ライフサイエンスコーパス: ankle joint

1 d's adjuvant (CFA) was injected into the rat ankle joint.

2 % by small rotations (+/-10 degrees ) of the ankle joint.

3 uction of peripheral inflammation of the rat ankle joint.

4 g platform whose axis was collinear with the ankle joint.

5 ritis, including erosion of the bones in the ankle joints.

6 ysis and determination of cytokine levels in ankle joints.

7 rosion were assessed at the wrist, knee, and ankle joints.

8 s in the synovial regions of recipient mouse ankle joints.

9 ponses to mechanical stimulation of knee and ankle joints.

10 e Mycoplasma gallisepticum cultures into the ankle joint a typical mycoplasma arthritis was induced w

11 and negative work distal to the shank (i.e., ankle joint and all foot structures), these structures r

12 like vertical climbing are identified in the ankle joint and related to positions of dorsiflexion and

13 Torques at the hip and ankle joints and activity from six muscles were recorded

14 of inflammation and severity of swelling in ankle joints and front paws.

15 th the fascia of the inoculated foot and the ankle joint, and DCIR deficiency skewed the CHIKV-induce

16 of the skin, plantar muscles of the paw, or ankle joint, and responses to mechanical and heat stimul

17 (RF) and iliopsoas (ILIO); the hip, knee and ankle joint angles; the amount of body weight support (B

18 The ankle joints are the first and most severely affected jo

19 s muscle was produced by fixing the knee and ankle joints at 90 degrees flexion.

20 tions, physiological tremor increases as the ankle joint becomes plantarflexed.

21 istinct traumatic bone marrow lesions of the ankle joint can be diagnosed on noncalcium images recons

22 ty was detectable in the IKKbeta-wt-injected ankle joints, coincident with enhanced NF-kappaB DNA bin

23 oxidative damage in the ipsilateral foot and ankle joint compared to wild-type mice which was indepen

24 uded open fractures, fractures involving the ankle joint, contraindication to nailing, or inability t

25 rliest clinical signs of inflammation in the ankle joint correlated with the presence of neutrophils

26 red by sequential caliper measurement of the ankle joints, determination of final paw weights, and hi

27 ndon forces and moments generated around the ankle joint during a plantarflexor MVC would be calculat

28 Forces were applied to the ankle joint during the early swing phase using an electr

29 r RNA transcripts progressively increased in ankle joints during the course of K/BxN serum-transferre

30 e susceptible C3H mice developed swelling of ankle joints during the second week of infection, this s

31 transmission and improve the control of the ankle joint in children with cerebral palsy.

32 Physical therapy or exercise that targets ankle joint mobility may lead to improvement in calf mus

33 In contrast to findings for the ankle joints, numbers of NOS2(+) and CD206(+) macrophage

34 ous structures on the plantar surface of the ankle joint of Confuciusornis may indicate a more crouch

35 ntify skeletal correlates of climbing in the ankle joint of the African apes to more accurately inter

36 lar cartilage was obtained from the knee and ankle joints of 34 organ donors.

37 Transduced cells were engrafted in ankle joints of animals prior to reactivation of arthrit

38 Spirochete levels in rear ankle joints of C3H/HeJ and C3H/HeN mice were relatively

39 fectious doses, the levels of spirochetes in ankle joints of C57BL/6N mice were high, equivalent to t

40 Ankle joints of female rats were injected preventatively

41 ewer mature osteoclasts were detected in the ankle joints of hTNF/SphK1(-/-) mice compared with hTNF/

42 hin the periarticular tissue surrounding the ankle joints of mice with collagen type II-induced arthr

43 CAM-1), and CD44 in tissue sections from the ankle joints of rats with AIA.

44 ee replacement for OA (n = 6) or from normal ankle joints of tissue donors (n = 7) were cultured in a

45 alpation of the foot or ankle, and 14.9% had ankle joint pain on most days in the past 4 weeks.

46 for corns and calluses, fungal signs, edema, ankle joint pain, tenderness to palpation, and sensory l

47 ed specific binding of 99mTc-ESbp to the rat ankle joint prior to clinical manifestations of inflamma

48 ol and intrinsic mechanical stiffness of the ankle joint, respectively.

49 The collapsible surface did not produce ankle joint rotation.

50 s a short-latency spinal reflex triggered by ankle joint rotation.

51 Controlled, triangular wave, ankle joint rotations applied at variable velocities (30

52 athetic and peptidergic fiber density in the ankle joint synovium.

53 n five leg muscles along with hip, knee, and ankle joint torques were also established during sensori

54 Leukocyte extravasation into the ankle joint was verified histologically.

55 emonstrate that local expression of IL-17 in ankle joints was associated with significantly increased

56 Optical imaging of the knee and ankle joints was done with an integrated optical imaging

57 Arthritis of the knee and ankle joints was induced in 6 Harlan rats, using peptido

58 Specimens of knee and ankle joints were further processed and evaluated by his

59 The ankle joints were injected on day 12 with an adenoviral

60 tendon sheath involvement was present in the ankle joints, where morphologic changes and abnormal cal

61 g, gravity causes forward toppling about the ankle joint which is prevented by activity in the soleus

62 secured so that it could rotate only at the ankle joint, without any external load.