ライフサイエンスコーパス: ovoid

1 em with interstitial needles, and tandem-and-ovoids.

2 and in cytoplasm between degenerating myelin ovoids.

3 Characteristic GAN mutant-induced ovoid aggregates of vimentin are not produced in normal

4 es in the ganglion cell layer form a broadly ovoid and asymmetric plateau in the yellow-rumped thornb

5 The hematomas were round or ovoid and had a mean maximum diameter of 2.8 cm +/- 0.7

6 tly occurred unifocally as multilobulated or ovoid and heterogeneous lesions with mostly well-defined

7 In the ganglion cell layer, ovoid and stellate cells exhibited anisotropic processes

8 In these experiments the formation of myelin ovoids and frank axonolysis occurred in more than 95% of

9 morphous stage I melanosomes into fibrillar, ovoid, and highly organized stage II melanosomes appears

10 ments, swollen axons and formation of myelin ovoids, and no clear loss of myelin (stained by Luxol fa

11 adder dose difference (17.4%) for tandem and ovoid applications correlated with anterior shifts of th

12 Average displacements of the tandem and ovoid applicators in anteroposterior dimension were 5 an

13 Various IPSA plans involving the tandem and ovoid applicators were developed for 30 consecutive cerv

14 btained for 47 HDR treatments (26 tandem and ovoid applicators, 21 ovoids-only applicators).

15 (AR+) neurons, and ventromedial to this, an ovoid, aromatase-negative (AR-) nucleus.

16 a large, blind-ending dendrite, and a giant ovoid, axon measuring 50 microm by 30 microm in nerve N5

17 Within their large, ovoid bacteriomes, mealybugs (Pseudococcidae) package th

18 revealed eosinophilic, collagenous, round or ovoid bodies (sclerotic bodies) in various stages of cal

19 es, whereas the BoNT/E PC was observed as an ovoid body.

20 short stalks that terminate in a cluster of ovoid bulbs, appear most often along the proximal segmen

21 piperidine compound within the transmembrane ovoid bundle.

22 lamina V and more intensely labeled, small, ovoid cell bodies scattered in other lamina.

23 riants typically display a cellular round to ovoid cell morphology and are often located in the deep

24 n architecture and dynamics of bacteria with ovoid cell shape (ovococci), which includes a number of

25 morphology of Reticulamoeba is a roundish or ovoid cell with a more or less irregular outline.

26 Ovoid cells 1-2 mum in diameter were found in cultures c

27 In the nerve fiber layer, round and ovoid cells extended processes parallel to ganglion cell

28 and to CN, whereas a dorsal group of small, ovoid cells projects to DP/PCN but not to CN.

29 cellular proliferation of spindle-shaped to ovoid cells with hyperchromatic, enlarged, and pleomorph

30 Morphologically, smooth, ovoid conidia, a greenish gray colony color, slow growth

31 Like rats and cats, mice have an ovoid core of medium-sized Bar neurons located medial to

32 The encapsulating SWNT shows a commensurate ovoid distortion reflecting an unexpectedly strong inter

33 r epidermal enclosure prior to elongation of ovoid embryos into vermiform larvae.

34 detected in the periphery of the ED in early ovoid embryos, indicating that active FGF signalling was

35 d reduced ATP production as causes of axonal ovoid formation and axonal degeneration.

36 , involves addition to the C1-C2 bond of the ovoid fullerene.

37 Golgi-impregnated neurons had round or ovoid, fusiform, angular, and polygonal cell bodies (10-

38 Its 12 domains assemble into an ovoid "head" and two "tails." In the crystal, alphaVbeta

39 s; "spine-like" appendages, fine stalks with ovoid heads, typically are seen along the middle segment

40 sitive AK (P < 0.05): bright spots (round or ovoid hyperreflective objects with no double wall; diame

41 It was round or ovoid in 71 patients (78%) and triangular in 20 (22%).

42 in these regions were medium-sized, round to ovoid in shape, with scant cytoplasm and an unremarkable

43 similar in adults and children, and included ovoid lesions adjacent to the body of lateral ventricles

44 ostly appear unifocally as multilobulated or ovoid lesions, recurrent MPNSTs purely occur multifocall

45 stly nodular (p < 0.001), multilobulated, or ovoid lesions.

46 s, the same process that later produces the "ovoid" lesions visible on routine MR images.

47 Peripapillary hyperreflective ovoid mass-like structure volumes were correlated with d

48 ificantly more peripapillary hyperreflective ovoid mass-like structures (PHOMS) (P < .001) and prelam

49 NODD-AION had peripapillary hyperreflective ovoid mass-like structures (PHOMS); 7% had hyperreflecti

50 Peripapillary hyperreflective ovoid mass-like structures (PHOMSs) have been identified

51 Peripapillary hyperreflective ovoid mass-like structures were associated with these et

52 Peripapillary hyperreflective ovoid mass-like structures were detected in all cohorts,

53 Peripapillary hyperreflective ovoid mass-like structures were graded using enhanced-de

54 Peripapillary hyperreflective ovoid mass-like structures were overrepresented in the n

55 Peripapillary hyperreflective ovoid mass-like structures were present in 91% (n = 20)

56 Peripapillary hyper-reflective ovoid masslike structures (PHOMS) are a new spectral dom

57 d firmness on the acceptability of semisolid ovoid microbicide prototypes intended for vaginal use.

58 lary investment, and a high concentration of ovoid mitochondria.

59 nsformed with recombinant p30 had a striking ovoid morphology with no tapering at the tip structure,

60 Vaults are naturally occurring ovoid nanoparticles constructed from a protein shell tha

61 lly, novel object encounters drive sustained ovoid neuron activity, whereas familiar objects fail to

62 non-pyramidal excitatory neuron type - the "ovoid" neuron - that is spatially adjacent to subiculum

63 Ovoid neurons of the subiculum thus illustrate selective

64 Silencing ovoid neurons prevents non-spatial object learning but l

65 aves spatial learning intact, and activating ovoid neurons toggles novel-object seeking to familiar-o

66 ional units in these maps are the glomeruli, ovoid neuropil structures formed by axons from olfactory

67 arcomas showed the following configurations: ovoid/nodular (n = 2) and fascicular (n = 1).

68 In minor cases, ovoid/nodular or fascicular configurations occur.

69 Ovoid/nodular synovial sarcomas were solely depicted as

70 e poles and septum of pneumococcal chains of ovoid, nonseparated bacteria, but was absent in spherica

71 eta = 0.34, P = .021), and clusters of round/ovoid objects (beta = 0.29, P = .002).

72 CI, 2.11-23.59, P = .002), and binary round/ovoid objects (OR 3.45; 95% CI, 1.17-10.14, P = .024).

73 ltrate was associated with single-file round/ovoid objects (OR 7.78; 95% CI, 2.69-22.35, P < .001), r

74 Absence of single-file round/ovoid objects was associated with a BCVA of 6/36 to 6/9

75 Affected eyes appeared ovoid on MRI and the father had thin optic nerves.

76 The largest displacement for ovoids-only applicators was 3 mm in the anteroposterior

77 atments (26 tandem and ovoid applicators, 21 ovoids-only applicators).

78 Less displacement was observed with ovoids-only insertions.

79 Morphological abnormalities that included ovoid or multilobed cells having a poorly defined tip st

80 Most baskets enveloped small ovoid or piriform perikarya, although a few in the anter

81 ata also varied, with the majority having an ovoid or round shape.

82 enema examination and may appear as a round, ovoid, or triangular structure with a maximal height of

83 Off-center/ovoid orifices demonstrated the least flow dependence (s

84 ch division are characterized, including the ovoid (OV) and ventral (LV) nuclei of MGv; the dorsal, d

85 and T2 lesion volume, the total (p = 0.20), ovoid (p = 0.31), or subependymal (p = 0.44) MRI thalami

86 , fusogenic smVLPs yield somewhat irregular, ovoid particles.

87 noted was the common and distinctive oval or ovoid perisomatic staining in macaque cortices.

88 or (AChR)-rich postsynaptic membrane from an ovoid plaque into a complex array of branches.

89 ptors (AChRs) initially aggregate to form an ovoid postsynaptic plaque.

90 The drusen were ovoid regions of lower reflectivity that were bordered b

91 dimension were 5 and 4 mm for the tandem and ovoids, respectively.

92 e V-shaped RFs, whereas others have enclosed ovoid RFs.

93 lted in conversion of the cells from rods to ovoid/round shapes and lysis.

94 g Lagerstatte, Yunnan Province, China, is an ovoid, sac-like metazoan that bears single-element spine

95 of pbpA mutant spores, the cells grew in an ovoid shape for several hours before they recovered and

96 ients who underwent brain MRI, often with an ovoid shape suggestive of microvascular pathology and wi

97 Most lesions had benign US features such as ovoid shape with the long axis parallel to the chest wal

98 ion protein DivIVA, which is required for an ovoid shape, was localized at the poles and septum of pn

99 ch are regulated to maintain the bacterium's ovoid shape.

100 latelets with a thinner marginal band and an ovoid shape.

101 Ovoid-shaped bacteria, such as Streptococcus pneumoniae

102 l wall components of numerous Gram-positive, ovoid-shaped bacteria-including streptococci, enterococc

103 ture and biosynthesis of Rha-CWPS in several ovoid-shaped bacterial species.

104 The BoNT/A1 and BoNT/B PCs were observed as ovoid-shaped bodies with three appendages, whereas the B

105 septal and equatorial ring formation in the ovoid-shaped pathogen, Streptococcus pneumoniae Conventi

106 Martinotti cells (MCs) mostly displayed ovoid-shaped somata, bitufted dendritic morphologies, an

107 eta2(E6V,T4S) also generated time-dependent, ovoid-shaped spherulitic domains like HbS and alpha 2bet

108 In ovoid-shaped Streptococcus pneumoniae (Spn), septal and

109 In addition to ovoid-shaped taste buds, big tube-shaped taste buds were

110 In ovoid-shaped, Gram-positive bacteria, MapZ guides FtsZ-r

111 rated numerous 14-stranded fibers and formed ovoid-shaped, multispherulitic domains.

112 Ovoid shapes were generated using axial scaling.

113 m, giving them their characteristic round or ovoid shapes.

114 Cleavage of prM and release of pr generates ovoid, somewhat irregular, mature particles.

115 in which rod-shaped cells differentiate into ovoid spores.

116 In all cases the median nerve was seen as an ovoid structure of moderate signal intensity and was eas

117 velopment, the cerebellum begins as a smooth ovoid structure with two progenitor zones, the ventricul

118 These ovoid structures develop within the center of follicles

119 pear as clusters of 10-20 nanometer diameter ovoid structures with 2-3 amino-terminal Abeta antibody

120 An unusual tecto-LP terminal consisted of an ovoid swelling (up to 20 microns in the long axis) from

121 will enter a state characterized by a large, ovoid synapse and that this morphology is important for

122 d laminae, and in the choriocapillaris where ovoid-to-spindle-shaped SM cells were arrayed in paralle

123 were identified on the basis of soma shape (ovoid, type A vs. polygonal, type B).

124 acean that consists of 6-8 layers of hollow, ovoid vesicles with principal axes of ~550 nm, ~250 nm a

125 dentified by the presence of terminal axonal ovoids, was detected in all 47 lesions and quantified in

126 MT pathology and paranodal axonal ovoids were prominent at 6 mo.

127 For kidney cortex, ovoid zones of 1.5 cm +/- 0.1 x 0.5 cm +/- 0.0 to 2.5 cm