ライフサイエンスコーパス: shadowing

1 lcium obscures the underlying wall (acoustic shadowing).

2 the two large lesions had posterior acoustic shadowing.

3 roughly equal length, 55-60 nm, upon rotary shadowing.

4 due to preferential bonding and geometrical shadowing.

5 ace point, it effectively simulates indirect shadowing.

6 n to avoid artifactual heterogeneity from UV shadowing.

7 ; and from multiple lamps recommended for UV shadowing.

8 areas associated with some posterior optical shadowing.

9 on showed moderate reflectivity with minimal shadowing.

10 al had a moderate reflectivity with subtotal shadowing.

11 with a feedback loop that is driven by self-shadowing.

12 as of architectural distortion, and acoustic shadowing.

13 ogeneous echotexture, and posterior acoustic shadowing.

14 purified microfibrils was obtained by rotary shadowing.

15 zed them by electron microscopy after rotary shadowing.

16 ion independent of our visual gaze, e.g when shadowing a nearby conversation at a cocktail party.

17 In hyperechoic renal masses, the presence of shadowing, a hypoechoic rim, and intratumoral cysts are

18 mensional shape of the body by reducing self-shadowing and decreasing conspicuousness, thus helping t

19 Deep-etch rotary shadowing and electron microscopy were used to explore t

20 CT images showed optical aberrations such as shadowing and ghost images in 22 tumors (59%), which enc

21 A preparation and purification, including UV shadowing and heat annealing, cause covalent modificatio

22 ation with integrated OCT systems because of shadowing and light scattering properties.

23 Electron microscopy using rotary shadowing and negative staining showed that the type I a

24 e was obtained by combining freeze-fracture, shadowing and random conical tilt electron microscopy fo

25 A by electron microscopy (negative staining, shadowing and scanning transmission electron microscopy

26 s, echogenicity, homogeneity, enhancement or shadowing, and depth within the breast.

27 lated PSDs using immunogold labeling, rotary shadowing, and electron microscopic tomography.

28 sonal insolation variations enhanced by ring shadowing, and three of the six known giant planetary-sc

29 needles) showed high reflectivity with total shadowing below the instrument.

30 plained by decreased space weathering due to shadowing, but a one-micrometre-thick layer containing a

31 e retinal anatomic layers with the tumor and shadowing corresponding to the intralesional calcificati

32 ed partial (59%) or complete (35%) choroidal shadowing deep to the nevus, choriocapillaris thinning o

33 y, tendon retraction, and posterior acoustic shadowing demonstrate statistically significant correlat

34 Rotary-shadowing demonstrated that these high-molecular-weight

35 Rotary shadowing demonstrates that punctin is hatchet-shaped ha

36 light the body reflects by counterbalancing shadowing due to illumination, and has therefore classic

37 ration to vary the gold film thickness by a "shadowing effect", while in the second protocol several

38 ble to increase the grating amplitude due to shadowing effects, thereby enabling tailoring of the dam

39 12 to -0.611, all p < 0.01), possibly due to shadowing effects.

40 hese results are also consistent with rotary shadowing electron micrographs that show phosphacan as a

41 xtraction of microfibrils followed by rotary shadowing electron microscopy and compared to mesenchyma

42 Rotary shadowing electron microscopy and limited trypsin digest

43 Using rotary shadowing electron microscopy and photoaffinity labeling

44 Rotary shadowing electron microscopy of molecules of BMP-7 comp

45 Using rotary shadowing electron microscopy of native type XI collagen

46 Rotary shadowing electron microscopy of TSP-1 has shown elongat

47 Rotary shadowing electron microscopy revealed zizimin1 to be a

48 Rotary shadowing electron microscopy reveals that it is an elon

49 Rotary shadowing electron microscopy, combined with limited pro

50 th molecular dimensions obtained from rotary shadowing electron microscopy, provide a structural mode

51 ngth from 8 to 20 nm and invisible in rotary shadowing electron microscopy.

52 Further analysis by tungsten-shadowing EM revealed striking differences in the morpho

53 hadowing or as discrete, echogenic, variably shadowing foci in variably dilated ducts.

54 Using rotary shadowing followed by electron microscopy, we identified

55 by analytical ultracentrifugation and rotary shadowing further confirmed Ca2+-dependent structural ch

56 An anti-shadowing growth mechanism responsible for this regime o

57 c shadowing <90 degrees and 2 = calcium with shadowing >90 degrees).

58 e in the tail, but molecules viewed by metal shadowing had a tail approximately 3x longer, 29 vs. 9 n

59 Recently, a novel method, phylogenetic shadowing, has been pioneered for predicting functional

60 r size, location, echogenicity, homogeneity, shadowing, hypoechoic rim, and intratumoral cysts.

61 ucleotide RNAs subjected to 20 seconds of UV shadowing incurred damage to 16-27% of molecules; and, d

62 Phylogenetic shadowing is a comparative genomics principle that allow

63 ) (0 = no calcium, 1 = calcium with acoustic shadowing <90 degrees and 2 = calcium with shadowing >90

64 acoustic enhancement (n = 2), anechoic with shadowing (n = 2), or no mass visible (n = 1).

65 h an optically bright anterior band and deep shadowing (n = 8).

66 Observations were made over 560h of shadowing nurse middle managers, semi-structured intervi

67 Electron microscopy (EM) shadowing of an Sfi1p-centrin complex with 15 Sfi1 repea

68 Rotary shadowing of high Mr preparations from Tsk/+ skin demons

69 nsensus binding site sequences, phylogenetic shadowing of known Ey binding sites in sine oculis (so)

70 Rotary shadowing of mixtures of NG2 and collagen V or VI confir

71 Electron microscopy after rotary shadowing of native NG2 molecules indicates that this ex

72 (n=11), partial participant observation and shadowing of the role holders' working day (n=9), togeth

73 ical coherence tomography (OCT) demonstrated shadowing on either side of the fovea, consistent with t

74 Some cancers that appeared as areas of shadowing on sonograms appeared as discrete masses on el

75 l to be useful in the evaluation of areas of shadowing on the sonogram.

76 genic casts with variable posterior acoustic shadowing or as discrete, echogenic, variably shadowing

77 ther techniques, such as biochemistry, metal shadowing, or scanning transmission electron microscopy,

78 ndon thickness (P <.001), posterior acoustic shadowing (P =.007), and tendon retraction (P <.001) wer

79 By low-angle rotary shadowing, p235 differs from myosin II and it does not f

80 A voluntary overnight shadowing program improves medical students' perceptions

81 as been well characterized, and fluorescence shadowing replaces the laborious histological techniques

82 proximately 7.3 kDa per nm2); however, metal shadowing revealed an altered substructure on their cyto

83 ce microscopy and electron microscopy rotary shadowing revealed that the monomers polymerized into 8-

84 ransmission electron microscopy after rotary shadowing revealed the appearance of rodlike structures

85 photodamage accrued during ultraviolet (UV) shadowing steps of sample preparation can reduce this pu

86 We speculate that in rotary shadowing the contact with the mica caused a distortion

87 upplements, with some parts paralleling and "shadowing" the main text and other elements branching of

88 By using rotary shadowing, the complexes of alpha(1)A- and alpha(2)A-pro

89 ty lipoprotein with glycerol prior to rotary shadowing, the protein components were observed to consi

90 s extended, which was confirmed using rotary shadowing; the alpha1-Npp formed a globular "head" and t

91 ng and the related technique of phylogenetic shadowing to identify putative cis-regulatory elements i

92 We used phylogenetic shadowing to identify three evolutionarily constrained r

93 man-Kirchhoff surface scattering theory with shadowing to precisely describe phonon-surface interacti

94 nt tools, zPicture and Mulan; a phylogenetic shadowing tool, eShadow for identifying lineage- and spe

95 Phylogenetic footprinting and shadowing unveil conserved cis motifs, including an estr

96 ic pH, the prevalent angle seen using rotary shadowing was 0 degrees , resulting in a structure that

97 p partial (n = 5) or complete (n = 2) tissue shadowing was noted.

98 Shadowing was seen in 12 (33%) AMLs but was not seen in

99 rinsic hyperreflectivity with hyporeflective shadowing was significantly (P = .05) more apparent in 1

100 fter electrophoresis are by ultraviolet (UV) shadowing, which necessarily reduces the specific activi

101 l pigment epithelium, full-thickness retinal shadowing with congenital simple hamartoma, and photorec

102 ilistic framework for combining phylogenetic shadowing with feature-based functional annotation metho

103 ificant difference of more intense choroidal shadowing with pigmented nevus (P = 0.046).

104 %), ill-defined masses; and two (8%), marked shadowing without visible mass.