ライフサイエンスコーパス: sacroiliac joint

1 The images included the sacroiliac joints.

2 f the individual inflammatory changes in the sacroiliac joints.

3 umatologists for MR imaging of the spine and sacroiliac joints.

4 as a selective localization to the spine and sacroiliac joints.

5 absence of radiographic abnormalities of the sacroiliac joints.

6 notyping, and computerized tomography of the sacroiliac joints.

7 advanced changes on plain radiographs of the sacroiliac joints.

8 xamination) can depict cartilage erosions in sacroiliac joints.

9 ollowed in descending order by the pelvis or sacroiliac joints (38%), scapula or shoulder, and ribs.

10 he imaging method of choice to visualize the sacroiliac joint and spine as recognized by the new clas

11 trauma, with immune cell infiltration of the sacroiliac joints and entheseal insertion areas in the s

12 The incorporation of MRI evaluation of the sacroiliac joints and HLA-B27 testing into criteria for

13 included fat-suppressed MRI sequences of the sacroiliac joints and lumbar spine that were scored for

14 nt was stratified by MRI inflammation in the sacroiliac joints and screening high-sensitivity C-react

15 spondyloarthritis predominantly affects the sacroiliac joints and spine but is also associated with

16 osing individual inflammatory changes in the sacroiliac joints and whether there is a correlation bet

17 e scored using the New York criteria for the sacroiliac joints and, similarly, grading the lumbar and

18 of the thoracic and lumbar spine, MRI of the sacroiliac joints, and CT of the abdomen and pelvis were

19 on of cervical or lumbar facet joints or the sacroiliac joint; and paravertebral intramuscular inject

20 Sacroiliac joint angle and the anterior iliac wing separ

21 Iliac angle, iliac length, sacroiliac joint angle, and anterior iliac wing separati

22 magnetic resonance imaging (MRI)-determined sacroiliac joint bone edema were randomized in a double-

23 lesions that include para-syndesmophytes and sacroiliac joint bony sparing.

24 e in the depiction of structural erosions in sacroiliac joints by using MRI sequence zero echo time (

25 n into the cervical or lumbar facet joint or sacroiliac joint; epidural injections of local anaesthet

26 adiolo-gists separately for the detection of sacroiliac joints erosions, then a comparison between T1

27 They underwent MRI sacroiliac joints examination using routine T1 TSE and S

28 horacic and lumbar spine (Fig 2), MRI of the sacroiliac joints (Fig 3), and CT of the abdomen and pel

29 in sacroiliitis grade between right and left sacroiliac joints, frequency of cervical- and lumbar-pre

30 the reference standard, synthetic CT of the sacroiliac joints has better diagnostic performance in t

31 standard, 3D THRIVE pulse sequencing of the sacroiliac joints has much better diagnostic value in th

32 The use of MRI, primarily of the sacroiliac joints, has substantially altered the diagnos

33 were lesion location (iliac wing adjacent to sacroiliac joint, iliac wing anterior and/or superior to

34 rting simultaneously in the lumbar spine and sacroiliac joints in a proportion of patients and confir

35 tive and chronic inflammatory changes in the sacroiliac joints in patients with chronic back pain and

36 ct inflammatory or structural changes to the sacroiliac joint indicative of axial spondyloarthritis a

37 deep neural network to detect MRI changes in sacroiliac joints indicative of axSpA.

38 MRI is a sensitive method for detecting sacroiliac joint inflammation, which is useful in predic

39 g, soft tissue, vertebrae, zygapophyseal and sacroiliac joints, intervertebral discs, and neurovascul

40 ramidus is mediolaterally expanded, and its sacroiliac joint is located more posteriorly.

41 logical diagnosis of inflammatory changes of sacroiliac joints is based on a 4 step radiographic grad

42 In MRI, active inflammation of sacroiliac joints is indicated by the presence of subcho

43 Grading a set of radiographs (sacroiliac joints, lumbar spine, and cervical spine) too

44 the presence of inflammatory changes in the sacroiliac joints observed in radiography according to t

45 w back pain originating in the facet joints, sacroiliac joints, or a combination of facet joints, sac

46 icipants), or a combination of facet joints, sacroiliac joints, or intervertebral disks (combination

47 ac joints, or a combination of facet joints, sacroiliac joints, or intervertebral disks, radiofrequen

48 mmation is linked to peri-fibrocartilaginous sacroiliac joint osteitis, as well as to spinal peri-ent

49 in the shoulders, spine, lateral knees, and sacroiliac joints (P = 0.0004).

50 1 years of age, fibromyalgia, apophyseal and sacroiliac joint pain, and sacral insufficiency fracture

51 Inflammation in the sacroiliac joints precedes radiographic damage that is n

52 MATERIAL/METHODS: Sacroiliac joints radiograms and MRI were conducted in 1

53 oints (facet joint trial, 251 participants), sacroiliac joints (sacroiliac joint trial, 228 participa

54 oint, iliac wing anterior and/or superior to sacroiliac joint, sacrum, and remainder of pelvis), mean

55 MR imaging of the spine and sacroiliac joints significantly influences the diagnosti

56 ediated inflammatory condition involving the sacroiliac joints, spine, and peripheral joints.

57 which inflammatory changes affect mainly the sacroiliac joints, spine, peripheral joints, tendon, lig

58 e significant predictors of SBT, whereas the sacroiliac joints, sternum, foot, anterior ribs 1st-5th,

59 tendons); the axial skeleton, including the sacroiliac joints; the limb joints; and some nonarticula

60 concept of axSpA from one of erosions in the sacroiliac joints to a spectrum of disease with and with

61 trial, 251 participants), sacroiliac joints (sacroiliac joint trial, 228 participants), or a combinat

62 trial; -0.71 (95% CI, -1.35 to -0.06) in the sacroiliac joint trial; and -0.99 (95% CI, -1.73 to -0.2

63 r activity in individual vertebrae or in the sacroiliac joints was categorized as bone marrow nonvisu

64 The sacroiliac joints were assessed on AP radiograms of the

65 Prominent individual vertebrae and sacroiliac joints were categorized as bone marrow visual

66 Biopsies of the ilium adjacent to the sacroiliac joints were more likely adequate than those f