ライフサイエンスコーパス: inner wall

1 ally empty space immediately adjacent to the inner wall.

2 nked sidechains to maintain contact with the inner wall.

3 ally empty space immediately adjacent to the inner wall.

4 e protocol involves a sandwich format in the inner walls (200 nm diameter) of an anodized alumina oxi

5 s of the canal but were more numerous on the inner wall (9.1 +/- 1.0 versus 2.6 +/- 0.4, P: < 0.001).

6 dy the role of cellular adhesion between the inner wall and JCT, 12 additional pairs were perfused wi

7 ypes of separation were observed between the inner wall and JCT: cell-matrix separation between the e

8 nt membrane and subendothelial matrix of the inner wall appear to remain intact.

9 l is an 18-stranded helix and the middle and inner walls are hextuple-stranded helixes.

10 all of the double-walled system and used the inner wall as a template for the self-reassembly of the

11 Inner wall breaks persisted, even in eyes in which the o

12 qualitative and quantitative analysis of SC inner wall by transmission electron microscopy revealed

13 ecules expelled from single vesicles onto an inner-wall carbon surface, where the duration of transmi

14 all from outer wall SECs and discovering two inner wall cell states that likely result from local env

15 d shear stress at the wall, blood vorticity, inner wall circumferential stretch, and radial wall thin

16 ted with capture antibodies immobilized onto inner walls coated with a highly swollen 3D chitosan hyd

17 examined, and the influence of the capillary inner wall coating on resolution investigated using fuse

18 Raman analyses reveal that the inner wall comprises a mix of aragonite and calcite, exp

19 mmediately adjacent (within 1 microm) to the inner wall endothelial cells of the canal did not reveal

20 ytochalasin D caused scattered breaks in the inner wall endothelial lining of Schlemm's canal (4.6 +/

21 f separation between the basal lamina of the inner wall endothelium and the JCT.

22 mechanism by which aqueous humor crosses the inner wall endothelium is necessary.

23 sue of the trabecular meshwork together with inner wall endothelium of Schlemm's canal (SC) provide t

24 n influence the apparent pore density in the inner wall endothelium significantly, the conclusion rea

25 een outflow facility and pore density in the inner wall endothelium was not confirmed.

26 ay be explained by decreased porosity of the inner wall endothelium.

27 rifice radii of 0.7-20 microm with silanized inner walls filled with a solution of 10 mM valinomycin

28 ttes with a layer of carbon deposited on the inner wall for sampling attoliter-to-picoliter volumes o

29 anchor nanocrystals, while retaining intact inner walls for highly conducting network.

30 classes of SECs, molecularly distinguishing inner wall from outer wall SECs and discovering two inne

31 5) The interface design leaves the capillary inner wall intact and, therefore, does not add any dead

32 unroofing Schlemm's canal while leaving the inner wall intact.

33 er of the two subpopulations of pores in the inner wall, intracellular and intercellular (or "border"

34 , which resemble a DNA double helix, and the inner wall is a quadruple-stranded helix.

35 The inner wall is composed of an extended network of hydroge

36 els, indicating that aqueous flow across the inner wall is sensitive to downstream pressure.

37 Confocal images were taken along the inner wall (IW) of the aqueous plexus (AP) in radial and

38 Whereas the inner wall largely determines shape and strength, the ou

39 minimizing the adsorption of protein to the inner wall of a bare capillary.

40 particles were chemically immobilized on the inner wall of a glass capillary (i.d. 0.8 mm, length = 5

41 ting either Trp-21 or Ala-51, which line the inner wall of a hydrophobic cavity that is common to Tud

42 ular structures of compounds tethered to the inner wall of a protein pore are known to affect the cur

43 Coating the inner wall of a quartz nanopipet with a thin layer of ca

44 It has been proposed that coating the inner wall of an SRF cavity with superconducting thin fi

45 The integrity of the inner wall of aqueous plexi in drug-perfused porcine eye

46 The integrity of inner wall of aqueous plexi, however, was observed to be

47 hanges promoting leukocyte attachment to the inner wall of blood vessels under hydrodynamic forces.

48 supporting epithelial layer that adorns the inner wall of Bowman's capsule.

49 ically attached to carboxylate groups on the inner wall of capillary, pretreated with strong base for

50 Unique black coatings were observed in the inner wall of pottery shreds excavated from Keeladi, Tam

51 The tight junctions between cells of the inner wall of SC become less complex with increasing pre

52 The endothelium lining the inner wall of SC has both blood and lymphatic vascular c

53 cultured endothelial cells isolated from the inner wall of SC of healthy and glaucomatous human eyes.

54 intercellular junctions at the level of the inner wall of SC to increase transendothelial resistance

55 etectable as optical sections approached the inner wall of SC.

56 the trabecular meshwork (TM), including the inner wall of Schlemm's canal (SC), tissues known to str

57 tionship between the density of pores in the inner wall of Schlemm's canal and aqueous outflow facili

58 spherical tips to probe the stiffness of the inner wall of Schlemm's canal as a function of distance

59 significantly lower density of pores in the inner wall of Schlemm's canal than do normal eyes.

60 ure conditions, microdissected to expose the inner wall of Schlemm's canal, and prepared for scanning

61 low conditions, microdissected to expose the inner wall of Schlemm's canal, and prepared for scanning

62 of the human eye and causes ruptures of the inner wall of Schlemm's canal.

63 w pathway: trabecular, juxtacanalicular, and inner wall of Schlemm's canal.

64 utting/stripping the trabecular meshwork and inner wall of Schlemm's canal.

65 ntly in the basement membrane underlying the inner wall of Schlemm's canal.

66 ting and cauterizing the trabecular meshwork/inner wall of Schlemm's canal.

67 s and ejecta of young craters, including the inner wall of Shackleton.

68 tion include neck injury and diseases of the inner wall of the artery.

69 ated by 24 A, that follow the contour of the inner wall of the capsid.

70 WSS on the inner wall of the CCA was significantly lower after lisi

71 ing anti-E. coli O157:H7 antibodies onto the inner wall of the column, forming the "sandwich" immunoc

72 immobilizing trypsin onto the surface of the inner wall of the fused silica capillary tubing.

73 ructure that Cr oxide is sandwiched near the inner wall of the hollow particle.

74 scan showed a low-attenuation lesion at the inner wall of the right ventricle.

75 brid material was covalently anchored to the inner walls of a 0.25 mm i.d. fused silica capillary to

76 apsulation of plasmonic nanoparticles on the inner walls of a mesoporous silica capsule.

77 This method comprises coating of the inner walls of a microfluidic channel with the thin film

78 d toolmarks found on the visible surface and inner walls of a terracotta sculpture using 3D micro-com

79 ion of trachybasaltic fragments found on the inner walls of bubbles in trachytic pumices, we show tha

80 layer deposition(AP-ALD) system to coat the inner walls of capillary columns for gas chromatography

81 Albedo variations are restricted to the inner walls of certain craters and may be related to dow

82 (compared to controls) when used to coat the inner walls of extracorporeal circuits (ECC) employed in

83 nucleotide (FMN) was covalently bound to the inner walls of fused-silica capillaries.

84 ll model proteins to ligands attached to the inner walls of long nanochannels and short nanopores by

85 esults in significant binding to bone on the inner walls of marrow cavities, liver avoidance, and ant

86 microscopic structures and highly conductive inner walls of MWCNTs enable efficient transport of the

87 treatment, a silica layer is created on the inner walls of NU-1000.

88 ively fertilise hyperabsorptive warts on the inner walls of plant-formed structures (domatia) where t

89 microbeads (425-600 microm diameter) to the inner walls of polypropylene microcentrifuge tubes.

90 ers, inorganic crystals, and ceramics on the inner walls of preformed capillaries, using both additiv

91 However, the retentive layer coating the inner walls of such devices slows down the average conve

92 Because the inner walls of the capillaries are modified by covalent

93 e adsorption of peptides and proteins to the inner walls of the capillaries is suppressed.

94 y of coverage of polymerizable groups on the inner walls of the capillary.

95 f a sol-gel coating chemically bonded to the inner walls of the capillary.

96 utational and cross-linking analysis, on the inner walls of the channel in close proximity to the act

97 ption coefficient of the gas molecule to the inner walls of the channel.

98 t the substrate protein remains bound to the inner walls of the initially formed GroEL.GroES cavity,

99 ormed a bridge-like structure connecting the inner walls of the macular hole, thus connecting the rem

100 sidues, termed the FYF motif, located in the inner walls of the phospholipid-binding pocket of the IT

101 re antibodies (Ab(1)) are immobilized on the inner walls of the pipet tip, which serves as the assay

102 enantiomers of the drug was attached to the inner walls of the silica nanotubes.

103 cement measurements of tracked points on the inner walls of the veins which are used in a finite elem

104 sculature or independently migrate along the inner walls of vessels.

105 normal eyes, and that is now known to affect inner wall pore density.

106 The unlikely possibility that all inner wall pores are fixation-induced cannot be excluded

107 Inner wall pores are reduced in glaucomatous eyes.

108 true, this implies that all (or nearly all) inner wall pores observed by SEM are fixation artifacts.

109 responsible for the catalytic activity, the inner walls remain intact and retain their electrical co

110 nt membrane and subendothelial matrix of the inner wall remained intact.

111 ditions that led to the vitrification of the inner wall rocks in the hillfort at Broborg, Sweden.

112 tive of the current study was to compare the inner wall's pore density in glaucomatous and normal eye

113 outflow in the human eye lies distal to the inner wall Schlemm's canal in an enucleated perfused hum

114 on microscopy confirmed the integrity of the inner wall Schlemm's canal underlying the area of ablati

115 Most fungi have a common inner wall skeleton of chitin and beta-glucans that func

116 are ancestral whereas those with complicated inner wall structures are derived.

117 iac development, cardiomyocytes form complex inner wall structures called trabeculae.

118 itized to induce nanotube collapse and multi-inner walled structures.

119 ies of mega-electron volts, cold ions in the inner wall surface implode towards the central axis.

120 eased stiffness residing within ~1 um of the inner-wall surface.

121 ently bonded primary amine moieties on their inner wall, synthesized through a one-step approach.

122 istic effect originating from the conjugated inner wall, the POF material (aperture size 2.4 nm) conc

123 Therefore, adhesions tethering the inner wall to the JCT may be important ultrastructural f

124 essure drop in the immediate vicinity of the inner wall using giant vacuoles that form in Schlemm's c

125 T and anti-RDX antibodies onto the silanized inner walls using a hetero-bifunctional crosslinker.

126 Micrographs of the inner wall were analyzed for separation from the JCT.

127 The density and diameter of pores in the inner wall were measured.

128 hannel bend is smooth, cells depart from the inner wall when the curvature radius is less than a thre

129 ted across the cytoplasmic membrane into the inner wall zone.