

37 Biochemical and cellular imaging analyses identified a cell-autonomous pathway in

38 Furthermore, biochemical and two-photon imaging analyses identified elevated and imbalanced gluc

39 Similar image analyses in human embryonic kidney 293 cells expre

40 Genetic and imaging analyses in invertebrates show that Syd-1 works

41 Functional magnetic resonance imaging analyses included 27 early psychosis patients an

42 Imaging analyses indicated that ICAM-GFP fusion proteins

43 ghput automated microscopy and semiautomated image analyses of >4000 spindles, we found a reduction i

44 Image analyses of autoradiographs show, that in comparis

45 (siRNAs) in H2.35 liver cells and performed image analyses of cells undergoing cytokinesis.

46 Computer-enhanced image analyses of L7 spinal cord sections demonstrated a

47 PET image analyses of mice with RG2-TK tumors resulted in an

48 Image analyses of presynaptic neuronal architecture reve

49 Biochemical crosslinking experiments and image analyses of the DSH-kinesin head-microtubule compl

50 oremediation end point were characterized by image analyses of X-ray micro-CT scans and N2 adsorption

51 Volumetric magnetic resonance imaging analyses of 30 subjects were undertaken to quant

52 sensitive dye Fluo-4, we conducted real-time imaging analyses of calcium waves propagated among mamma

53 Here we integrate proteomic and imaging analyses of caveolae at the blood-tumor interfac

54 issue, we conducted intravital, longitudinal imaging analyses of cellular behavior in nonlymphoid tar

55 er lipid membranes (BLM), Ca(2+), and Mn(2+) imaging analyses of myotubes and RyR1 channels obtained

56 he longest serial cardiac magnetic resonance imaging analyses of patients with large anterior ST-segm

57 Our electrophysiological and Ca(2+) imaging analyses of recombinant Ca(v)2.1 and AMPA recept

58 Quantitative and qualitative cardiac MR imaging analyses of the RV and the left ventricle (LV) w

59 sections were immunostained and quantitative image analyses performed.

60 Our genetic and live-imaging analyses provide novel evidence that the proxima

61 Single- and multisection image analyses required 5 and 25 minutes per subject, re

62 Our cell fate and time-lapse imaging analyses reveal that the sorting of Pax6+ and Gs

63 onfocal laser scanning microscopy (CLSM) and image analyses revealed a significant increase of eGFP e

64 Morphological and 3-dimensional image analyses revealed enlarged and thin-walled blood v

65 Morphological and three dimensional image analyses revealed significant (P<0.05) increases i

66 Furthermore, quantitative image analyses revealed that actin organization affects

67 Imaging analyses revealed a marked increase in surface N

68 Fluorescent imaging analyses revealed that adoptively transferred M2

69 Biochemical, biophysical, and imaging analyses revealed that fibers produced by Escher

70 Live-cell imaging analyses revealed that ORP3a is localized at the

71 Calcium imaging analyses show a reduced sensitivity of ABA-induc

72 Quantitative live imaging analyses show that the amnion initiates EE ruptu

73 Dihydroethidium imaging analyses showed increased superoxide formation i

74 nude mice, biodistribution and scintigraphic imaging analyses showed selective uptake of (99m)Tc-NC10

75 This observation is further substantiated by imaging analyses, showing redistribution of cholesterol

76 Based on our image analyses, Snowy Plover clutches, in general, appea

77 Initial subtraction-based image analyses sought significant rCBF changes anywhere

78 Quantitative image analyses suggest that these temporal gradients pro

79 Our multimodal imaging analyses suggest that cognitive trajectories rel

80 Behavioral and imaging analyses suggested that dopamine is a stronger a

81 For image analyses, the left ventricle was divided into 14 s

82 On imaging analyses, the hallucinators, all of whom experie

83 solution MRI and surface-based computational image analyses to map regional abnormalities in the cort

84 In this study we used unbiased imaging analyses to correlate resting cerebral glucose m

85 en used within functional magnetic resonance imaging analyses to identify neural coding of prediction

86 l measurements of bias were then used in the imaging analyses to identify regions involved in biasing

87 Based on confocal imaging analyses, unfertilized oocytes that had been inj

88 epifluorescence microscopy and quantitative image analyses, we characterized the localization of CL

89 sing cortical thickness and diffusion tensor image analyses, we found greater and more widespread gra

90 sing patch clamp, Western blot, and confocal imaging analyses, we demonstrated that internalized hERG

91 Using novel imaging analyses, we observe that untethering chromatin

92 Using biochemical and fluorescence imaging analyses, we show that Shh signaling activity re

93 Both voxelwise- and volume of interest-based image analyses were performed.

94 Image analyses were restricted to correct recognition tr

95 Quantitative image-analyses were performed on grayscale images to ass

96 etic findings, functional magnetic resonance imaging analyses were conducted in an independent sample

97 Results of blinded imaging analyses were correlated with pathologic finding

98 , colonoscopy, and pelvic magnetic resonance imaging analyses were performed according to suspected d

99 SPM5 was used for all image analyses, which included cross-sectional between-g

100 ofluorescence, and high-speed automated cell-imaging analyses with antibodies specific against MCM2 a