ライフサイエンスコーパス: pathological examination

1 lternative to the qualitative and subjective pathological examination.

2 nd variably present pigmented macrophages on pathological examination.

3 or, the lesion was excised and submitted for pathological examination.

4 irements for adequate surgical treatment and pathological examination.

5 linical phenomena in the light of meticulous pathological examination.

6 exposure could be detected from behavior or pathological examination.

7 related well with the dimensions measured on pathological examination.

8 nical examination in the validation sets had pathological examination.

9 liver, kidney, and spleen were subjected to pathological examination.

10 f of each specimen was submitted for routine pathological examination.

11 recurrence and overall survival over routine pathological examination.

12 small vessels, can only be obtained through pathological examination.

13 results proposing streamlined protocols for pathological examination.

14 days (7 of 9 swine), hearts were subject to pathological examination.

15 36%), in 54 of which cancer was found during pathological examination, 26 breast MRI results were fal

16 show marked hippocampal sclerosis (HS) upon pathological examination, 40% present with no significan

17 U-TIRADS score in Congolese hospitals, using pathological examination after surgery as the gold stand

18 n size in CEM after NAST was compared to the pathological examination after surgery.

19 On the pathological examination, all left testes in the torsion

20 cuitry, assessment of drug distribution, and pathological examination by false-colored hematoxylin an

21 Pathological examination cannot classify the clinical sy

22 Definitive pathological examination confirmed IPMN diagnosis in 95%

23 Pathological examination confirmed the angiographic pate

24 Pathological examination confirmed the diagnosis of leio

25 ent autopsy and 1767 had complete postmortem pathological examination data at the time of data analys

26 Pathological examination demonstrated frequent incomplet

27 Pathological examination demonstrated significant reduct

28 ean diameter was 13.6 mm while post-surgical pathological examination determined the mean diameter to

29 ctive diagnosis of CPF that was confirmed by pathological examination had symptoms that could be attr

30 ction of the affected tissue is selected for pathological examination, has a low probability of detec

31 Outcomes were determined at surgery and by pathological examination in 59 patients, and by clinical

32 Islet amyloid is observed at pathological examination in the vast majority of individ

33 sacrificed, and the esophagus submitted for pathological examination, including 10 discrete histolog

34 splant recipients, and both cellular MRI and pathological examinations indicate a significant reducti

35 e cholecystitis and may be missed if careful pathological examination is not undertaken.

36 After rectal resection for adenocarcinoma, pathological examination may reveal invasion of the dist

37 Pathological examination of affected animals revealed a

38 Pathological examination of each pneumonectomy specimen

39 However, pathological examination of FBD brains has shown the pre

40 e between touch preps (TPs) and conventional pathological examination of HER-2 and uPAR gene status i

41 However, routine pathological examination of lymph nodes may underestimat

42 mice exhibit progressive muscle weakness and pathological examination of muscle shows classic charact

43 ibit abnormalities in behavioral testing and pathological examination of the brain shows widespread T

44 Pathological examination of the cochlea in one of the fa

45 Routine pathological examination of the explanted liver failed t

46 Pathological examination of the heart revealed complete

47 ough antibody titres to Abeta were not high, pathological examination of the mouse lemur brains showe

48 Pathological examination of the skin showed graft vascul

49 Pathological examination of the surgical specimen was pe

50 Upon pathological examination of this aggressive tumor, an "i

51 diagnosis include demonstration of yeast on pathological examination of tissue and isolation of the

52 Pathological examinations of affected human hearts revea

53 the correlation between the radiological and pathological examinations of these pathologies can enhan

54 tudy performed virome capture sequencing and pathological examination on regularly collected urine se

55 We first performed pathological examination on tissue from 33 patients who

56 od agreement both with results obtained from pathological examinations on the frequencies of three ma

57 Whether for pathological examination or for fundamental biology stud

58 Pathological examination or imaging evaluation are not v

59 -node-metastasis (TNM) stage, ascertained on pathological examination (p) of a surgical specimen, of

60 ings from clinical, laboratory, imaging, and pathological examinations provided a more complete pictu

61 ajor patterns of placental injury, placental pathological examination remains undervalued and under-u

62 mbination of machine learning algorithms and pathological examination reports, we developed a classif

63 diffuse polymicrogyria detected prenatally, pathological examination revealed a common pattern assoc

64 Pathological examination revealed a mucinous cystic neop

65 Pathological examination revealed an inflammatory granul

66 Pathological examination revealed an injured mucosa with

67 The pathological examination revealed cancer in 55 women (25

68 The pathological examination revealed mild interstitial edem

69 Pathological examination revealed well-demarcated circum

70 Pathological examination revealed widespread and abundan

71 Pathological examination reveals no difference in the in

72 A single-organ pathological examination should be avoided.

73 Pathological examination showed that the major abnormali

74 Pathological examinations showed that lungs were the pre

75 Pathological examination shows that ChHV5 is shed in ski

76 During pathological examination, the radiofrequency lesions wer

77 uals with suspected thyroid cancer underwent pathological examination to confirm diagnosis.

78 erapy, and such cases should be evaluated by pathological examination to distinguish NIF from true no

79 h an OJ model. Organ damage was evaluated by pathological examination, TUNEL staining, and liver/kidn

80 er CDU, testes were surgically removed and a pathological examination was performed after four hours

81 An intraoperative pathological examination was performed and local excisio

82 Follow-up electrophysiology study and pathological examination were conducted 13+/-5 days afte

83 Design Upper gastrointestinal endoscopy and pathological examination were performed as part of a gas

84 e correlation and similarity between CEM and pathological examination with regards to the detection o