ライフサイエンスコーパス: mixed culture

1 res were correctly identified (including one mixed culture).

2 nocytes to produce inflammatory cytokines in mixed culture.

3 for the direct identification of isolates in mixed culture.

4 ination of cancer cells from healthy ones in mixed culture.

5 smission or new infection events in cells in mixed culture.

6 the robust methylation efficiencies in this mixed culture.

7 mccartyi biomarkers in a well-characterized mixed culture.

8 stradiol (EE(2)) under aerobic conditions in mixed culture.

9 ncreasing the proportion of swarmer cells in mixed culture.

10 xed culture requires its separation from the mixed culture.

11 metabolic fluxes of targeted organisms in a mixed culture.

12 antify the frequencies of pairs of clones in mixed culture.

13 sing the same stimuli that were effective in mixed cultures.

14 t gram-negative bacteria in 12 of 41 (29.3%) mixed cultures.

15 isms and to isolate individual colonies from mixed cultures.

16 signal that mediates appropriate matching in mixed cultures.

17 hibited a modest replication disadvantage in mixed cultures.

18 d and easy to interpret and may be used with mixed cultures.

19 olony is possible, allowing the screening of mixed cultures.

20 ory setting when microorganisms are grown as mixed cultures.

21 use of technical difficulties in maintaining mixed cultures.

22 om both pure isolates and samples containing mixed cultures.

23 ns, which is in line with data obtained from mixed cultures.

24 with conventional bulk measurements of EBPR mixed cultures.

25 hurdle for isotopomer-based flux analysis of mixed cultures.

26 ion induces loss of self-renewing cells from mixed cultures.

27 ation for 400 single-pathogen cultures and 9 mixed cultures.

28 s and development of external filaments in a mixed-culture activated sludge community.

29 In addition, compared to uninfected mixed cultures, activation of microglia in BDV-infected

30 Colony size differences in mixed culture allowed differentiation of the Bartonella

31 r, inhibition of astrocytic NFAT activity in mixed cultures ameliorated Abeta-dependent elevations in

32 obial biology arose in the context of a very mixed culture and cannot be understood without unscrambl

33 ion for these microbes, even when growing in mixed culture and utilizing a shared substrate which has

34 both in primary cortical neurons-astrocytes mixed cultures and in mice).

35 how that individual species or serovars in a mixed culture are identifiable among a biological VOC ba

36 Furthermore, a mixed culture assay of primary neurons with HEK293 cells

37 pine is toxic to retinal ganglion cells in a mixed culture assay.

38 Using a HEK293 and primary hippocampus mixed-culture assay, we report that expression of APP in

39 In mixed culture assays the AM-producing human MC line HMC-

40 In mixed-culture assays, DC infected with the flagellin-exp

41 In mixed-culture assays, WT rSV5-infected DC were impaired

42 donor substrate (acetate) to the anode for a mixed-culture biofilm anode.

43 Creating a mixed culture by plating fetal neurons onto confluent, e

44 Anaerobic undefined mixed cultures can handle the complexity and variability

45 ta indicate that nearly all neurons in these mixed cultures can undergo apoptosis in response to appr

46 cal performance and the biofilm community in mixed-culture chemostat MFCs.

47 ins can be individually purified from such a mixed culture (cocultivation) through the use of a combi

48 In a mixed culture containing fibroblasts and monocytic cells

49 The mice were injected subcutaneously with mixed cultures containing Escherichia coli, Bacteroides

50 V-JHM, and MHV-A59/MHV-JHM) were passaged in mixed cultures containing progressively increasing conce

51 Here mixed culture cross-linking and coimmunoprecipitation as

52 Batch assays were conducted with mixed cultures developed from poultry litter (PL), PL-fe

53 with sequential consumption of sugars by the mixed cultures during dark fermentation.

54 distributed relative to themselves, but, in mixed culture, each predator clusters around its respect

55 Using an aerobic, mixed culture, enriched with a commercial NA mixture (NA

56 e in suppressing E. coli in these planktonic mixed cultures, even though PEf1 reached higher concentr

57 her reports of cooperative invasion in which mixed cultures exhibit a follow-the-leader mechanism, we

58 In mixed-culture experiments consisting of isogenic pairs o

59 The mixed cultures expressed albumin, A1AT, AFP, transferrin

60 such as acetate are easily produced through mixed culture fermentation of many biological waste stre

61 uction of fine chemicals following undefined mixed culture fermentation, embedding carbon in industri

62 In mixed-culture fermentations with faecal inoculate, the d

63 olation of Candida species either in pure or mixed culture from intraoperatively collected abdominal

64 mpeted by B. animalis subsp. lactis Bl-04 in mixed cultures growing on raffinose, the preferred ligan

65 ed monochloramine cometabolism by nitrifying mixed cultures grown under more relevant drinking water

66 However, using long-term mixed culture growth analysis, we detected significant d

67 e, studies of bacterial pathogenesis in well-mixed cultures have revealed virulence factors and the r

68 abilities allow Fusobacteria to survive in a mixed culture in the mouth.

69 ates the Pt recovery potential of halophilic mixed cultures in acidic saline conditions.

70 the responses of fresh control CD4+ cells in mixed cultures indicating that the apparent "anergy" was

71 uppress the response of naive CD4 T cells in mixed cultures, indicating that this tolerance mechanism

72 TNF-alpha production induced by SEB in mixed cultures is more closely associated with T cells t

73 nin, on which astrocytes overgrow neurons in mixed cultures, laminin-coated soft gels encourage attac

74 In primary retinal mixed cultures, MCP-1 was cytotoxic for recoverin+ photo

75 When a mixed-culture microbial electrolysis cell (MEC) is fed w

76 a series of continuously fed dechlorinating mixed-culture microcosm experiments (n = 26), we varied

77 wever, when grown in MOPS minimal medium, in mixed cultures, more hmp mutant cells were recovered tha

78 nown target and two hypersensitive loci in a mixed culture of 233 strains in the presence of the drug

79 tive biocatalyst in the anodic chamber was a mixed culture of microorganisms.

80 this inflammatory neurodegeneration using a mixed culture of neurons, microglia, and astrocytes, eit

81 A mixed culture of Pseudomonas fluorescens and Pusillimona

82 s using an anaerobic bioreactor containing a mixed culture of sulfate-reducing bacteria which precipi

83 d DA cell death in mesencephalic neuron-glia mixed culture of wild-type (WT) mice, but this was atten

84 Mixed cultures of adult brain tissue were stimulated wit

85 Astrocyte cultures and mixed cultures of astrocytes and neurons had mean specif

86 When mixed cultures of B cells and activated T cells were exp

87 y from inoculated medium, sterile swabs, and mixed cultures of C. jejuni and coliform bacteria were t

88 This capability plus the ability to detect mixed cultures of Candida spp. promises to improve and s

89 n of Th1 and Th2 cytokines in OVA-stimulated mixed cultures of CD4(+) T cells from Tpl2(+/+)/OT2 or T

90 In mixed cultures of CD4+ T cells containing either HMM or

91 Using mixed cultures of cells isolated from E14.5 stage embryo

92 e used to isolate stem cell populations from mixed cultures of cells.

93 s of neurodegeneration/neuroprotection using mixed cultures of cortical cells challenged with beta-am

94 ection against excitotoxic neuronal death in mixed cultures of cortical cells; and 3) protection agai

95 Retroviral infection of mixed cultures of cortical neurons and glia confirmed th

96 f isolated crest-derived cells but did so in mixed cultures of crest- and non-neural crest-derived ce

97 Mixed cultures of different microbial species are increa

98 y to show that TGFbeta promotes migration in mixed cultures of embryonic sclerotome and associated me

99 ces these cells to differentiate and produce mixed cultures of epithelial and mesenchymal cells.

100 a shift in excitation/inhibition balance in mixed cultures of hippocampal neurons exposed to SAVAs.

101 In this study, we have used mixed cultures of human peripheral blood monocytes and l

102 Mixed cultures of macrophages from young and senescent m

103 but unlike GLT-1, the addition of dbcAMP to mixed cultures of neurons and astrocytes caused GLAST pr

104 GLT-1 protein, but the addition of dbcAMP to mixed cultures of neurons and astrocytes did not cause G

105 Likewise when mixed cultures of phage and bacteria were supplemented w

106 These results show that the mixed cultures of proliferating hepatocytes and nonparen

107 However, using mixed cultures of rho(o) and rho(+) cells and targeting

108 In mixed cultures of S. mutans and S. gordonii harbouring a

109 )-dependent release of heterologous DNA from mixed cultures of S. sanguinis and S. gordonii.

110 Mixed cultures of yeasts were detected on 11 CAC plates

111 Typical problems with mixed cultures on scale are unrestrained growth of one b

112 Further evaluation with pure or mixed cultures or stored, heat-killed cultures revealed

113 Modifications included the use of mixed cultures rather than pure isolates for detecting G

114 bolic flux analysis of a given organism in a mixed culture requires its separation from the mixed cul

115 coexistence between the two strains in well-mixed culture resulting from the fact that rare strategi

116 The microbial mixed culture RM grows with dichloromethane (DCM) as the

117 Proteomic analyses of mixed culture samples (n = 4) confirmed expression of ma

118 that monochloramine cometabolism occurred in mixed cultures similar to those found in drinking water

119 Overall biomass production in the mixed culture surpassed the mean of the two monocultures

120 We have developed a mixed culture system to study the mechanism of GPCR-medi

121 Nrf2-/- neurons in this mixed culture system were more sensitive to mitochondria

122 Thus, in mixed cultures the effects of exogenous TNFalpha might b

123 SRB species depend on associated bacteria in mixed cultures to cope with metal-induced stress.

124 (iv) In mixed cultures, untreated Vero cells acquired the mRNA e

125 munities, study of individual organisms in a mixed culture using existing flux analysis methods is di

126 s were isolated from the PCBs-dechlorinating mixed culture using trichloroethene (TCE) and vinyl chlo

127 nt or depletion of PGK1 point mutants from a mixed culture was consistent with the expected results b

128 reductive dechlorination by a methanogenic, mixed culture was significantly inhibited when exposed t

129 res, activation of microglia in BDV-infected mixed cultures was associated with a significantly great

130 Moreover, the dominance of nonproducers in mixed cultures was associated with higher resistance to

131 In contrast, in the BDV-infected primary mixed cultures, we observed proliferation of microglia c

132 of clinical application, in vitro tests for mixed cultures were conducted.

133 Twenty (47%) of these mixed cultures were detected only on CHROMagar.

134 In this research, halophilic mixed cultures were employed for the biological recovery

135 e Cryptococcus and Trichosporon species, and mixed cultures were often difficult to identify as such.

136 gradely with the fluorescent tracer DiI, and mixed cultures were prepared.

137 Mixed cultures were readily recognized by PRA, including

138 Murine spinal cord primary mixed cultures were treated with the respiratory inhibit

139 ltures but have a proliferation advantage in mixed cultures, where they can use the IGF-II provided b

140 alococcoides mccartyi strain JNA from the JN mixed culture which was enriched and maintained using th

141 nobacterium Synechocystis sp. PCC 6803) in a mixed culture with heterotrophic bacteria (i.e., Escheri

142 emoving T cells from the mix or treating the mixed culture with immune suppressants enhanced virus pr

143 ring co-culture with P. distasonis or during mixed culture with porcine or bovine faecal microbes pos

144 ell lines and depleted CD56(+) MM cells from mixed cultures with a CD56(-) cell line or adherent bone

145 n of the phrA mutant can also be obtained in mixed cultures with a wild-type strain, suggesting the p

146 d neurons from cell wall-induced toxicity in mixed cultures with glia, as did dexamethasone.

147 atory strains of B. subtilis can co-exist as mixed cultures with group I Bacilli, and that the latter

148 rkers shows that motoneurons always arose in mixed cultures with other differentiated cells.

149 ith sensitive or resistant strains in a well-mixed culture, yet all three phenotypes are recovered in