ライフサイエンスコーパス: birefringent

1 ncoherent interferometers made from uniaxial birefringent alpha-barium borate (alpha-BBO) or calcite

2 ne specific lysosome-related organelles with birefringent and autofluorescent contents.

3 matrix in the transfected cultures was less birefringent and contained numerous truncated collagen f

4 While ferroelectrics are birefringent and non-linear optically transparent materi

5 Birefringent anisotropic droplets ("maltese crosses") wi

6 n detectors, the lenses of which are made of birefringent aragonite.

7 hat one of the two refractive indices of the birefringent chiton lens places a focused image on the r

8 dvantage of the optical properties of a thin birefringent coating on the surface of opaque, notched c

9 Birefringent Congo Red staining was observed in the cort

10 rotein aggregation that showed protofibrils, birefringent Congo Red staining, and Abeta/alphaB-crysta

11 sed with enhanced Abeta immunoreactivity and birefringent Congo Red staining.

12 onfirmed by the demonstration that the green birefringent congophilic deposits in the 7 meniscus samp

13 le duck- or goose-derived foie gras contains birefringent congophilic fibrillar material composed of

14 ranules are lysosome-related organelles with birefringent contents.

15 The birefringent cornea and a corneal compensator within the

16 Crystal cells, each containing a birefringent crystal, are arrayed around the rim.

17 We have applied the method to anomalously birefringent crystals of 1,8-dihydroxyanthraquinone that

18 ysico-chemical analysis of the needle-shaped birefringent crystals of the precipitate from the supers

19 ds, mostly triglycerides, and these can form birefringent crystals upon drying, leading to a false di

20 t compose and/or facilitate the formation of birefringent crystals within the gut granule.

21 es, diagnosing various diseases, imaging low birefringent crystals, and creating new methods for cont

22 invisibility cloak constructed from natural birefringent crystals.

23 ormation rate and volume distribution of the birefringent domains of hemoglobin S fibers.

24 We send single photons through a birefringent double-slit apparatus and use a linear arra

25 FINCH microscopy incorporating these birefringent elements and high-numerical-aperture oil im

26 cluding the formation of spatially patterned birefringent elements and surface-active topographical f

27 le of light illuminating the specimen causes birefringent elements to oscillate in brightness.

28 assing the photons through thick, adjustable birefringent elements.

29 s more birefringent than the other, the less birefringent fiber lengthened with anaphase spindle elon

30 We confirmed that birefringent fibers are actin-based using conventional f

31 lay with exquisite resolution and definition birefringent fine structures, such as filaments and memb

32 s placed in distilled water burst into small birefringent globules, which aggregated into larger clus

33 rhabditis elegans embryos contain prominent, birefringent gut granules that we show are lysosome-rela

34 The previously colorless birefringent images of organelles, cells, and tissues be

35 the resulting films were significantly less birefringent, implying that intact flagellin adsorbs on

36 c lamina, patchy choroidal inflammation, and birefringent intravascular foreign bodies.

37 l the way to a centrosome, as their strongly birefringent kinetochore fibers shortened.

38 ls of polymer networks, these membrane-based birefringent liquid crystalline biogels, labeled L-alpha

39 gical transition from liposomes to optically birefringent liquid-crystalline condensed globules.

40 ligned nanoscale fibres and forms a strongly birefringent liquid.

41 es revealed excellent contrast between lowly birefringent malignant regions, and stromal tissue, whic

42 Pb3O2Cl2 is a birefringent material due to its anisotropic crystal str

43 rp-4(-) embryos show a delayed appearance of birefringent material in the gut granule but otherwise a

44 ts in parallel to MRP-4 for the formation of birefringent material in the gut granule.

45 pgp-2(-) embryos mislocalize birefringent material into the intestinal lumen and are

46 that its site of action in the formation of birefringent material may not be limited to just the gut

47 red for the extracellular mislocalization of birefringent material, body-length retraction, and NaCl

48 , as identified by Congo red-positive, green birefringent material, is achieved by providing cultures

49 ifacts, and, occasionally, some unidentified birefringent materials may be seen in synovial fluids in

50 ultaneous optical trapping and rotation of a birefringent microparticle in vacuum using a circularly

51 We report the in vitro formation of birefringent microribbon structures that were generated

52 oprotractor and torsion balance using highly birefringent microspheres to directly and simultaneously

53 d light microscopy revealed large amounts of birefringent mineral dust particles consistent with sili

54 oducing either an isotropic damage-like or a birefringent nanograting structure.

55 cle structure: by polarized light microscopy birefringent needles are found at the ends of muscle cel

56 In unc-96 mutants, the birefringent needles, which contain both UNC-98 and para

57 myofibrillar organization and characteristic birefringent "needles." By immunofluorescent staining of

58 d and high-resolution holographic imaging of birefringent objects with a color contrast similar to th

59 near phase matching is achieved using either birefringent or periodically poled nonlinear crystals, w

60 ll quite challenging to directly measure the birefringent phase retardation introduced by metasurface

61 lecule, 5'DSCG-diviol, that exhibits a large birefringent phase, and we show that the formation of th

62 combination of substantial piezoelectric and birefringent properties, yet its lack of optical activit

63 s by optical microscopy is enhanced by their birefringent properties.

64 sensitive OCT images simultaneously revealed birefringent regions within the dermis corresponding to

65 The corneal birefringent retardation measured here is comparable to

66 When imaged by the polarimeter, birefringent retinal nerve fiber bundles appeared as eit

67 A birefringent retinal structure (RNFL or macula) was repr

68 ference colors are widely used for analyzing birefringent samples in mineralogy.

69 e ethynylphenyl alkoxy 21,23-dithiaporphyin, birefringent, soft-crystalline-like domains were observe

70 ith the hue determined by orientation of the birefringent structure.

71 Possible birefringent structures include axonal membranes, microt

72 the study of biological specimens with weak birefringent structures, diagnosing various diseases, im

73 powerful optical techniques that require non-birefringent substrates.

74 otropic (I) melt in the form of spindle-like birefringent tactoids.

75 If one fiber of a merotelic was more birefringent than the other, the less birefringent fiber

76 using chemical vapor deposition (CVD) on non-birefringent thermal oxide on a silicon wafer; it was fo

77 nteracting roles of wavefront distortion and birefringent walk-off, respectively.

78 es and vascular deposits, some of which were birefringent with Congo Red.