ライフサイエンスコーパス: wedge shape

1 Willebrand D domain (VWD) 3 module to form a wedge shape.

2 cts were of low attenuation, peripheral, and wedge-shaped.

3 ells locally changing shape from columnar to wedge-shaped.

4 bulge pocket but enhance the binding of the wedge-shaped activated drug molecule.

5 ) produced dense presynaptic arbors within a wedge-shaped afferent termination zone medial to the dor

6 The intercalation site is wedge-shaped and the BP aromatic ring system stacks over

7 he normal tubular epithelia are columnar and wedge-shaped, and cells of the epidermis become elongate

8 ere was a transition from a tetrahedral to a wedge-shaped apical cell in the leaf meristem.

9 c appearances for CMV retinitis included: 1) wedge-shaped area of retinitis; 2) hemorrhagic retinitis

10 Peripheral wedge-shaped areas of hepatic parenchymal hyperenhanceme

11 Peripheral wedge-shaped areas of parenchyma were observed with atro

12 sidence (kappa = 0.46), and a hyporeflective wedge-shaped band (kappa = 0.47).

13 mation of the prevalence of a hyporeflective wedge-shaped band among patients with GA.

14 r (INL), and development of a hyporeflective wedge-shaped band within the limits of the OPL.

15 r layer [INL] subsidence, and hyporeflective wedge-shaped band).

16 d inner nuclear layer, and/or hyporeflective wedge-shaped band, and outer nuclear layer (ONL) thickne

17 xiform layer subsidence, or a hyporeflective wedge-shaped band, as a less severe atrophic grade; and

18 xiform layer subsidence, or a hyporeflective wedge-shaped band, as a less severe atrophic grade; and

19 markers of OPL/INL subsidence, as well as a wedge-shaped band.

20 opic linearly polarized photons give rise to wedge-shaped bands and Dirac gap.

21 s in the underlying physical mechanisms: the wedge-shaped bands on Europa most probably formed when l

22 ned by the Voyager spacecraft revealed dark, wedge-shaped bands on Europa that were interpreted as ev

23 n, outer-retinal tubules, and hyporeflective wedge-shaped bands.

24 form female, and two longipede larvae of the wedge-shaped beetle Paleoripiphorus, and its potential c

25 The wedge-shaped beetles (Ripiphoridae) are of special inter

26 Treatment of this wedge-shaped bis(DTF)-PI compound with iodine resulted i

27 The F3G mutation reduces this inverted wedge shape by reducing the volume of its hydrophobic ba

28 ce into a coherent cell cluster that forms a wedge-shaped cap at the leading edge of the blastoderm.

29 bulk, we conduct transport experiments using wedge-shaped Cd(3)As(2) nanostructures with variable thi

30 urs through outpouching possibly mediated by wedge-shaped cells created through an apical cytoskeleta

31 iate filaments composed of radially arranged wedge-shaped cells derived by longitudinal divisions fro

32 he helical hairpin structure has an inverted wedge shape characteristic of negative curvature lipids,

33 eal epithelial clones are replaced by large, wedge-shaped clones formed by centripetal expansion of c

34 We study pinning of Bloch points at wedge-shaped constrictions (notches) in the nanostrip an

35 ature in the Southeast Pacific, leading to a wedge-shaped cooling that extends to the central equator

36 In this model, the wedge-shaped CssIV inserts between the IIS1-S2 and IIS3-

37 Only wedge-shaped defects corresponded with PT (2/27, 7.4%).

38 g carbohydrate unit and tight fitting of the wedge-shaped drug in the triangular prism pocket formed

39 ields are far from spherical; often they are wedge shaped (e.g. fish larvae), or strongly aligned wit

40 and BALB/c (syngeneic) donors were cut into wedge-shaped fragments measuring approximately 0.3 x 2.0

41 apposition of the proximal endograft with a wedge-shaped gap between the device and the aortic wall,

42 ed to a bimetallic strip enters and exists a wedge-shaped gap between two conductors.

43 confinement (CLIC) restricts molecules to a wedge-shaped gap of nanoscale depth, formed between a pl

44 ciates with a complex IV dimer, generating a wedge-shaped gap that serves as a binding site for compl

45 Cells were cultured on flat and wedge-shaped gels made from polyacrylamide or cross-link

46 -related (LAR) receptor and PTPmu, contain a wedge-shaped helix-loop-helix located near the first cat

47 Highly wedge-shaped integral membrane proteins, or membrane-ads

48 small peripheral cortical nodules, round or wedge-shaped lesions, or diffuse patchy involvement.

49 The upstream duplex lies over a wedge-shaped loop from Rpb2 that engages its minor groov

50 The wedge-shaped low-signal-intensity structure seen on MR i

51 in domain IV interact with two faces of the wedge-shaped LqhII molecule.

52 Lesions had wedge-shaped margins, extended zones of damage, activate

53 These wedge-shaped molecules resemble the natural product in h

54 aps recorded: i) perfusion defect 'pattern' (wedge-shaped, mottled or amorphous), ii) presence of PT

55 Amorphous (n=21), mottled (n=4), and wedge-shaped (n=2) perfusion defects were observed (M=20

56 n 18/20 [90%]) were present in all patients (wedge-shaped, n = 3; mottled, n = 9; mixed pattern, n =

57 oexistence of two (alpha and beta) phases in wedge-shaped nanosized single-crystal Cu(2) Se over a la

58 The inverted wedge shape of HAfp23 is likely to play a crucial role i

59 nificantly associated with PE was peripheral wedge-shaped opacity, which was seen in seven (25%) pati

60 A class of wedge-shaped organic pai-fluorophores featuring a 6,9-di

61 Wedge-shaped, peripheral areas of hepatic parenchymal hy

62 cut into eight equal and radially symmetric wedge-shaped pieces.

63 cept for that of 6, in which a syndiotactic, wedge-shaped polymer forms.

64 Passage of molecules through the wedge-shaped pores is presumably determined both by the

65 nly by j subunits attached to the surface of wedge-shaped protein-lipid structures in the membrane do

66 Wedge-shaped pulmonary infarcts were found in patient 3,

67 cteristic energy Delta is minimum, marking a wedge-shaped region in the phase diagram indicative of a

68 , the data do not form isochrons but plot in wedge-shaped regions on an argon isotopic diagram.

69 m corneal pockets for ring segments, arcuate wedge-shaped resection in correction of high astigmatism

70 Three wedge-shaped side chains having different lengths of alk

71 Ent-DDI is a left-handed wedge-shaped spirocyclic molecule whose aglycone portion

72 slippage synthesis by DNA polymerase I, is a wedge-shaped spirocyclic molecule whose aglycone structu

73 tures in this process, we have synthesized a wedge-shaped spirocyclic molecule, DDI (double-decker in

74 While the IPO features a meridionally broad wedge-shaped SST pattern, the PCC pattern is marked by a

75 directly below the corpus callosum forming a wedge shaped structure (the glial wedge) and the second

76 A hyporeflective wedge-shaped structure appears frequently within the bou

77 s from intrinsic disorder in solution into a wedge-shaped structure inserted in bilayered micelles, a

78 A marked hyporeflective wedge-shaped structure, with its base on Bruch's membran

79 95-162 of MeCP2 adopt a novel fold forming a wedge-shaped structure.

80 Individual protomers form wedge-shaped structures from which N-terminal helical se

81 factant properties arising from their unique wedge-shaped structures.

82 For each wedge-shaped tissue segment corresponding with 1 hour of

83 Between the blade and sheath are two wedge-shaped tissues called auricles, and the ligule, an

84 d by strategically patterning three wettable wedge-shaped tracks onto a non-wettable, flat surface.

85 nits led to bilayer-type smectic mesophases, wedge-shaped units resulted in columnar mesophases.

86 ial cells within these outpouches cells were wedge-shaped with actin, myosin-2 and ezrin localized to