ライフサイエンスコーパス: hip joint

1 on in trabecular bone structure in the human hip joint.

2 e pain and restore function to the arthritic hip joint.

3 le walking with a soft exosuit assisting the hip joint.

4 tings to grade each articular surface of the hip joint.

5 to avoid damaging vessels and muscles of the hip joint.

6 sis of fast-moving screw-and-nut-type weevil hip joints.

7 ed in metal-on-metal bearings for artificial hip joints.

8 ovial joints, including the shoulder and the hip joints.

9 OA, and total number of OA-affected knee and hip joints.

10 seudocapsule that surround failed prosthetic hip joints.

11 r both head and tail regions of the metallic hip joints.

12 ality used to evaluate patients with painful hip joints.

13 oth head and tail sections of the artificial hip joints.

14 ntre with a complaint of severe pain in both hip joints.

15 Sixteen of the 1002 hip joints (1.6%; four female and 12 male patients; mean

16 Of the 68 hip joints, 27 had excellent or good results according t

17 Eighty-nine hip joints (8.9%; 43 female and 46 male patients; mean a

18 The two groups differ in the anatomy of the hip joint, a pattern that has been linked to their locom

19 lvic musculature outside the ball-and-socket hip joint and on both sides of the pubic symphysis.

20 ally, new data on structural variants of the hip joint and pitfalls in imaging of the hip joint are r

21 edal dinosaurs had a centre of mass near the hip joint and rotated the entire hindlimb during stride

22 f new discoveries in the biomechanics of the hip joint and the rapid developments in hip-preserving s

23 ng, the authors present abnormalities of the hip joint and the surrounding soft tissues that can occu

24 safe and effective technique for preserving hip joints and delaying THA.

25 nced osteoarthritis of its spinal column and hip joint, and their implications for posture and lifest

26 Several features of hip joint architecture, such as acetabular dysplasia, pi

27 Subtle deformities of the hip joint are implicated in the etiology of osteoarthrit

28 the hip joint and pitfalls in imaging of the hip joint are reviewed.

29 idal hip movements were imposed to the right hip joint at 0.2 Hz by the Biodex system while subjects

30 = 4.22 C) occurred in the tail region of the hip joint at 1.5 T, which was higher than the limits for

31 and occupations that increase loading to the hip joint before the age of 50 years may be associated w

32 israelii have been described for prosthetic hip joints but not in association with intravenous drug

33 sue injury from the RF heating of artificial hip joints by obtaining both specific absorption rate (S

34 lly covering the distal anterior part of the hip joint capsule.

35 The position of the Hip Joint Centre (HJC) within the pelvis is thus critica

36 60 or more years of age with normal knee and hip joints does not increase the risk for the developmen

37 ibility of evaluating RF heating of metallic hip joints during MRI scans.

38 Four fresh-frozen cadaver hip joints from two male donors, ages 43 and 46 years, w

39 sults suggest a positive association between hip joint hypermobility and emotional arousal in domesti

40 by using a positioning device to arrange the hip joint in different controlled positions.

41 Because of the importance of the hip joint in weight bearing the advent of hip disease in

42 s as the surrogate marker for periprosthetic hip joint infection and differentiation from other synov

43 ibes the first reported case of a prosthetic hip joint infection due to Campylobacter coli.

44 A total of 24 shoulder joint and 24 hip joint injections were planned in 12 human cadavers.

45 hs and CT images were obtained to assess the hip joint integrity.

46 erality (P = 0.0043), and number of knee and hip joints involved (P = 0.0001).

47 The way the hip joint is imaged has changed in the past few years as

48 er population, a better understanding of the hip joint loading environment is needed for the preventi

49 an initial stage of restricted shoulder and hip joint mobility or that Ichthyostega was unique in th

50 ctive models should include ankle, knee, and hip joint motion, with hip motion being less mechanicall

51 osteophytes (OR 2.52, 95% CI 1.01-6.26), and hip joint narrowing (OR 1.60, 95% CI 0.73-3.48), and was

52 D) is a debilitating condition affecting the hip joints of millions of domestic cats worldwide.

53 viation]; 2538 women) were evaluated (15 364 hip joints on 7738 weight-bearing anterior-posterior pel

54 termediate RA does not alter the preexisting hip joint parameters, whereby a good restoration of the

55 nt space narrowing and osteophytosis) in the hip joints, patellofemoral (PF) joints, and tibiofemoral

56 tamicin-containing collagen sponges into the hip joint perioperatively.

57 longitudinal section obtained over the right hip joint region.

58 Postoperative mortality after hip joint replacement has fallen substantially.

59 Although the hip joint requires the hindwing to have at least 20 degr

60 nd Methods This retrospective study analyzed hip joints seen on weight-bearing anterior-posterior pel

61 gence, Deep Learning, Semantic Segmentation, Hip, Joints Supplemental material is available for this

62 In conclusion, excessive loading of the hip joint through exercise prior to 14 years of age may

63 oint space width (JSW) of each contralateral hip joint was quantified, and the rates of JSW narrowing

64 bone formation extending far beyond the left hip joint, which suggests the additional diagnosis of br

65 that older individuals with normal knee and hip joints who jog for recreational activities do not ha

66 compared with those from arthroscopy in four hip joints with SAF type 1 and 13 with SAF type 2.

67 significant amounts of cobalt ions from the hip joint within 30 min, with no risk of kidney failure.