ライフサイエンスコーパス: pathologic examination

1 diagnosed at US-guided biopsy (9 mm each at pathologic examination).

2 al and 17 HCM hearts) underwent micro-CT and pathologic examination.

3 o cystic hemorrhage or necrosis was noted at pathologic examination.

4 aortic areas of interest that were sent for pathologic examination.

5 rived from the history, imaging studies, and pathologic examination.

6 quantitative measures of wall composition at pathologic examination.

7 mes, as determined with follow-up MRI and/or pathologic examination.

8 bulking, and osteosarcoma was confirmed with pathologic examination.

9 d to have negative surgical margins at final pathologic examination.

10 central review of notes from surgery and/or pathologic examination.

11 omically susceptible lymph nodes for ex vivo pathologic examination.

12 There were 19 pRCCs and 55 ccRCCs at pathologic examination.

13 ence of dysplasia remote from cancer site on pathologic examination.

14 iated with the presence of fatty pancreas on pathologic examination.

15 k lymph node basins submitted separately for pathologic examination.

16 e features were not identified in systematic pathologic examination.

17 e PZ tumor larger than 0.1 cm(3) at surgical pathologic examination.

18 and the NVB was demonstrated at both US and pathologic examination.

19 e difficult to characterize by radiologic or pathologic examination.

20 ded tumor ablation followed by resection and pathologic examination.

21 as assessed by using computed tomography and pathologic examination.

22 ith a diffuse area of chronic prostatitis at pathologic examination.

23 sponded to a focus of chronic prostatitis at pathologic examination.

24 to nodular and diffuse peritoneal disease on pathologic examination.

25 primarily associated with medial necrosis on pathologic examination.

26 were sacrificed and the retia harvested for pathologic examination.

27 of 47 separate tumor sites were detected at pathologic examination.

28 d the explanted liver underwent quantitative pathologic examination.

29 The excised tissue was fixed in formalin for pathologic examination.

30 es, endoscopy, computed tomography scan, and pathologic examination.

31 bdominal (n = 26) or extraabdominal (n = 25) pathologic examination.

32 bleeding site confirmed by both clinical and pathologic examinations.

33 o 3 days after RF ablation), and the time of pathologic examination (0-72 hours after treatment) were

34 On pathologic examination, 10 patients (2.5%) had cholangio

35 At pathologic examination, 42 suspect (other than regenerat

36 lesions larger than 0.1 cm(3) were found at pathologic examination; 43 were detected by the radiolog

37 On pathologic examination, 96% of miners had macules, 70% m

38 ted by serial measurements of tumor size and pathologic examination after definitive surgery after ch

39 ients, no contrast enhancement was seen, and pathologic examination after surgical resection of the a

40 Findings from pathologic examination after the first attempt at locali

41 At pathologic examination, all lesions were dysplastic nodu

42 At pathologic examination, all tumors were localized to the

43 re subsequently confirmed at colonoscopy and pathologic examination among 20 potential flat masses (>

44 e support the critical importance of careful pathologic examination and adequate nodal staging, we ch

45 a majority of animals as determined by gross pathologic examination and bacterial burden.

46 ere malignant and 50 benign, as confirmed by pathologic examination and clinical follow-up.

47 o (diameter / length) were measured at gross pathologic examination and compared at each combination

48 those patients who were CRs by both clinical/pathologic examination and FDG-PET/CT (n = 19) compared

49 lute differences between lesion diameters at pathologic examination and MR imaging were evaluated by

50 orrelated with blood-filled nodules at gross pathologic examination and with blood-filled vascular ch

51 erize US-indeterminate adnexal lesions, with pathologic examination and/or follow-up as the reference

52 lyp size measurement at optical colonoscopy, pathologic examination, and computed tomographic (CT) co

53 e in 56 patients on the basis of surgery and pathologic examination, and false-positive in two patien

54 ng findings were correlated with findings at pathologic examination, and new international terminolog

55 in five patients on the basis of surgery and pathologic examination, and true-negative in 36 patients

56 dillo carcasses were suitable for postmortem pathologic examinations between February 2017 and 2020.

57 descending aorta, which are characterized on pathologic examination by smooth muscle cell (SMC) proli

58 Because only pathologic examination can confirm the presence or absen

59 elated with those at direct cholangiography, pathologic examination, cross-sectional imaging, and cli

60 The pathologic examination demonstrated a higher nuclei coun

61 Pathologic examination demonstrated limited microglial i

62 At pathologic examination, embryonal-appearing adenomatous

63 ging results were compared with surgical and pathologic examination findings in 27 patients who under

64 e correlated with the results of surgery and pathologic examination from 61 patients or from clinical

65 in tumor characteristics, including size at pathologic examination, grade, hormone receptor status,

66 Pathologic examination has shown atherosclerotic plaque,

67 finitions of cholecystitis included surgery, pathologic examination, hepatic iminodiacetic acid scan

68 At pathologic examination in all cases, the inverted sac co

69 was the most difficult device to identify at pathologic examination in all participants, and the twin

70 Pathologic examination, including staining for mitochond

71 Pathologic examination indicated that in 66.7% (8/12), a

72 ly did not differ from those without, tissue pathologic examination may be required to diagnose the c

73 ages were closest to those measured at gross pathologic examination (mean absolute difference, 0.72 m

74 At pathologic examination, most asymmetries (68 of 85, 80%)

75 follow-up CT images (n = 28), and results of pathologic examination (n = 40) by the authors in consen

76 ed with repeat FNA (n = 2, 0.5%) or surgical pathologic examination (n = 7, 1.8%), 330 (84.0%) were b

77 e identified at screening and confirmed with pathologic examination; noncancer cases were followed up

78 staging of colon cancer has been defined as pathologic examination of at least 12 lymph nodes.

79 Pathologic examination of lesions by a single experience

80 Pathologic examination of lung tissue from three affecte

81 Angiographic and pathologic examination of previously biopsied arterial s

82 o consensus regarding the optimal method for pathologic examination of SLN, or the prognostic signifi

83 On pathologic examination of the biopsy samples, all were p

84 re than 90 days for recurrent HCV (proven by pathologic examination of the explant and exclusion of o

85 Both pathologic examination of the lungs and live imaging of

86 rigorous application of guidelines covering pathologic examination of the mammary gland and the whol

87 pathogenesis is unknown, in part because no pathologic examination of the pituitary gland has been r

88 ire intensive fetal surveillance or detailed pathologic examination of the placenta after delivery.

89 Isolated cancer cells detected by pathologic examination of the SLN with use of specialize

90 de dissection irrespective of the results of pathologic examination of the SLN.

91 Pathologic examination of the surgical specimen showed a

92 Pathologic examination of whole-mount slices was used as

93 ncing of the amplified ITS fragment and by a pathologic examination or clinical course review.

94 in an unfilled segment if tumor was found at pathologic examination or follow-up CT urography in the

95 The reference standard was pathologic examination or more than 1 year follow-up.

96 rrelated with increasing mitotic activity on pathologic examination (P = .02), but not with tumor siz

97 n pulley lengths were measured at MR, US, or pathologic examination (P: =.512).

98 At pathologic examination, primary tumor samples were studi

99 ll with percentage necrosis as determined at pathologic examination (r = 0.60, P <.001), as did a two

100 a strong correlation with tumor necrosis at pathologic examination (R(2) = 0.9657 and R(2) = 0.9662

101 ne of two radiologists blinded to results of pathologic examination recorded location of unfilled seg

102 On pathologic examination, reoperative patients had smaller

103 even of 215 enrolled patients had PET/CT and pathologic examination results for the abdomen and pelvi

104 patients underwent nodule resection and had pathologic examination results positive for cancer; 185

105 Pathologic examination results showed 66 perihepatic met

106 Pathologic examination results showed pancreatic cancer

107 Nearly two decades ago, pathologic examination results suggested that acoustic f

108 Results: Pathologic examination revealed 19 (19.6%) complete and

109 Pathologic examination revealed 19 (19.6%) complete and

110 Pathologic examination revealed a higher incidence of in

111 Pathologic examination revealed good correlation between

112 Pathologic examination revealed that the tumor cells ini

113 Pathologic examination showed bowel wall necrosis and ma

114 Pathologic examination showed more than 50% necrosis in

115 Pathologic examination showed the microscopic findings t

116 Radiologic and pathologic examinations showed multiple nodular masses a

117 prior episode of presumed appendicitis, with pathologic examination significant for a primary signet

118 Pathologic examination suggests that the extensive invol

119 normal facial structure, and cores on muscle pathologic examination, thus phenocopying the mild form

120 in six aortic segments and were confirmed at pathologic examination to be thrombi.

121 e 3 lesions, whereas the fourth was shown on pathologic examination to represent chronic prostatitis.

122 t was obtained to analyze images from CT and pathologic examination under an institutional review boa

123 Pathologic examination verified the absence of significa

124 OVID-19 whose placentas underwent systematic pathologic examination was conducted.

125 Pathologic examination was performed for all cancers.

126 The pigs were sacrificed, and pathologic examination was performed.

127 en volume measurements from imaging and from pathologic examination were assessed by using concordanc

128 Z lesion (volume, >0.1 cm(3)) at whole-mount pathologic examination were included.

129 vage radical prostatectomy with step-section pathologic examination were performed in nine patients w

130 and discordance rates between radiologic and pathologic examinations were compared between the two bi

131 Virologic and pathologic examinations were performed on the patient's

132 ce of a periapical abscess at surgery and at pathologic examination, were compared.

133 the agreement of gallstone sizes measured at pathologic examination with those measured on segmented

134 d more discordance existed in radiologic and pathologic examinations, with a similar percentage of ca