ライフサイエンスコーパス: diagnostic certainty

1 f MR imaging was not an option, and pre-test diagnostic certainty.

2 the clinical management plan, and post-test diagnostic certainty.

3 resence and indicated lesion conspicuity and diagnostic certainty.

4 rate of occurrence, clinical relevance, and diagnostic certainty.

5 ns of obstruction and ischemia and estimated diagnostic certainty.

6 linical decision making, and the clinician's diagnostic certainty.

7 nosis of either AD or FTD and the individual diagnostic certainty.

8 admissions for infection often lack initial diagnostic certainty.

9 ome GBS cases do not exhibit a high level of diagnostic certainty.

10 thogenicity status with a decline in overall diagnostic certainty.

11 ed oropharyngeal cancers by providing higher diagnostic certainty.

12 criteria with 2SD cut-offs may offer greater diagnostic certainty.

13 Fifty were categorized as level 1 diagnostic certainty, 15 as level 2, 30 as level 3, and

14 Clinical images increased diagnostic certainty (3 studies) and agreement between p

15 la and presence of shouldering showed a high diagnostic certainty (93%).

16 munication abnormalities and clinician-rated diagnostic certainty about ASD) in later childhood.

17 found an association with overall increased diagnostic certainty after tau PET in the whole data set

18 in neurosurgical patients, enabling earlier diagnostic certainty and improved patient outcomes.

19 arthroscopic procedures, improving clinician diagnostic certainty, and assisting in management decisi

20 " correcting abnormalities slowly, achieving diagnostic certainty, and operating now to avoid "greate

21 grading, and the relevance of core biopsy to diagnostic certainty are considered.

22 Increased diagnostic certainty as a result of MR imaging was highl

23 DBPs self-reported diagnostic certainty at the time of the index diagnoses

24 nostic consistency based solely on clinician diagnostic certainty at time of index diagnosis.

25 genic movement disorders provide a degree of diagnostic certainty based on a combination of clinical

26 A secondary end point was the change in diagnostic certainty between the pre- and post-PET visit

27 Baseline age, sex, disease duration, diagnostic certainty, body mass index, bulbar onset, rev

28 GBS cases were evaluated for diagnostic certainty by Brighton criteria and classified

29 diagnostic model including PCP diagnosis and diagnostic certainty demonstrated improved sensitivity a

30 trasound hypotension protocol on physicians' diagnostic certainty, diagnostic ability, and treatment

31 ng Cox models adjusted for age at diagnosis, diagnostic certainty, diagnostic delay, site of onset, a

32 The diagnostic certainty for a positive lesion was scored on

33 8 patients (64.3%) met the criteria for high diagnostic certainty for PML ('definite PML' or 'probabl

34 ctive data from GBS meeting levels 1 or 2 of diagnostic certainty for the Brighton Collaboration, wit

35 of (18)F-FDG PET/MRI significantly increased diagnostic certainty for the detection of spondylodiskit

36 diagnosis of PPMS is made.) Three levels of diagnostic certainty have been defined-definite, probabl

37 rcutaneous biopsy substantially improved the diagnostic certainty in cases of suspected rejection and

38 WAS of endometriosis was conducted with high diagnostic certainty in cases, and with stringent handli

39 Taken together, these findings allow more diagnostic certainty in cerebellar patients, help resolv

40 The lack of diagnostic certainty in some patients makes it difficult

41 lly improves study quality and increases the diagnostic certainty in the identification of sentinel l

42 Clinical diagnostic certainty increased by a mean of 14% for all

43 od urea nitrogen, and creatinine levels when diagnostic certainty is required.

44 While imaging has increased diagnostic certainty, it has yet to provide reliable pro

45 Diagnostic certainty of interpretation (percentage of ca

46 ed to improve the visibility, detection, and diagnostic certainty of local recurrences.

47 bolic fingerprint in children with different diagnostic certainty of TB could contribute to a more ac

48 etabolic response of children with different diagnostic certainty of TB.

49 Diagnostic certainty of test results was evaluated using

50 Diagnostic certainty of the presence of tamponade requir

51 lly affects the clinical decision making and diagnostic certainty of thoracic surgeons.

52 imaging on the clinical decision making and diagnostic certainty of thoracic surgeons.

53 study findings, in bvFTD, VAS increased the diagnostic certainty of underlying FTLD, and the MRPI sh

54 of a composite biomarker, PCP diagnosis, and diagnostic certainty, outcomes were concordant with refe

55 size (p < 0.001), image quality (p < 0.001), diagnostic certainty (p < 0.001), and radiation exposure

56 Clinician diagnostic certainty predicted consistency of index diag

57 definitively diagnostic in all patients, and diagnostic certainty requires neuroimaging.

58 The diagnostic certainty showed only a very slow and mild de

59 ided more diagnostic information at a higher diagnostic certainty than did PET/CT.

60 Patients were categorized into 4 levels of diagnostic certainty to allow stratification of the find

61 The increase in diagnostic certainty was greatest for medial meniscal in

62 Diagnostic certainty was higher for MRI interpretations

63 Diagnostic certainty was recorded using a numeric scale

64 Clinician diagnostic certainty was the most sensitive and specific

65 Participant characteristics and diagnostic certainties were compared using the Wilcoxon

66 Tuberculosis disease phenotypes with optimal diagnostic certainty will be uncommon in the study popul

67 tion, a greater proportion of scans achieved diagnostic certainty with [(64)Cu]Cu-DOTATATE PET/CT com

68 The mean gain in diagnostic certainty with CT was 36% (95% CI = 31%, 40%)