ライフサイエンスコーパス: radiographic finding

1 total hip arthroplasty (THA) is a worrisome radiographic finding.

2 es, nodules and tree-in-bud were significant radiographic findings.

3 d tomography (CT) was performed based on the radiographic findings.

4 wise nonspecific clinical symptoms and chest radiographic findings.

5 equires the appropriate clinical picture and radiographic findings.

6 short stature and a unique constellation of radiographic findings.

7 gressive periodontitis based on clinical and radiographic findings.

8 detection in CSF, clinical presentation, and radiographic findings.

9 ogic records were reviewed and compared with radiographic findings.

10 ata were also reviewed and compared with the radiographic findings.

11 bilateral infiltrates, but 33% had no acute radiographic findings.

12 sive periodontitis based on the clinical and radiographic findings.

13 racteristics and pathologic, laboratory, and radiographic findings.

14 iring treatment was diagnosed as a result of radiographic findings.

15 er these represented true- or false-positive radiographic findings.

16 Osteoarthritis was confirmed by symptoms and radiographic findings.

17 ritis that is associated with characteristic radiographic findings.

18 were compared with concurrent bedside chest radiographic findings.

19 sue, diagnoses among various age groups, and radiographic findings.

20 y screen and subsequent corroboration of the radiographic findings.

21 sectional to obtain the relationship between radiographic findings.

22 does not substantially affect the subsequent radiographic findings.

23 lung, which correlated with traditional lung radiographic findings.

24 Of the 232 chest radiographic findings, 199 (86%) were confirmed at CT; w

25 +/-13 ng per milliliter) but not with normal radiographic findings (21+/-5 ng per milliliter), plaque

26 e matter hyperintensities (WMH) are a common radiographic finding and may be a useful endophenotype f

27 Indeterminate pulmonary nodules are a common radiographic finding and require further evaluation beca

28 277 [78.7%]) had IA diagnosis established by radiographic findings and maximum galactomannan positivi

29 le records were retrospectively reviewed for radiographic findings and outcome.

30 s 2,558 U.S. dental practices, OS-B combines radiographic findings and periodontal probing depths wit

31 ere screened for tuberculosis based on chest radiographic findings and symptoms.

32 tively between NEC and IP based on abdominal radiographic findings and the patient's age at operation

33 medications, recorded symptoms, vital signs, radiographic findings, and laboratory values.

34 noscopy; five were found to be true-positive radiographic findings, and one was found to be a false-p

35 hocardiography enabled confirmation of these radiographic findings, and pericardiocentesis was perfor

36 ations, subcutaneous nodules, laboratory and radiographic findings, and treatment received.

37 ndings, subcutaneous nodules, laboratory and radiographic findings, and treatment.

38 In combination with clinical symptoms and radiographic findings, antibody-based diagnostic tests a

39 Coexistent and correlated radiographic findings are displayed in an interpretation

40 If radiographic findings are equivocal, however, manometry

41 adiographic files were reviewed to determine radiographic findings at follow-up examinations.

42 Presence of radiographic findings, changes in management because of

43 in 1st-, 2nd-, 3rd-, 4th-, 6th-, or 8th-year radiographic findings compared with baseline).

44 The radiographic findings consisted of extrinsic mass effect

45 To determine if chest radiographic findings differ in adult tuberculosis patie

46 oconversion, compatible clinical illness, or radiographic findings, discontinuing antifungal prophyla

47 of pneumonia in conjunction with consistent radiographic findings (eg, air space density) without an

48 ased on a combination of signs and symptoms, radiographic findings (eg, magnetic resonance imaging [M

49 We also compare clinical and radiographic findings for the defect at 7 and 30 months

50 Radiographic findings from cone beam computed tomography

51 Clinical parameters and radiographic findings from periapical radiographs and Co

52 with MSMp, nor were there any differences in radiographic findings, hospitalization rates, viral coin

53 lymphadenopathy, which was the only positive radiographic finding in two patients.

54 Pathology findings correlated with radiographic findings in 90.0% of patients who received

55 We conclude that: (1) chest radiographic findings in adults with tuberculosis of rec

56 remote infection; (2) the distinctive chest radiographic findings in HIV-infected patients with tube

57 Aspergillus infection, were the most common radiographic findings in invasive aspergillosis.

58 ground-glass opacities, are the predominant radiographic findings in pediatric patients with a more

59 Better clinical and radiographic findings in terms of reduction in PD, HPD,

60 ICU clinicians were conducted to assess the radiographic findings in the routine radiographs and act

61 Characteristic radiographic findings include bilateral regions of subco

62 Chest radiographic findings included ground-glass opacity in 1

63 Radiographic findings, including sclerosis, invasion, pe

64 ion included an increase in summary grade of radiographic findings, increase in total osteophyte scor

65 ted tomography demonstrated several cardinal radiographic findings known to correlate with chronic re

66 lusive features on MRI, but subtle important radiographic findings led to a specific diagnosis.

67 marrow cavity at MR imaging and normal plain radiographic findings may suggest primary muscle lymphom

68 The radiographic finding of abdominal aortic calcific deposi

69 70, 95% CI 1.03-2.88, P = 0.04), and any new radiographic finding of hip OA or total hip arthroplasty

70 (odds ratio [OR], 1.53; 95% CI, 1.01-2.31), radiographic finding of wider appendiceal diameter (OR p

71 se progression was noted in the clinical and radiographic findings of 50 of the 52 (96.2%) cases, wit

72 All 21 patients with radiographic findings of achalasia had aperistalsis at m

73 e data suggest that in patients with typical radiographic findings of achalasia, the barium study can

74 Other radiographic findings of antral gastritis were present i

75 Radiographic findings of AVN were seen in 14 of 205 pati

76 This review is presented to describe the radiographic findings of axial carpal disruptions in hop

77 Radiographic findings of Cytomegalovirus pneumonia consi

78 New radiographic findings of hip OA were defined as the deve

79 mine the association of nitrate use with new radiographic findings of hip OA, adjusting for age, weig

80 may have an increased risk of developing new radiographic findings of hip OA.

81 ity for carbon monoxide (DLco), and/or chest radiographic findings of interstitial infiltrates.

82 ctors for osteoarthritis or mild to moderate radiographic findings of osteoarthritis, categorized int

83 f stay, complication rates, and clinical and radiographic findings of progression-free intervals.

84 There was no relationship between the radiographic findings of sarcoidosis and the CD4 cell co

85 s possible to predict IT accurately based on radiographic findings of the patient.

86 rt stature, facial dysmorphism, and aberrant radiographic findings of the spine and long bone metaphy

87 Familiarity with subtle radiographic findings of these conditions may lead to ea

88 ithm can detect most types of trauma-related radiographic findings on PXRs.

89 ccurately detect all kinds of trauma-related radiographic findings on PXRs.

90 However, no single MRI or radiographic finding performed well in discriminating be

91 4 pneumonia was not associated with specific radiographic findings, pneumonia severity score, intensi

92 ssions and, in admitted adults without focal radiographic findings, reduced antibiotic initiation.

93 igns, electrocardiographic abnormalities and radiographic findings seen in patients with LV pseudoane

94 n abnormality that corresponded to the chest radiographic finding that prompted the recommendation.

95 The radiographic findings that correlated with MDR-TB were i

96 e most common pathogen, causes a spectrum of radiographic findings that includes normal findings.

97 The authors assessed the radiographic findings, the histologic findings at core-n

98 Purpose To determine the value of chest radiographic findings together with patient history and

99 Although radiographic findings were also usually nonspecific, the

100 hic factors, comorbidities, and preoperative radiographic findings were analyzed as possible indicato

101 Serum levels of sIL-2R and ACE and chest radiographic findings were assessed.

102 Radiographic findings were categorized for RSV-infected

103 MR and radiographic findings were compared.

104 CT and chest radiographic findings were negative in 99 (55%) patients

105 Radiographic findings were non-contributory for hard tis

106 While chest radiographic findings were nonspecific, results of compu

107 The radiographic findings were reviewed retrospectively.

108 Radiographic findings, when present, were seen almost ex

109 ion of PCP occurring based on characteristic radiographic findings with elevated lactate dehydrogenas

110 ssified as success/failure based on clinical/radiographic findings, with tooth functionality determin