ライフサイエンスコーパス: menisci

1 n the creation of localized lens-like liquid menisci.

2 fused by cartilage and lacking ligaments and menisci.

3 our primary ligaments and medial and lateral menisci.

4 ormed to generate T1(rho) and T2 maps of the menisci.

5 ts the channel walls in the form of films or menisci.

6 diameter) were harvested from porcine medial menisci.

7 nts of TFT and dimensional variables of tear menisci.

8 ine cartilage score, and presence of damaged menisci.

9 bone, and in the knee, the outer edge of the menisci.

10 drodynamic shear, and capillarity/overlap of menisci.

11 the biochemical composition of cartilage and menisci.

12 ification in central regions of degenerative menisci.

13 ge and the central (chondrocytic) zone of OA menisci.

14 tive uncalcified, and degenerative calcified menisci.

15 and catabolic molecular pathway responses in menisci.

16 es in the articular cartilage, synovium, and menisci.

17 elations were observed for the cartilage and menisci.

18 MR images of 39 menisci (10 repeat tears, 11 postoperative menisci witho

19 (22%) than that seen in those who had intact menisci (14.9%) (P <or= 0.018).

20 n 50 meniscal samples extracted from 6 human menisci (3 lateral and 3 medial) revealed fundamental fe

21 aporating sessile drops and within capillary menisci above a brine pool.

22 al and biomechanical factors may damage both menisci and articular cartilage.

23 C for 3 months, we examined calcification in menisci and cartilage degeneration.

24 Gase activity were demonstrated in both knee menisci and cultured meniscal cells.

25 (see TEM image; 200 nm width) interparticle menisci and softness (from imputed deformations) of inte

26 peat tears, three tears in previously normal menisci, and 15 normal menisci) were evaluated for (a) a

27 abnormalities of the cartilage, bone marrow, menisci, and ACL.

28 ments (ACL, PCL, MCL, LCL), patellar tendon, menisci, and cartilage.

29 uced an arthritic phenotype in cartilage and menisci, and exercise promoted recovery.

30 ormation regarding the cartilage, ligaments, menisci, and osseous structures of the knee, but is less

31 visualize the articular cartilage, synovium, menisci, and other intra-articular structures important

32 , simplifying bubble shape to a rod with two menisci; and (2) the bubble contracted as the resorption

33 ervations suggest that pathologic changes in menisci are a regular feature of experimentally induced

34 The menisci around both eyelids immediately after lens inser

35 inuous liquid-vapor interface with coalesced menisci can form.

36 Injuries to articular cartilage and menisci can lead to cartilage degeneration that ultimate

37 structural changes of articular cartilage or menisci cannot be directly evaluated using this method.

38 release of contractile Laplace pressures as menisci collectively advance, arrest, or disappear.

39 All menisci constitutively produced NO, and significant incr

40 During imbibition, curved menisci driven by high negative Laplace pressures exert

41 scus curvature, all other parameters of tear menisci during delayed blinks were higher than those mea

42 he tear film and of the upper and lower tear menisci during normal and delayed blinking were obtained

43 ere quantified for both operated and control menisci ex vivo.

44 re recorded and compared in (a) 12 cadaveric menisci examined with conventional and gadolinium-enhanc

45 In group 2, the menisci explanted after 1 month displayed extensive infi

46 or debridement of degenerative tears of the menisci, fragments of articular cartilage, or chondral f

47 Menisci from humans with OA spontaneously produced NO an

48 All menisci from joints with ACL transection demonstrated de

49 r of in vivo NO production, was prominent in menisci from knees with ACL transection.

50 Menisci from nonoperated contralateral knees contained o

51 In addition, menisci from normal knees produced high levels of NO in

52 The goals of this study were to determine if menisci from patients with OA produce NO and PGE2, and i

53 ne tissues (i.e., tendons, femoral condyles, menisci) from Tissue Bank A and 0.36 percent among those

54 g higher in the transition zone of capillary menisci have a higher likelihood of staying in place due

55 Upper and lower tear menisci have nearly identical dimensions.

56 TFT, upper and lower menisci heights, and upper meniscus area remained elevat

57 The upper and lower tear menisci in each eye group on each day correlated strongl

58 logical thickness of articular cartilage and menisci in early osteoarthritis patients and healthy vol

59 ci observed in microchannel evaporation, the menisci in nanochannels are pinned at the entrance while

60 he transport of water across apposing liquid menisci in osmosis membranes comprising short hydrophobi

61 an alternative option for assessment of the menisci in patients with contraindications to MRI or in

62 We assessed the integrity of the menisci in the right knee on 1.5-tesla MRI scans obtaine

63 Tear menisci increased on insertion of contact lenses and on

64 The ability to climb menisci is a skill exploited by water-walking insects as

65 Amyloid in the knee joint menisci is formed from Apo A-I that is produced by chond

66 and positive correlations for cartilage and menisci, LCL and PCL respectively.

67 mean SD: 2.56 0.46, compared to degenerated menisci, mean SD: 1.85 0.42 (p = 0.0014).

68 The model predicts that menisci movements are uncorrelated, indicating that desp

69 RNA preparations from resected menisci (n = 12) were subjected to transcriptome-wide mi

70 Menisci (n = 27) were removed from human knee joints aft

71 While capillary menisci naturally self-assemble and transport floating p

72 of vessels in the peripheral 10%-15% of the menisci, no enhancement of menisci was detected in speci

73 ights, or areas between upper and lower tear menisci, nor were there any differences in measured vari

74 In the menisci, OA led to increased Col I and Col II expression

75 As opposed to receding menisci observed in microchannel evaporation, the menisc

76 Amyloid was extracted from the menisci of 3 adults who underwent knee joint replacement

77 egulation of these genes was observed in the menisci of aged or mature rabbits prior to or after indu

78 the measurement of both upper and lower tear menisci on contact lenses in situ.

79 is study was to measure upper and lower tear menisci on contact lenses using real time optical cohere

80 arangoni flow direction within the capillary menisci or by engineering the surface roughness to reduc

81 Stratification by intact versus damaged menisci produced similar results within each cohort.

82 n additional abrupt length increase when the menisci reach the top surface.

83 e 2.18 and 1.50 for low and high degenerated menisci, respectively (p < 0.0001).

84 ARSI histopathology score, subchondral bone, menisci score and synovitis compared to those of BL/6(C5

85 height and area of both upper and lower tear menisci significantly increased during the open-eye peri

86 curvature, and area of upper and lower tear menisci simultaneously.

87 ross-sectional areas of upper and lower tear menisci simultaneously.

88 degenerated inner border than non-degenerate menisci, suggesting that the integrin family may play an

89 must contend with the slippery slopes of the menisci that border the water's edge.

90 We identified a set of genes in torn menisci that were differentially expressed with age and

91 ical properties as a result of their concave menisci, the shape of which can be easily manipulated.

92 erein harness the superposition of capillary menisci to curve liquid interfaces controllably.

93 l for sports medicine surgeons in evaluating menisci to determine if they are repairable, in posterol

94 Twenty-four patients (29 menisci) underwent MR imaging after meniscal transplanta

95 ontrast resolution of the medial and lateral menisci using a 5-point Likert scale at each keV level w

96 e articular cartilage, subchondral bone, and menisci using complementary techniques, which included s

97 le water-walking insects are unable to climb menisci using their traditional means of propulsion.

98 al 10%-15% of the menisci, no enhancement of menisci was detected in specimens or patients.

99 RNA from articular cartilage and menisci was examined for expression of the genes caspase

100 Menisci were also cultured for analysis of NO production

101 The menisci were divided into thirds for regional analysis.

102 Ten human cadaveric menisci were imaged with high-spatial-resolution radiogr

103 In each configuration, the menisci were modeled based on the underlying osseous ana

104 ht, radius, and area of upper and lower tear menisci were obtained before, immediately after, and 20

105 Menisci were obtained from 17 patients (age 47-75 years)

106 adial dimensions and enhancement patterns of menisci were recorded and compared in (a) 12 cadaveric m

107 ation time values of articular cartilage and menisci were significantly higher in osteoarthritis pati

108 Menisci were subjected to histologic, immunohistochemica

109 in previously normal menisci, and 15 normal menisci) were evaluated for (a) a linear area of abnorma

110 ts (2131 knees; 2116 medial and 2106 lateral menisci) were included.

111 ther patients with amyloid in the knee joint menisci, were examined immunohistochemically.

112 otic cells was present in the medial part of menisci, which contains chondrocytic cells.

113 n the vascular region of the most degenerate menisci, which may indicate that such structures are inv

114 a and has been shown to hold well for liquid menisci with diameters as small as several nanometres(1-

115 study was to analyze normal and degenerated menisci with Raman methodology on thin sections of forma

116 ed vascularity in both healed and non-healed menisci with surgically induced tears.

117 onstrated highest contrast resolution of the menisci, with a statistically significant difference bet

118 9 menisci (10 repeat tears, 11 postoperative menisci without repeat tears, three tears in previously