ライフサイエンスコーパス: after image

1 45 days after imaging, and more than 45 days after imaging).

2 e in serum Cr levels and GFRs from before to after imaging.

3 (59.7%) for disease detected up to 12 months after imaging.

4 cases in which the regimen was not completed after imaging.

5 er imaging, 3-5 days after imaging, 6-9 days after imaging, 10-45 days after imaging, and more than 4

6 they were obtained (before imaging, 1-2 days after imaging, 3-5 days after imaging, 6-9 days after im

7 re imaging, 1-2 days after imaging, 3-5 days after imaging, 6-9 days after imaging, 10-45 days after

8 After imaging, acetabular and femoral data were separate

9 After image acquisition, the biodistribution of (111)In-

10 ated choroid was flat embedded and sectioned after image and morphometric analyses.

11 After imaging and histological examination diagnosed Hod

12 The mice were perfused after imaging, and iron stains and immunohistochemical s

13 animals of group 2 were euthanized on day 7 after imaging, and Ki-67, TUNEL, ERalpha, and ERbeta sta

14 imaging, 6-9 days after imaging, 10-45 days after imaging, and more than 45 days after imaging).

15 each group were collected randomly on day 3 after imaging, and terminal deoxyribonucleotidyl transfe

16 After imaging, animals were sacrificed, their tumors and

17 ical solution from the mouth, akin to colour after-images appearing on 'white' paper after fixation o

18 After imaging assessment, dogs were euthanized and LAA w

19 After imaging at day 6, proliferating and apoptotic cell

20 Injection was initiated 10 seconds after imaging began.

21 After imaging, brains were collected for histology and a

22 residual disease manifesting up to 9 months after imaging but lower (59.7%) for disease detected up

23 GFRs increased in both groups from before to after imaging (CT group, P </= .01; MR imaging group, P

24 ly, numerous tumor regressions were observed after imaging doses.

25 ed agent that combines targeted radiotherapy after imaging dosimetry with the potential for single-ag

26 After imaging, each dog was sacrificed, and the RV free

27 After imaging, excised tumor weight and biodistribution

28 After imaging, excised tumors were evaluated for uptake

29 2 hours before imaging and at least one time after imaging (>1 day after administration of contrast m

30 imprecise, with 30-50% of patients recurring after image-guided radiotherapy or radical prostatectomy

31 intervals at multiple time points before and after image-guided therapy.

32 Unlike colour after-images, gustatory after-effects are poorly underst

33 on during ocular counter roll response using after-image has been described.

34 After imaging, hearts were removed for ex vivo [18F] gam

35 After imaging, histologic analysis enabled confirmation

36 After imaging, histologic data were subsequently evaluat

37 with a more aggressive approach recommended after imaging in 18 patients.

38 Experiment 5 examined after-images in the blind and sighted fields, showing ve

39 cies, and by measuring the properties of the after-images, including their duration, size scaling, co

40 30 patients delivered between 18 and 89 days after imaging (mean, 55 days) (late delivery group).

41 After imaging, [methyl-(14)C]-choline was injected, and

42 After imaging, microradiographs of histological thin sec

43 of being diagnosed as having an MDD episode after imaging (odds ratio, 0.96; 95% CI, 0.01-0.75; P =

44 By comparing large-scale 'before' and 'after' images of an adsorbate covered surface, the spati

45 ('blindsight') nevertheless reported visible after-images of the stimuli when they were turned off ('

46 ontinued to carry image-specific information after image offset, but most ceased to encode previously

47 row Angle Camera (NAC) temporal ('before and after') image pairs to quantify the contemporary rate of

48 After imaging, patients were assessed by blinded movemen

49 After imaging, plaque hypoxia (pimonidazole), macrophage

50 ring the earliest encoding period (0-2000 ms after image presentation) in these trials there was a wi

51 After image quality control, voxel-wise statistics were

52 After imaging, rats were dissected and individual organs

53 After image reconstruction with various attenuation maps

54 After image reconstruction, ORBIT resulted in better def

55 of an identifiable seizure focus before and after image registration and subtraction.

56 After image review, autopsy reports and photographs were

57 After imaging, scanned ileal segments were analyzed ex v

58 After image segmentation, voxel clusters of adipocytes w

59 After imaging, specimens were cut and stained with a mic

60 After imaging studies were complete, monkeys received im

61 Less than 1 month after imaging, subjects underwent CEA, after which carot

62 After imaging, subjects were followed by blinded movemen

63 After image subtractions, fluorescence emission signals

64 After imaging, the cartilage was assayed for its water,

65 After imaging, the cartilage was scraped off and the vol

66 After imaging, the heart was removed and stained to deli

67 After imaging, the heart was sectioned into 44-50 pieces

68 After imaging, the hearts were excised and sectioned to

69 After imaging, the specimens were frozen and cut into 3-

70 Even after imaging times >1 h, only a minority of the spots d

71 After imaging, tissue counting in the excised tumors was

72 Immediately after imaging, tumor and healthy brain tissues were harv

73 Immediately after imaging, tumor tissue and adjacent healthy brain w

74 After images were enhanced, segmented, and corrected for

75 ls recovered by bronchoalveolar lavage (BAL) after imaging were stained immunohistochemically for iNO

76 PET/CT patients were discharged after imaging, whereas SPECT/CT patients left the depart

77 ed in which a decision not to treat was made after imaging with (111)In-ibritumomab tiuxetan (4.0% of

78 not treated with (90)Y-ibritumomab tiuxetan after imaging with (111)In-ibritumomab tiuxetan, because

79 te, and worms can be mounted for and removed after imaging within minutes.