ライフサイエンスコーパス: striation

1 ocytes showed little or no staining, without striation.

2 asma membrane, intercalated disks, and cross striations.

3 y-side oligomers with distinctive 4 nm cross-striations.

4 lipidemic LDL, i.e., round particles without striations.

5 ith a core that is an isotropic liquid lacks striations.

6 pes, depending on the presence or absence of striations.

7 ere evaluated for the presence and extent of striations.

8 Of 106 LOCM urograms, 16 (15%) showed striations.

9 Of 101 HOCM urograms, only two (2%) showed striations.

10 Mosaic striations 20-50 nm wide observed by electron microscopy

11 f beta-sheet structure that is observable as striations across the fibres.

12 ion EM revealed the presence of many regular striations along individual membrane tubules, and immuno

13 Recent experiments show that both striation, an indication of the structural registry in m

14 f photomechanical response including surface striation and delamination, photosalient effect (ballist

15 , we explain the observed dependence of both striation and strain measurements of cardiomyocytes on s

16 uctures, simply represent a short variant of striation and that longer striations are arbitrarily con

17 32 patients without MS, five had subcallosal striations and 27 did not.

18 25 nm +/- 0.12 separation), with faint cross striations and a single-layered array of 41-nm vesicles

19 st of (i) many radial filaments with complex striations and bifurcations, permeating the entire field

20 Surface striations and bone microstructure suggest that the dors

21 revealed ellipsoidal particles with internal striations and round particles devoid of striations, res

22 riented cardiac muscle bundles and had cross-striations and vascularization.

23 hibited improved functional properties, cell striations, and cell-cell junctions compared with tissue

24 ate, occurred early as elongated blades with striations, and served as substrates for other mineral p

25 testicular echogenic foci, linear hypoechoic striations, and testicular contour defect, can be regard

26 numerous in the AVN; uniform, delicate cross-striations; and intercalated disks, which are broader in

27 a short variant of striation and that longer striations are arbitrarily considered neuropil threads.

28 Subcallosal striations are not seen on routine axial MR images and c

29 Subcallosal striations are thought to represent perivenular demyelin

30 Individual striations can be monitored during force production and

31 We further suggest that the striation-defined lamellae are a structural feature of a

32 The dominance of short striations demonstrates that argyrophilic grains, rather

33 However, myosin/actin striations emerge later only on gels with stiffness typi

34 ormalities, including wall thickening, mural striation, fatty proliferation of the mesentery, and sof

35 Sarcomere-level mechanics recorded by a striation follower is used in electrically stimulated in

36 el17 is sufficient to drive the formation of striations from within multivesicular bodies and is thus

37 During muscle fiber striation, growth, and maturation, both FM1-43 staining

38 increased pericolonic fat in six, and mural striation in five.

39 chogenic foci in 40 (73%); linear hypoechoic striations in five (9%); and focal contour defects in th

40 inuclear region and from periodic transverse striations in Ht31P-expressing cells to a diffuse cytoso

41 ly stained Afp revealed right-handed helical striations in many of the particles, establishing the co

42 t development and was aligned with the actin striations in skeletal muscle.

43 Neuritic striation is not an artifact of section thickness since

44 Increased prevalence of striations is likely due to decreased urinary tract dist

45 xamination showed that the intervals between striations lack a cytoskeleton.

46 We suggest that neuritic striations may interrupt the microtubule system function

47 Striations occur on the seventh day after pupation when

48 racteristically contracted abdomen, and lack striation of muscles.

49 Four SoIs were visualized for healthy eyes: striation of retinal nerve fiber (RNF), retinal capillar

50 N-1 could bundle TTN-1 and stabilize oblique striation of the sarcomere.

51 in complex-binding domain did not affect the striation of these sarcomere sub-structures, but resulte

52 and Z-bodies, which sequentially affects the striation of thick filaments and M-lines.

53 Depletion of full-length tnnt2 disrupted the striation of thin filaments and Z-bodies, which sequenti

54 hobic content), one coated with subnanometre striations of alternating anionic and hydrophobic groups

55 ulates on intralumenal membrane vesicles and striations of premelanosomes in pigmented cells.

56 mes, where it associates with characteristic striations of unknown composition upon which melanin is

57 ofilaments combine in differing ways to form striations of variable widths, presenting another level

58 Detection of urothelial striations on LOCM urograms in adults is most often norm

59 se separate subcomplexes, forming individual striations on the surface of caveolae.

60 en patients with clinical MS had subcallosal striations; one did not.

61 pported contraction well and maintained good striation order.

62 are performed on textures based on periodic striations oriented along different directions.

63 oundly diminished lattice size and number of striations per muscle cell.

64 While an optimal elasticity for striation proves consistent with the mathematics of forc

65 segmental in nature and therefore appear as striations rather than continuous filaments along the le

66 nal striations and round particles devoid of striations, respectively.

67 The difference in striations shown between the two groups was significant

68 eveals the presence of ancient compositional striations (streaks) in the Indian Ocean upper mantle.

69 ein(s) decorate the sarcoplasm in transverse striations that are in register with A-bands.

70 ere reviewed for the presence of subcallosal striations, that is, linear, 1-mm-thick foci of hyperint

71 did not support contraction well and caused striations to become disordered.

72 ized morphologically by intralumenal fibrous striations upon which melanins are polymerized.

73 ted variations in the cytosolic compartment (striations versus vesicles) and the degree of presence o

74 The image of the striations was projected onto a linear photodiode array,

75 Subcallosal striations were highly associated (P < .001) with clinic

76 Striations were most common in renal pelves and distal u

77 phase is characterized by the appearance of striations, whereas LDL with a core that is an isotropic

78 display structures resembling premelanosomal striations within these compartments.