ライフサイエンスコーパス: lacunae

1 ickened, irregular RPE and absent RPE within lacunae.

2 n and trace hyperautofluorescence within the lacunae.

3 volume, cortical gray and white matter, and lacunae.

4 vascular territories that presumably subtend lacunae.

5 calculus contains unmineralized channels and lacunae.

6 pecifically within the internal channels and lacunae.

7 e, strongly decreased the number of vascular lacunae.

8 profoundly influence the shape of resorption lacunae.

9 ruption of frontosubcortical loops caused by lacunae.

10 ial cells), where layer I lines the maternal lacunae.

11 ssion marked tumor cells engaged in vascular lacunae.

12 ve thermal damage, and a wider zone of empty lacunae.

13 ithin and in the vicinity of the chondrocyte lacunae.

14 ssue, but not in the MNCs in bone resorption lacunae.

15 w bone, which exhibited osteocyte-containing lacunae.

16 s localized to these MNCs in bone resorption lacunae, a finding that definitively identifies these ce

17 ccur in the BG, yet the relationship between lacunae and functional compartments is unknown.

18 ne before being encapsulated within the bone lacunae and terminally differentiating into osteocytes.

19 tructures are sites of communication between lacunae and veins.

20 er with a relatively large cell body forming lacunae, and another that has similarities to both R. mi

21 Empty lacunae appear to result from osteocyte apoptosis, since

22 Osteocyte lacunae appeared normal around the cell body but did not

23 The lacunae are much smaller toward the anterior chamber and

24 Large lacunae are situated primarily in the suprachoroidea, an

25 F null placentas result in enlarged maternal lacunae, as determined by morphometric analysis, and pla

26 aracentesis of the anterior eye chamber, the lacunae become filled with erythrocytes on the side that

27 rs did not alter the qualitative features of lacunae, but it greatly reduced the number of pits and s

28 ormal, without basal ganglia hyperintensity, lacunae, calcification, or heavy metal deposits.

29 d a nonmineralized cartilaginous matrix with lacunae containing chondrocytes were observed within the

30 hat osteoblasts, when cultured in osteoclast lacunae containing TRAP, rapidly and specifically differ

31 s organized into lobules with round, angular lacunae, each containing a single chondrocyte.

32 man OA cartilage, and persist in chondrocyte lacunae for at least 2 wk.

33 e osteoclasts and presumably preparing these lacunae for bone formation.

34 Lacunae form within the mesoderm layer of the mutant emb

35 d miR-200 to inhibit the process of vascular lacunae formation in TNBC.

36 Cortical lacunae formation led to permanent structural damage of

37 hat drought-induced mechanical failure (i.e. lacunae formation) in fine root cortical cells is the in

38 The lacunae formed by the separation of motile endothelial c

39 clast activity, and the number of resorption lacunae formed on bone slices.

40 of the extracellular compartment, expanding lacunae, further separating membrane arrays.

41 hyper-reflective cytoplasm and extracellular lacunae in a honeycomb-like appearance was observed and

42 ated cells (MNCs) were present in resorption lacunae in areas of calcified cartilage and in subchondr

43 in K mRNA were identified in bone resorption lacunae in areas of pannus invasion into bone in RA pati

44 n-stained paraffin sections, we detect empty lacunae in osteocytes in calvariae from Col1a1(r/r) mice

45 However, it is our opinion that lacunae in our understanding of auxin transport biology

46 viability stain, were found within cavities/lacunae in supragingival calculus cryosections.

47 layers resulted in the formation of numerous lacunae in the cultures.

48 Future research should focus on lacunae in the current evidence base: effectiveness of i

49 st those of others are considered, alongside lacunae in the field, by drawing on virtue ethics.

50 Despite evident lacunae in the understanding of the pathogenesis, at lea

51 phenotype of osteoclasts in bone resorption lacunae in these sites, suggesting that osteoclasts medi

52 or international relations scholarship, this lacunae is particularly troubling or perhaps, just weird

53 rd MR imaging criteria were used to identify lacunae, loss of white matter volume, encephalomalacia,

54 With MR imaging, lacunae, loss of white matter volume, encephalomalacia,

55 etinal periphery (n = 16) with intralesional lacunae (n = 14) and surrounding nonpigmented (n = 4) an

56 disclosed hypoautofluorescence (n = 18) with lacunae (n = 14) showing isoautofluorescence (n = 10) or

57 tation (n = 16) and hyperreflectivity within lacunae (n = 14).

58 Formation of lacunae occurred on gelatin and fibronectin surfaces ali

59 The authors propose that the lacunae of the avian choroid represent a system of poste

60 Abundant lacunae of unprocessed lipids in stratum corneum (SC) of

61 reated osteoclasts generate more clusters of lacunae on bone suggesting that multiple, spatially asso

62 nstrated by their ability to form resorption lacunae on dentine slices.

63 ce and hyporeflectivity with hyperreflective lacunae on IR imaging.

64 h either lacked extrinsic fibers or cellular lacunae or featured evidence of cementum remodeling.

65 syncytiotrophoblasts covering trophoblastic lacunae or newly formed chorionic villi remained largely

66 /PA) and 2 with no osteoclasts or resorption lacunae/ periodontal quiescence (NOC/PQ).

67 r crest periosteal osteoclasts in resorption lacunae/periodontitis activity (OC/PA) and 2 with no ost

68 tors did not affect the number of resorption lacunae ("pits") formed on the surface of dentine slices

69 f the mutant embryos, and cells lining these lacunae retain epithelial characteristics.

70 Cortical lacunae started forming under mild drought stress (-0.6

71 aced by electron-dense (hydrophilic) clefts (lacunae) that expand laterally, splitting lamellar array

72 In normal chickens, the lacunae usually are devoid of blood cells.

73 ersal phase are the cells recruited into the lacunae vacated by the osteoclasts and presumably prepar

74 ium fluorescein) among individual osteocytic lacunae was visualized in situ beneath the periosteal su

75 To fill these lacunae, we develop here a comprehensive continuum-mecha

76 Of 9 lesions in which lacunae were imaged, 8 showed absent RPE.

77 Lacunae were more frequent in patients with SCA but not

78 After 8 wk, multiple dentin/root resorption lacunae were present in root dentin with robust RANKL an

79 Root resorption lacunae were small and infrequent and did not differ amo

80 nterconnected regions: a plot of sinuses and lacunae which line the body, and a transparent, macrosco

81 The avian choroid contains thin-walled lacunae, whose fine structure is identical to that of ly

82 us initially colonizes cells lining maternal lacunae within the trophospongium layer of the placenta.