ライフサイエンスコーパス: cuboidal

1 VHL(+) cells grew as clusters of cuboidal and rhomboid cells, whereas VHL-silenced cells

2 during branching morphogenesis are lined by cuboidal and squamous cells that facilitate gas exchange

3 within the lobular parenchyma as strings of cuboidal cells (5 +/- 5 per biopsy).

4 tions only, there were areas of hyperplastic cuboidal cells adjacent to normal pseudostratified colum

5 al cells, known as adaxial cells, are large, cuboidal cells adjacent to the notochord that express my

6 WDR1 mRNA was detected in homogene cells and cuboidal cells by embryonic day 7, in the undifferentiat

7 splatin effect is reduction in the number of cuboidal cells of the glomerular capsule, a change we te

8 wherein the epithelium is composed of simple cuboidal cells rather than of tall columnar cells.

9 r epithelial type II (ATII) cells are small, cuboidal cells that constitute approximately 60% of the

10 with exploratory pseudopodia to noninvasive cuboidal cells that formed cell-to-cell adhesions.

11 praja1 demonstrated cytoplasmic staining of cuboidal cells that have hepatocyte morphology and organ

12 re greatly expanded and some contained large cuboidal cells that were positive for cytokeratin and ot

13 ; the transition from a roughly 4x5 array of cuboidal cells to a 1x20 stack of elongated cells, prior

14 detected in hair cells, homogene cells, and cuboidal cells, all of which contain high levels of F-ac

15 mbryos of which exhibit a thin blastoderm of cuboidal cells, like most insects.

16 e superficial squamous cells and small basal cuboidal cells.

17 ed in pituitary anterior lobes were lined by cuboidal, ciliated epithelial cells, focally immunoposit

18 introduction by rational design of a [Fe4S4] cuboidal cluster into the hydrophobic core of Escherichi

19 anes (EBDCs), P(N)-type clusters, and double-cuboidal clusters, have been devised using the concept o

20 tion states of the MoFe(3)S(3) sulfur-voided cuboidal clusters.

21 helium transitions between simple geometries-cuboidal, columnar and squamous-and redistributes cell p

22 nctionally important shapes (e.g., squamous, cuboidal, columnar) during development.

23 gnetic interactions have been modeled in the cuboidal compound Co(4)(DPM)(4)(CH(3)O)(4)(CH(3)OH)(4) (

24 limit of accuracy of the two refinements the cuboidal core is differently distorted in the two protei

25 The model shows that the cuboidal core Mn3CaO4 with a "dangler" Mn ligated to a c

26 ence of the insecticidal protein folded into cuboidal crystals.

27 ctin ligands displayed at the surface of the cuboidal endothelial cells lining the post-capillary ven

28 Our data indicate that, unlike cuboidal ependymal cells, ependymal cells bordering the

29 ially elicited benign lung tumors comprising cuboidal epithelial cells expressing markers of alveolar

30 vertebrate lens has a distinct polarity with cuboidal epithelial cells on the anterior side and diffe

31 sists of a single layer of undifferentiated, cuboidal epithelial cells that stratifies to produce an

32 rols this morphogenesis from randomly packed cuboidal epithelial cells to highly organized hexagonal

33 orphologically, tumors were characterized as cuboidal epithelial cells with a type II cell phenotype,

34 amatic, cytoskeletal response in these tall, cuboidal epithelial cells; and why junctional buttressin

35 s epithelia from vagina and skin, as well as cuboidal epithelium from lung, stomach, and salivary gla

36 ands, which are replaced by a GLUT2-positive cuboidal epithelium resembling the bile duct lining.

37 The mouse neural plate is a cuboidal epithelium that remodels into a columnar pseudo

38 tumor displayed a premedullary monolayer of cuboidal epithelium that was S100(+), NeuN(-), and CRX(-

39 luminal coverage by respiratory or flattened cuboidal epithelium, and extent and density of peritrach

40 n lined with mucin producing low columnar or cuboidal epithelium.

41 flamed wall lined by a very thin squamoid or cuboidal epithelium.

42 tiation, producing a nontransitional default cuboidal epithelium.

43 the P cluster in the P(N) state in which two cuboidal Fe(3)S(3) units are connected by a mu(6)-S atom

44 es, and (ii) metal atom incorporation into a cuboidal [Fe(3)S(4)](0) cluster with a M(0) reactant in

45 Cuboidal [Fe4S4] is one of the stable forms of self-asse

46 of 7 is built of two (Tp)MoFe(3)(mu(3)-S)(3) cuboidal fragments bridged by two mu(2)-S atoms and one

47 y a mixed-ligand approach, each possessing a cuboidal framework made of 160 metal ions and a nanosize

48 tory rates due to defective proliferation of cuboidal granulosa cells.

49 ich bridges six iron atoms in two MFe(3)S(3) cuboidal halves of the cluster.

50 After receptor-binding through its cuboidal head, the H-protein transmits the fusion-trigge

51 s consist of a stalk ectodomain supporting a cuboidal head; physiological oligomers consist of non-co

52 However, the cells of mutants are round or cuboidal in all of the tissues with mutant phenotypes, c

53 tiated embryonic mesenchymal cells are round/cuboidal in shape.

54 affects occlusion body shape, but the large cuboidal inclusions formed by granulin indicate that the

55 PV) yielded a few very large (2 to 5 micron) cuboidal inclusions in the cytoplasm and nucleus of infe

56 us and resulted in more structurally uniform cuboidal inclusions in which no virions were observed.

57 -type mice at E16.5 displayed well-organized cuboidal inner terminal tubule cells.

58 aP cells formed multicellular spheroids with cuboidal-like epithelial morphology, whereas MT1-GFP-exp

59 ession of GATA3 in MDA-MB-231 cells led to a cuboidal-like epithelial phenotype and reduced cell inva

60 We synthesized structurally relevant cuboidal Mn(3)MO(n) complexes (M = Mn, Ca, Sc; n = 3,4)

61 or the oxygen-evolving complex involving the cuboidal Mn4Ca structure in photosystem II (PSII) has re

62 aortae from the LKLF-/- animals displayed a cuboidal morphology and failed to organize into a compac

63 vivo and in vitro resulted in the absence of cuboidal morphology and pigmentation, and in concomitant

64 our keratinocytes that lack the polarity and cuboidal morphology of basal keratinocytes in tissue.

65 bits a columnar morphology, in contrast to a cuboidal morphology on the right.

66 They possessed a cuboidal morphology, numerous apical microvilli, and no

67 does not pigment or attain a differentiated cuboidal morphology.

68 t of CVC for 3 days induced osteoblast-like "cuboidal" morphology, inhibited proliferation, and enhan

69 ytes are located in large bile ducts and the cuboidal non-mucin-producing cholangiocytes are located

70 On days 30 and 60, partially ciliated cuboidal or attenuated epithelium completely covered the

71 Atypical cuboidal or columnar cells lined the lung periphery of S

72 cell line from a flat, squamous shape into a cuboidal or columnar epithelium.

73 nuclei; conjunctival epithelium: stratified cuboidal or polygonal cells, hyperreflective cytoplasm,

74 re we demonstrate self-assembly to nanoscale cuboidal particles with a bicontinuous cubic structure b

75 While the controlled process produced cuboidal Pd17Se15 from the quasi-spherical nanocrystals

76 ates the conversion of epithelial cells to a cuboidal phenotype capable of apical endocytosis; theref

77 epithelium (RPE) consists of a monolayer of cuboidal, pigmented cells that is located between the re

78 helium of the Drosophila melanogaster ovary, cuboidal precursor cells transform into a squamous epith

79 development, including undilated airspaces, cuboidal respiratory epithelium, thickened mesenchyme, a

80 Upon growth arrest, cells assumed a cuboidal shape, decreased their mesenchymal features, an

81 Venules had lost their cuboidal shape, showed reduced segment length and branch

82 We demonstrate that SG cells begin as cuboidal-shaped cells surrounding a matrix-filled lumen

83 The loss of polarity is manifested as cuboidal-shaped endothelial cells with dysregulated leve

84 ales follicle development is impaired at the cuboidal stages resulting in reduced fertility.

85 model supports predictions of two coexisting cuboidal structures and provides precise values for the

86 d by squamous alveolar type (AT) 1 cells and cuboidal, surfactant-secreting AT2 cells.

87 teoblast morphological characteristics, from cuboidal to flattened.

88 eta) HMEC underwent a morphologic shift from cuboidal to spindle shaped.

89 gene Tao, which resulted in the loss of this cuboidal to squamous transition.

90 atic transformation in cell morphology, from cuboidal to the eponymous stellate shape, during metamor

91 cells in different imaginal discs undergo a cuboidal-to-squamous cell shape change at distinct larva

92 rganizes Fe(2+/3+) and sulfide/selenide into cuboidal [(Tp*)WFe(2)S(3)] or cubane [(Tp*)WFe(3)S(3)Q]

93 ing 95% of the gas-exchange surface area and cuboidal type II cells comprising the rest.

94 imately 95% of the gas-exchange surface, and cuboidal type II cells, which secrete surfactants and mo

95 ficient mice contained highly differentiated cuboidal type II epithelial cells that are normally rest

96 e links the outer Mn to the Mn(3)O(3)Ca open-cuboidal unit (O4 and O5 in the Umena et al. structure).

97 (1-), FeCl(2), and Na(2)Se yields the double-cuboidal [W(2)Fe(4)S(6)Se(3)](2+/0) core with mu(2)-Se a