ライフサイエンスコーパス: perilesional

1 on were considered positive because of clear perilesional (18)F-FDG uptake at the delayed acquisition

2 nization in four out of five cases, but with perilesional activation within the damaged left hemisphe

3 ool to assess diffuse brain inflammation and perilesional activity in progressive multiple sclerosis

4 overy of function by normalizing exaggerated perilesional alpha5-GABAAR-dependent tonic inhibition.

5 n healthy human hair follicles as well as in perilesional and intralesional skin of acne vulgaris les

6 D6 expression consistently dropped in perilesional and lesional skin, coincident with developm

7 ndifferentiated" (similar DVR across lesion, perilesional and NAWM volumes).

8 to measure relative binding in the lesional, perilesional, and surrounding normal-appearing white mat

9 T2wi can help to distinguish the lesions and perilesional areas even in a clinical MRI-negative case.

10 t, direct immunofluorescence microscopy of a perilesional biopsy specimen or serological tests are ne

11 Transient perilesional brain oedema is seen around the calcified f

12 Particularly, perilesional brain tissues may attract abnormal Mn accum

13 tumor border that contained minimal to mild perilesional changes.

14 Although the stroke perilesional cortex (PLC) has been hypothesized as a pot

15 ein levels in proximal and distal regions of perilesional cortex and in homotopic areas of young adul

16 These temporal patterns of expression in the perilesional cortex and ipsilateral dorsal striatum were

17 tended to the cortical lesion, including the perilesional cortex around the lesion core.

18 nimals within proximal and distal regions of perilesional cortex compared with distal neocortical are

19 Three of these subjects had responses in perilesional cortex in response to blind field stimulati

20 left occipital and ventral occipitotemporal perilesional cortex, and increased feedback connectivity

21 cell death, and microglial activation in the perilesional cortex, lesion core zone, and choroid plexu

22 umor necrosis factor-alpha expression in the perilesional cortex.

23 effect is likely to be mediated by increased perilesional cortical excitability via chronic activatio

24 recovery after ischemia via augmentation of perilesional cortical excitability.

25 luorescent dye (CMFDA) were engrafted in the perilesional deep cortex, and animals were sacrificed at

26 al cells in well-formed blood vessels in the perilesional dermis.

27 ghest in the lesion), "peripherally active" (perilesional DVR highest), "inactive" (DVR highest in su

28 The transient development of perilesional edema (PE) around >/=1 calcification (defin

29 nd 30-65% of these cases are associated with perilesional edema (PE), likely due to host inflammation

30 iameter; four of these developed symptomatic perilesional edema at 3 (n = 2) or 8 (n = 2) months afte

31 Intense perilesional enhancement of metastases on early gadolini

32 thickness of hepatic parenchyma with intense perilesional enhancement on early gadolinium-enhanced im

33 thickness of hepatic parenchyma with intense perilesional enhancement was calculated.

34 In the remaining three patients, no perilesional enhancement was observed, and at histopatho

35 In one patient, mild perilesional enhancement was shown.

36 gadolinium-enhanced images showed prominent perilesional enhancement, which correlated with a thick

37 meglumine were retrospectively evaluated for perilesional enhancement.

38 PV-like suprabasal acantholysis and stained perilesional epidermis in a fishnet-like pattern, indica

39 e blisters in neonatal mice and weakly bound perilesional epidermis.

40 k of expression is localized to hyperplastic perilesional epidermis.

41 ensin-2 immunoreactivity in the lesional and perilesional epithelium - in particular in pustules - an

42 vely evaluated in the lesion and in adjacent perilesional gray and white matter.

43 ge systems in tissue around the lesion (the 'perilesional' hypothesis), or by homotopic cortex in the

44 terns (ring, heterogeneous, homogenous), and perilesional increased vascularity were studied.

45 actors were changed simultaneously: depth of perilesional injection and dose.

46 tients (group 2) after changing the depth of perilesional injections and dose.

47 Both groups had perilesional injections of (99m)Tc-sulfur colloid follow

48 Group 2 had perilesional injections on top of, beside, and just belo

49 the end, animals were randomly selected for perilesional intracortical microstimulation mapping and

50 Extensive migration of perilesional microglia was apparent by 24 h after injury

51 present a detailed analysis of long-distance perilesional microglial migration using time-lapse confo

52 reduced migration velocity and the number of perilesional migratory microglia without affecting direc

53 Human anti-hDsg3 antibodies are detected in perilesional mucosa as well as in sera of recipient mice

54 ted in lesions, with gradual tapering toward perilesional NAWM.

55 effect of mild passive focal cooling of the perilesional neocortex on the development of neocortical

56 percussion injury in rats reliably induces a perilesional, neocortical epileptic focus within weeks a

57 these striking abnormalities, neurons in the perilesional network could be modulated volitionally to

58 We initially found that the perilesional network demonstrated abnormally increased s

59 ith absence of swelling and low frequency of perilesional oedema (10%) at diagnosis, as compared with

60 Perilesional oedema is common and associated with episod

61 In a nested case-control substudy, perilesional oedema was assessed by MRI at the time of s

62 n MRI evaluation within 5 days of the event; perilesional oedema was seen in 12 patients (50%) compar

63 R111 binding in MS lesions (P < 0.05) and in perilesional (P < 0.05) and nonlesional white matter wit

64 f all points, all responding points, and all perilesional points all decreased significantly with tim

65 effect characterized by an intralesional or perilesional reaction.

66 tive stimulation is shown, marked by greater perilesional reorganization in stimulation- treated anim

67 es including abnormal patterns of FAF in the perilesional retina.

68 the proton density/T2 scan, and a two-voxel perilesional ring, from the SPM8 derived white matter ma

69 ratosis and basal cell carcinoma lesions and perilesional skin and compared this with region-matched

70 ell carcinomas, actinic keratosis, and their perilesional skin demonstrate a significantly lower caro

71 nation of a biopsy sample from the patient's perilesional skin demonstrated linear deposition of IgG

72 ) polymerase also occurred in both tumor and perilesional skin following treatment.

73 [OA]) and skin biopsy samples (lesional and perilesional skin from 25 PsA patients) were obtained.

74 IgE-coated mast cells were detected in perilesional skin of the BP patients.

75 rsue a nonocular biopsy of normal-appearing, perilesional skin or oral mucosa when possible.

76 sults of immunohistochemical analysis of the perilesional skin remained positive for CD19 and CD138 i

77 TRKB and TRKC in tumours when compared with perilesional skin.

78 nhanced interhemispheric inhibition over the perilesional tissue after focal cortical stroke in mouse

79 accumulate with cerebral microvessels in the perilesional tissue further stimulate brain plasticity a

80 influences functional neurological recovery, perilesional tissue remodelling and axonal sprouting of

81 Perilesional tissue was abnormal in eight patients, with

82 Despite successful remodelling of the perilesional tissue, erythropoietin enhanced axonal spro

83 ithin cortically blind subjects, activity in perilesional tissue, V3A and hMT+ was associated with a

84 ectrin cleavage, and increased cell death in perilesional tissue.

85 inhibition and 'plasticity brakes' over the perilesional tissue.

86 he axial area studied contained lesional and perilesional tissue.

87 ain injury, Mn preferentially accumulated in perilesional tissues expressing gliosis or oxidative str

88 transport at the primary injury site and the perilesional tissues secondarily over 6 weeks.

89 Increased perilesional TSPO uptake was present in 57% of the chron

90 e parasite may stay viable even if (18)F-FDG perilesional uptake has disappeared.

91 enhancement, prominent increase in CNR, and perilesional vascularity increase are important findings

92 nt, a slight increase in CNR, and absence of perilesional vascularity increase support findings of be

93 By increasing CNR and providing increased perilesional vascularity, Gadovist can help in the deter

94 infiltration by CD11c+ cells was abundant in perilesional vitiligo skin.

95 g was higher in the white matter lesions and perilesional volumes of MS patients than in white matter

96 the white matter in MS patients as lesions, perilesional volumes, nonlesional white matter with redu

97 rt a hypothesis that microglial apoptosis in perilesional white matter represents an early stage in l

98 ly, we found a zone lacking microglia within perilesional white matter, immediately beyond the active

99 human MS, microglial priming was evident in perilesional white matter, in close proximity to C3b/iC3

100 od-brain barrier permeability changes in the perilesional white matter, which predicts lesion progres

101 t enhancement into the formerly hypoperfused perilesional zone.