ライフサイエンスコーパス: focal lesion

1 of active tissue changes following an acute focal lesion.

2 ing estimation of the activity and size of a focal lesion.

3 different levels of network resilience to a focal lesion.

4 ls or only in beta-cells within a resectable focal lesion.

5 nding protein levels were much higher in the focal lesion.

6 n-traumatized areas of the brain following a focal lesion.

7 easure axonal damage in tracts distal to the focal lesion.

8 ment of the beta-cell nuclei confined to the focal lesion.

9 sease, even when it presents as an initially focal lesion.

10 adults, but it cannot be expected to improve focal lesions.

11 expressed by plasma cells from patients with focal lesions.

12 nent of atrophy appears to be independent of focal lesions.

13 Consensus indicated there were 206 focal lesions.

14 l-appearing brain tissues and DSC > 0.81 for focal lesions.

15 ne or more targeted biopsy and assessment of focal lesions.

16 improved, particularly for patients without focal lesions.

17 ficantly depleted in the microenvironment of focal lesions.

18 ubclones per patient and unique subclones in focal lesions.

19 is of the relative location of connectome to focal lesions.

20 clear whether the diffuse atrophy centres on focal lesions.

21 uding DWI and PWI in the evaluation of brain focal lesions.

22 c/mm(2)) was acquired within bone marrow and focal lesions.

23 psychological data about the consequences of focal lesions.

24 ase and allows for more precise diagnosis of focal lesions.

25 efined as the sum of metabolic volume of all focal lesions.

26 cerebral injury, and in cases with a single focal lesion (11 [55%]), B(I)RDs were localized in the s

27 Most patients presented with focal lesions (13 patients, 72.2%) involving one single

28 sion-symptom mapping in 344 individuals with focal lesions (165 involving the PFC) who had been teste

29 The Focal Lesion Ablative Microboost in Prostate Cancer stud

30 hase III, multicenter, randomized controlled Focal Lesion Ablative Microboost in Prostate Cancer tria

31 Sixty samples classified as focal lesions, adenoma, and early and advanced HCCs were

32 Here I review how focal lesions affect emotional empathy.

33 This study shows that focal lesions affect the brain's ability to represent st

34 While several studies have shown that focal lesions affect the communication between structura

35 nsional learning environment, asking whether focal lesions affected trial-by-trial attribution of fee

36 ed a case series of four human subjects with focal lesions affecting the VS.

37 , the decreased maximal enhancement value of focal lesions after treatment is accompanied by decrease

38 sions with high maximal enhancement value of focal lesions also show high f value.

39 y the glioblastoma invasion distant from the focal lesion and invisible on the conventional MRI.

40 It reflects the presence of a focal lesion and is associated with a high risk of acute

41 we assessed the downstream consequences of a focal lesion and its surgical resection on the brain's s

42 used to detect pathology at the site of the focal lesion and to measure axonal damage in tracts dist

43 the impact of varying control sample sizes, focal lesions and age-related changes to demonstrate hig

44 on coefficient (ADC) were extracted for both focal lesions and bone marrow and correlated with focal

45 underlying the development and evolution of focal lesions and diffuse damage in MS.

46 nce was the technique most commonly used for focal lesions and for cases of nonfocal disease (2808 [9

47 sis catheters were placed in the vicinity of focal lesions and in relatively less injured regions of

48 lesions and bone marrow and correlated with focal lesions and maximal bone marrow enhancement (BMEma

49 e phylogenetic relationship between baseline focal lesions and relapse disease, highlighting focal le

50 et of labeled data for segmentation of DAWM, focal lesions, and normal-appearing brain tissues on mul

51 ; (ii) heterogeneity of damage and repair in focal lesions; and (iii) specific damage to CNS tissue c

52 Focal lesions are the consequence of somatic uniparental

53 He began by emphasizing the focal lesion as the key to analysing patients' symptoms.

54 al lesions and relapse disease, highlighting focal lesions as hotspots of tumor evolution.

55 fferential diagnosis of benign and malignant focal lesions, as well as improved staging and guidance

56 These findings indicate that new focal lesions associated with frank BBB leakage are prec

57 espread in the normal-appearing brain beyond focal lesions, associated with lower preoperative perfor

58 RI showed significantly higher detection for focal lesions at all anatomic sites (except ribs, scapul

59 There was avid localization of ICG to the focal lesions at all time points.

60 st FORL involve the CEJ, and the presence of focal lesions at this site suggests that this is where r

61 syndrome and restricted deficits after small focal lesions (ataxic hemiparesis, dysarthria-clumsy han

62 ant decrease in maximal enhancement value of focal lesions (baseline vs after treatment, 213.9% +/- 7

63 MRI showed a focal lesion but discordant EEG changes in two, was non-

64 Following identification of a focal lesion by ultrasound surveillance, further investi

65 Detection of multiple (>1) focal lesions by MRI also conferred an increased risk of

66 Readers identified and characterized all focal lesions by using a scale of 1-4 (1, definitely ben

67 Surgical resection of a focal lesion can lead to a cure with limited pancreatect

68 In the cortex, focal lesion changes might precede diffuse atrophy with

69 itively associated with the size of biopsied focal lesions consistent with regional outgrowth of adva

70 Here we test the hypothesis that focal lesions decrease the brain's information processin

71 good agreement with the probability maps of focal lesions derived from volumetric MRI.

72 A focal lesion detected by use of magnetic resonance imagi

73 In addition to focal lesions, diffusely abnormal white matter (DAWM) is

74 llowed better visualization of the gland and focal lesions, especially on the coronally reconstructed

75 Within focal lesions, f was the maximum in lesions that showed

76 applied to describe BM (BM score [BMS]) and focal lesion (FL; FL score [FS]) uptake and tested a pos

77 MRI detected focal lesions (FLs) in 74% and MBS in 56% of imaged anat

78 relevant baseline parameters: the number of focal lesions (FLs), especially when FDG-avid by PET-com

79 Thirty-eight patients (21.1%) had focal lesions (fPET(+)), 10 of them with a single (unifo

80 or perinatal-onset unilateral brain damage (focal lesion) from cerebral infarction or intraparenchym

81 Images were evaluated for presence of focal lesions, glandular volume, visualization of latera

82 focal and diffuse brain injuries, 27% of the focal lesions had contralateral cerebellar hypometabolis

83 llular populations during the evolution of a focal lesion, has remained challenging.

84 However, mature microglial reactions to a focal lesion have not been characterized dynamically in

85 ce is challenged by the detection of hepatic focal lesions (HFLs) of other types.

86 normal subjects and studies of patients with focal lesions implicate regions of parietal cortex in ve

87 oss enlargement of the left parotid gland, a focal lesion in the right parotid gland, and cervical ly

88 Retrospective analysis of 137 hepatic focal lesions in 108 patients at risk of HCC, who underw

89 ablation catheter; control animals underwent focal lesions in a linear pattern over 3.5 cm with an ir

90 al procedures for removal of insulinomas and focal lesions in CHI.

91 lue in the detection and characterization of focal lesions in cirrhotic liver.

92 The treatment of choice for insulinomas and focal lesions in congenital hyperinsulinism (CHI) is sur

93 Surgical treatment of insulinomas and focal lesions in congenital hyperinsulinism is invasive

94 r phenotype, vascular malformations occur as focal lesions in discrete anatomic locations.

95 fore have therapeutic value in the repair of focal lesions in human myelin disease.

96 efficiency of CT colonoscopy in detection of focal lesions in large intestine of 10 mm or more diamet

97 t-related potentials (ERPs) in patients with focal lesions in lateral PFC and in healthy older and yo

98 ting liver fibrosis and in the assessment of focal lesions in other organs, like breast and thyroid g

99 The abnormal findings included focal lesions in the basal ganglia (found in 71 percent

100 gs were relapsing, large, contrast-enhancing focal lesions in the brain and spinal cord observed on M

101 ng pattern including unilateral and unilobar focal lesions in the frontal lobe affecting the cortical

102 sk, we addressed this issue in patients with focal lesions in the frontoparietal attention network.

103 trol group and ROIs as large as possible for focal lesions in the study group.

104 MRI detects focal lesions in the white and grey matter with high sen

105 en previously less familiar due to a lack of focal lesions in this deeply seated region, but also a p

106 d content (BMC) at the lumbar spine, and (2) focal lesions in x-rays of long bones assessed by a blin

107 as markedly improved the characterization of focal lesions, in particular cortical lesions.

108 roband, a fluoro-DOPA scan revealed a causal focal lesion, indicating uniparental disomy with loss of

109 Focal lesions induced by stroke, especially those damagi

110 The assumption that such focal lesions invariably predict the site of seizure ori

111 k re-organization that occurs in response to focal lesions involves changes in functional connectivit

112 unique sample of neurological patients that focal lesions involving ventromedial prefrontal cortex,

113 The classic 'focal lesion' is stroke.

114 mice, supporting the idea that plaques are a focal lesion leading to impaired neural system function.

115 ancies arose because although the effects of focal lesions likely consist of two components: short-te

116 rganization and cognitive function, and even focal lesions may be associated with distributed functio

117 Early focal lesions may have substantial and long-lasting impa

118 id angiopathy is characterized by individual focal lesions (microbleeds, cortical superficial sideros

119 Ablation was performed either with focal lesion (n=56; group 2) or to achieve LAA isolation

120 oice for the detection and localization of a focal lesion of hyperinsulinism.

121 A neurological patient with a rare focal lesion of rostral-to-middorsal ACC was tested in a

122 in a group of 100 patients diagnosed with a focal lesion of the pancreas, qualified for a core biops

123 Here we investigated a rare patient with a focal lesion of the right postcentral gyrus that interfe

124 X mice developed approximately twice as many focal lesions of basophilic hepatocytes as treated wild-

125 s, 36 patients with multiple myeloma in whom focal lesions of bone could not be detected by magnetic

126 of executive motor function in patients with focal lesions of corticospinal outflow originating in M1

127 is a devastating condition characterized by focal lesions of enlarged, tangled vessels that shunt bl

128 rotein (rM6) developed valvulitis as well as focal lesions of myocarditis.

129 oove, and proximal tibia) lying distant from focal lesions of OA in grade 2 joints were compared with

130 We examined the effects of focal lesions of posterior parietal area 5 in macaque mo

131 Trichrome-positive focal lesions of pulmonary fibrosis developed at 30 days

132 Infiltrating lymphocytes in the focal lesions of the salivary glands of patients with SS

133 t enhanced ultrasound for the recognition of focal lesions of the spleen and liver in patients suffer

134 We tested the hypothesis in 86 subjects with focal lesions of the telencephalon, by relating the neur

135 ar resection (26 of 48, 54%; 41 of 48 with a focal lesion on magnetic resonance imaging), and among p

136 must be applied to determine the impact of a focal lesion on new representations of the complexity of

137 prised the following 5 predictive variables: focal lesion on structural magnetic resonance imaging, a

138 Forty-nine patients who presented with focal lesions on CT and/or MRI had 201Tl brain SPECT stu

139 Eighteen patients who presented with focal lesions on CT or MRI, or both, underwent 201Tl bra

140 ording to multivariate analysis, more than 3 focal lesions on day 7 imparted inferior overall surviva

141 Thus, the presence of > 3 focal lesions on day 7 PET follow-up may be exploited to

142 In patients with >=3 focal lesions on positron-emission-tomography at diagnos

143 quantitative understanding of the effects of focal lesions on the brain's functional network organiza

144 Long-bone x-rays showed no change in focal lesions or bone deformities in any subject in eith

145 han those without, a difference not seen for focal lesions or microbleeds.

146 emor, and dystonia involves the placement of focal lesions or the application of deep brain stimulati

147 mals followed with multisequence 7 T MRI, 31 focal lesions, predicted to be demyelinated or remyelina

148 n SLE, with small vessel injury (i.e., small focal lesions) primarily associated with a decreased NAA

149 tifying the invisible tumour invasion beyond focal lesion promises more effective treatment, which re

150 derstanding of how the brain is modulated by focal lesions remains incomplete.

151 MVT trial, was 6.1% and 4.2% in diffuse and focal lesions, respectively.

152 the unique relapse sub-clone in the baseline focal lesion(s), we show a close phylogenetic relationsh

153 sequencing on paired random bone marrow and focal lesion samples from 17 newly diagnosed patients.

154 ss is suggested by the excess of subcortical focal lesions seen on MRI, especially in elderly patient

155 equired with larger patient numbers and more focal lesion sites, we also argue that clinical diagnosi

156 Two participants presented with two or more focal lesions smaller than 5 mm only at WB-MRI but not F

157 , including iliac crest and radiology-guided focal lesion specimens from 51 patients to gain insight

158 s hidden location and the virtual absence of focal lesion studies.

159 lasticity of the motor system in response to focal lesions such as stroke.

160 d images, which increases the conspicuity of focal lesions that do not contain hepatocytes (eg, metas

161 studies reported findings from real chronic focal lesions that only partially confirmed simulation p

162 e damage may be intrinsically different from focal lesions that would trigger glial scar formation.

163 , particularly the presence and evolution of focal lesions - the pathological hallmark of MS.

164 t that clinical events are usually caused by focal lesions, there is considerable debate over the rel

165 tectomy; however, unlike those with a K(ATP) focal lesion, they show clinical sensitivity to diazoxid

166 20 pre-operative neurosurgical patients with focal lesion to the pre- and post-central area correspon

167 ere we studied the behavior of patients with focal lesions to either BG or OFC in a multi-strategy co

168 rsistent glutathione S-transferase (GSTP)(+) focal lesions to fully developed HCC showed that approxi

169 behavioral outcomes in 30 patients, 19 with focal lesions to six "target" hubs identified by our app

170 our approach in data from nine patients with focal lesions to the ventromedial prefrontal cortex / me

171 y and participation coefficient) and 11 with focal lesions to two "control" hubs (high degree central

172 lesion-symptom mapping in 328 patients with focal lesions, to uncover cognitive processes and neural

173 Distant from the focal lesion, total axon counts, degenerating axon count

174 active PSC regions, additional detection of focal lesions typical for CCC was not feasible.

175 Although incidences of focal lesions, underexpansion, and malapposition were si

176 Results: Fourteen of 19 patients having focal lesions underwent surgery.

177 Analyses were conducted on focal lesion versus controls, RH versus LH lesion, front

178 rience, coagulation status, puncture target (focal lesion versus parenchyma), lesion size, patient se

179 Pathologic proof of focal lesions was obtained with histopathologic analysis

180 Reflecting the long-term consequences of focal lesions, we found re-organization of the neurotopo

181 cal supratentorial lesions alone, 50% of all focal lesions were associated with contralateral cerebel

182 Hepatic focal lesions were classified according to LI-RADS-v2018

183 In the group of 547 women, 593 focal lesions were diagnosed.

184 Focal lesions were excluded based on structural magnetic

185 A total of 169 focal lesions were found in 81 patients, of which 110 le

186 However, only small focal lesions were independently related to NAA/Cr ratio

187 Focal lesions were placed in the optic tectum (OT) and i

188 GM pathology may present as focal lesions, which can be visualised using double inve

189 bnormalities in the vascular structures, and focal lesions, which include benign nodules with intense

190 Typically, HCC is a focal lesion with high signal intensity on T2-weighted i

191 Identification of a focal lesion with transrectal US yielded a sensitivity o

192 al region-of-interest analysis including all focal lesions with a maximum standardized uptake value >

193 inal cytoarchitectural defects, ranging from focal lesions with displacement of retinal neurons into

194 Hypervascular focal lesions with high maximal enhancement value of foc

195 lity (3-point scale) and for the presence of focal lesions with increased (18)F-fluoride uptake (maxi

196 Prospective identification of focal lesions with transrectal US and retrospective revi

197 Identification of focal lesions with transrectal US is not a reliable crit

198 ircuitry, a description that suggests even a focal lesion would break a chain of processing and leave