ライフサイエンスコーパス: conventional radiography

1 v for computed radiography and 0.027 mSv for conventional radiography).

2 ondral bone that have not been apparent with conventional radiography.

3 used techniques of intravenous urography and conventional radiography.

4 ecific morphological changes not depicted by conventional radiography.

5 osteoarthritis (OA) has relied primarily on conventional radiography.

6 Traditionally, knee OA is diagnosed using conventional radiography.

7 normalities that were not clearly defined at conventional radiography.

8 all airways (< 2 mm), which are invisible in conventional radiography.

9 ss of presence of osteolytic bone lesions on conventional radiography.

10 Average costs (in 2001 dollars) were $44 for conventional radiography, 126 US dollars for 1.5-T rapid

11 For 23 conventional radiography, 27 rapid MR imaging, and 38 co

12 tion was 0.43 mGy (range, 0.01-22.5 mGy) for conventional radiography, 4.3 mGy (range, 0.01-43.9 mGy)

13 e of cardiac imaging in 1975 was centered on conventional radiography and angiography, but, in the pa

14 Conventional radiography and MR imaging were performed i

15 rochanteric bursa complex were injected, and conventional radiography and MR imaging were performed.

16 The ASD was imaged and sized by both conventional radiography and MRI.

17 Conventional radiography and pre- and postcontrast T1-we

18 nclusions regarding cost differences between conventional radiography and rapid MR imaging were robus

19 Gy for computed radiography and 0.16 mGy for conventional radiography), and the effective doses were

20 maging modalities, such as the barium enema, conventional radiography, and ultrasound, play a much mo

21 techniques, such as computed tomography and conventional radiography are of no significance in the d

22 n patients with calcific tendonitis by using conventional radiography as a reference and offers bette

23 MR imaging are roughly three times those for conventional radiography but about half those for conven

24 all rapid MR imaging times exceeded those of conventional radiography but were less than those of con

25 Skull base fractures that cannot be shown by conventional radiography can be clearly imaged by high-r

26 e unsafe for clinical applications.Keywords: Conventional Radiography, Computer Application-Detection

27 While current conventional radiography costs exceed reimbursement, cur

28 isions of hip prostheses are increasing, and conventional radiography (CR) is a primary tool for mana

29 Keywords: Conventional Radiography, CT, MR Imaging, PET/CT, Soft T

30 Keywords: Conventional Radiography, CT, Percutaneous, Cardiac, Vas

31 Keywords: Conventional Radiography, CT, Pulmonary, Thorax, Lung, P

32 The utilization rate for conventional radiography decreased 13.7%, while that of

33 g depicted 136 (79%) acute abnormalities and conventional radiography depicted 39 (23%).

34 underwent clinical and radiologic follow-up (conventional radiography, fluoroscopy, CT, or MRI) betwe

35 sonography, a modern imaging technique, with conventional radiography for the detection of erosions i

36 Although conventional radiography has traditionally been the stan

37 CT showed better diagnostic performance than conventional radiography in diagnosing hip prosthesis lo

38 MR imaging was superior to conventional radiography in the evaluation of pre- or pa

39 ing was limited mainly to the performance of conventional radiography, including barium esophagograph

40 Initial conventional radiography is relatively insensitive in th

41 : Artificial Intelligence, Chest Radiograph, Conventional Radiography, Lung Nodule, Mass Detection(C)

42 of the same order of magnitude as those for conventional radiography (median: 0.012 mSv [95% CI conf

43 Paget disease is diagnosed economically with conventional radiography, MR imaging is well suited for

44 In contrast to conventional radiography, MRI can directly visualize the

45 Because of the suspected diagnosis, conventional radiography of the skeleton was performed.

46 ) sites, patients were randomized to undergo conventional radiography or rapid MR imaging of the lumb

47 s, Ultrasound, Mammography, CT, Angiography, Conventional Radiography Published under a CC BY 4.0 lic

48 Conventional radiography reimbursement was 44 US dollars

49 Although conventional radiography remains the gold standard for a

50 ds: Thorax, MR-Imaging, Staging, PET/CT, CT, Conventional Radiography, Sarcoidosis, Thoracic Imaging,

51 Keywords: Conventional Radiography, Segmentation Supplemental mate

52 Keywords: Conventional Radiography, Skeletal-Axial, Thorax, Experi

53 enteroclysis for small-bowel assessment, and conventional radiography still have a role, despite the

54 ratification and THA planning tool.Keywords: Conventional Radiography, Surgery, Skeletal-Appendicular

55 iologists and outperformed GradCAM.Keywords: Conventional Radiography, Thorax, Diagnosis, Supervised

56 ptimal quality, safety, and equity.Keywords: Conventional Radiography, Thorax, Ethics, Supervised Lea

57 arkers for an emerging abnormality.Keywords: Conventional Radiography, Thorax, Feature Detection, Sup

58 Keywords: Conventional Radiography, Thorax, Trauma, Ribs, Catheter

59 Preliminary data suggest that, compared with conventional radiography, tomosynthesis may also improve

60 It can be diagnosed with conventional radiography, ultrasound, or magnetic resona

61 ning can apply to imaging modalities such as conventional radiography, US, and MRI, most attention to

62 In the first few decades, conventional radiography was the diagnostic modality for

63 Conventional radiography was the most utilized imaging t

64 The sensitivity and specificity of conventional radiography were 22% and 94% and of MRI wer