ライフサイエンスコーパス: semisolid

1 periments, revealing that the particles were semisolid.

2 gastric emptying and small bowel transit of semisolids.

3 s with a characteristic dendritic pattern on semisolid (0.4%) agar plates.

4 Solid and semisolid adipic acid particles were inert to the ammoni

5 A semisolid aerobic enrichment medium was developed.

6 This report presents a semisolid agar antifungal susceptibility (SAAS) method f

7 ponsiveness to colony-stimulating factors in semisolid agar cultures.

8 riven clonal proliferation of pre-B cells in semisolid agar cultures.

9 e mechanisms of localized corrosion in soil, semisolid agar has been developed as an analogue for soi

10 n microscopy and decreased motility halos in semisolid agar in the luxS mutant.

11 s impaired in flagellar swimming motility on semisolid agar plates.

12 renders them greatly impaired in motility on semisolid agar plates; this defect can be corrected by t

13 system to a swab with an anaerobic transport semisolid agar system for their capacities to maintain t

14 core grew faster, formed larger colonies in semisolid agar, and induced faster formation of s.c. tum

15 eletion strain was defective for motility in semisolid agar, biofilm formation, and fluorescence on c

16 mary or transplanted mice formed colonies in semisolid agar.

17 binants have the ability to form colonies in semisolid agar.

18 w relative humidity (RH) these particles are semisolid and evaporate orders of magnitude slower than

19 sments of phase states that accompany solid, semisolid, and liquid particle phases.

20 f atmospheric organic particles among solid, semisolid, and liquid phases is of keen current scientif

21 s and protein phase states (amorphous solid, semisolid, and liquid).

22 dium for 3 to 8 days and then transferred to semisolid assay plates.

23 Noninvasive esophageal studies using semisolid bolus scintigraphy are sensitive but lack spec

24 transformation from liquid-like to amorphous semisolid can substantially increase the importance of m

25 mediately postejaculation, semen exists as a semisolid coagulum, which then converts to a more liquid

26 of hematopoietic colony-forming units using semisolid culture media has greatly advanced the knowled

27 A novel semisolid culture method was developed to support the fo

28 multilineage colony formation as assayed in semisolid culture systems.

29 In addition, cells were placed into semisolid culture to measure different functionally defi

30 s) and enhancing myeloma colony formation in semisolid culture.

31 tment was successful ingestion of a solid or semisolid diet without additional dilation for more than

32 rnal elasticity of the partially polymerized semisolid drops.

33 REX uses a solvent-laden semisolid (e.g., gel) to first extract metabolites from

34 and to escape toxic compounds in low Mg(2+) semisolid environments.

35 mphasis is placed on the advantages that the semisolid formulations bring to drug delivery in PDI.

36 es on the different PSs and their associated semisolid formulations currently found in both the marke

37 Semisolid formulations, such as gels, creams and ointmen

38 y further integration of nanotechnology with semisolid formulations, very promising pharmaceuticals h

39 e sorption of CO(2) into the highly viscous, semisolid hybrid redox polyether melt, [Co(phenanthrolin

40 t efficient for detailed characterization of semisolids like biopsies, where subhertz resolution is n

41 ificant changes in amide proton transfer and semisolid macromolecular magnetization transfer effects,

42 f bacteria migrate across the surface of the semisolid media and in doing so create furrows along whi

43 ated from human bone marrow were cultured in semisolid media and treated with the NO-donating agents

44 es by the fSBA, whereas colonies isolated on semisolid media could be counted after 24 h of incubatio

45 (iii) Aer promoted aerotactic migrations on semisolid media in strains that lacked all four of the E

46 Colonies forming in the semisolid media over the next 14 days were analyzed by p

47 When cultured on semisolid media with hematopoietic growth factors, these

48 uced apoptosis, and formation of colonies in semisolid media.

49 wing differentiation of transfected cells in semisolid media.

50 eks, before plating the nonadherent cells in semisolid media.

51 mber of cells capable of forming colonies in semisolid medium (colony-forming units-leukemia) 10-fold

52 examined before and after being suspended in semisolid medium (methylcellulose) using flow cytometry

53 rming activity and higher ability to grow on semisolid medium and at low serum concentration than the

54 After incubation, cells were transferred to semisolid medium and cultured with erythropoietin.

55 t of mucus, promoted V. cholerae movement on semisolid medium and in liquid medium.

56 also exhibited reduced cloning efficiency in semisolid medium and reduced growth as a xenograft in NO

57 Colony-forming cell (CFC) assays in semisolid medium combined with morphologic examination a

58 suspension of HPV-infected keratinocytes in semisolid medium containing 1.6% methylcellulose for 24

59 We find that a methylcellulose-based semisolid medium containing Matrigel allows growth of du

60 c25A enabled these cells to form colonies in semisolid medium containing serum plus human recombinant

61 ptosis and inhibition of colony formation in semisolid medium in receptor positive cells, and that th

62 Suspension of keratinocytes in semisolid medium induces TGF-beta 1 mRNA levels and synt

63 intenance of Leptospira species in liquid or semisolid medium is time-consuming and at risk of contam

64 Upon suspension of cells in a semisolid medium of methylcellulose, we found that the U

65 rporation into DNA, and inability to grow in semisolid medium or in serum-free medium.

66 atopoietic progenitor cells were cultured in semisolid medium permissive for the development of eryth

67 ors, and transduced cells were cultured in a semisolid medium permissive for the development of eryth

68 cell growth both in monolayer culture and in semisolid medium possibly through AP-1 suppression.

69 ous growth factors and form more colonies in semisolid medium than their counterparts from wild-type

70 The ability to form colonies in semisolid medium was abolished by RA in the sense transf

71 igel are then transferred to a Matrigel-free semisolid medium with a unique laminin-based hydrogel, s

72 PC-PLC activation when bacteria are grown on semisolid medium, but to a lesser extent than wild-type

73 Following suspension of the cells in a semisolid medium, differentiation-dependent genome ampli

74 that were not enhanced for motility through semisolid medium, the Remel H7 latex reagent had a sensi

75 stimulated clonal growth of PANC-1 cells in semisolid medium, which is abrogated by both GF-1 and th

76 ant receptors efficiently formed colonies in semisolid medium.

77 ell as IL-3-independent clonogenic growth in semisolid medium.

78 cells and ER-1-2 cells cannot proliferate in semisolid medium.

79 d stemlike properties by forming colonies in semisolid medium.

80 actor, and the inability to form colonies in semisolid medium.

81 oned twice by limiting dilution or growth on semisolid medium.

82 row cultures, or bone marrow cells plated in semisolid medium.

83 cells formed greater numbers of colonies in semisolid medium.

84 f differentiation in an assay conducted with semisolid methylcellulose medium, and the PY motifs were

85 85% of the wild-type speed, translocation in semisolid motility agar and swarming on the surface of s

86 argin; for non-BAC adenocarcinomas (n = 25), semisolid (n = 11, 44%) or solid (n = 12, 48%) attenuati

87 l duration of follow-up for ground-glass and semisolid opacities; establishing the roles of volumetri

88 We find these particles are in a semisolid or glassy state based upon their behavior when

89 g that the studied SOM ranges from liquid to semisolid or solid across the range of atmospheric RH.

90 le to physically diffuse through an exterior semisolid or solid layer thus inhibiting reaction with t

91 soluble (OS) organic matter (OM), and solid/semisolid organic polymers) and inorganic phases of the

92 of size and firmness on the acceptability of semisolid ovoid microbicide prototypes intended for vagi

93 re-produced dry ingredients with addition of semisolid palm oil, was stored at the slightly elevated

94 an exhibit the properties of highly viscous, semisolid particles, for which gas-particle equilibrium

95 - and intrasample heterogeneity of solid and semisolid pharmaceutical products is important both for

96 Specifically, semisolid processing is used to optimize the volume frac

97 After consumption of a semisolid radiolabeled meal, their gastric and intestina

98 ques, samples were subcultured onto modified semisolid Rappaport-Vassiliadis (MSRV) agar prior to tra

99 f whey and casein proteins in a heat-treated semisolid real food.

100 ion atmosphere about the Co complexes in the semisolid redox polyether melts.

101 xygen demand (COD) in heterogeneous solid or semisolid samples, with high suspended solids and COD co

102 in which PAHs trapped inside highly viscous semisolid secondary organic aerosol (SOA) particles, dur

103 ic wild-type Escherichia coli populations in semisolid (soft) agar in the concentration range C = 0.1

104 re in the range of 5-100 nm in diameter, had semisolid spherical shapes and were dominant in the nucl

105 Four hundred liquid or semisolid stool samples submitted for diagnostic C. diff

106 he proximal colon of infected mice contained semisolid stool, with stool pellets forming only in the

107 Three hundred forty-two liquid or semisolid stools submitted for diagnostic C. difficile t

108 ther DNA nanocages to form Russian-doll-like semisolid structures, while the chemically activated lay

109 n of Vibrio cholerae and Escherichia coli on semisolid surfaces with remarkable speeds.

110 The latter form of translocation occurs on semisolid surfaces, requires functional flagella and bio

111 In contrast, when grown on semisolid surfaces, the tips of C. albicans hyphae grow

112 essential tool to characterize a variety of semisolid systems, including biological tissues, with vi

113 se species, consistent with a highly viscous semisolid upon which adsorption occurs.

114 rticles were liquid when dried for <1 h, but semisolid when dried for 20 h under ambient conditions.