ライフサイエンスコーパス: culture technique

1 h conventional and a novel, modified ex vivo culture technique.

2 membrane substrate using a xeno-free explant culture technique.

3 diagnosed with Salmonella spp. by a routine culture technique.

4 14 days using a completely xeno-free explant culture technique.

5 e or duration, edge versus base sampling, or culture technique.

6 lant lines using a more time-consuming, cell culture technique.

7 een isolated from root canals using standard culture techniques.

8 nd plastic surfaces using established tissue culture techniques.

9 controlled growth conditions with continuous-culture techniques.

10 r conventional or lysis centrifugation blood culture techniques.

11 a photoreceptor cell line (661w) using cell culture techniques.

12 ion in six of the twelve samples, but not by culture techniques.

13 on (LCR)-based assay and acid-fast stain and culture techniques.

14 from men and women was compared to standard culture techniques.

15 complete, and it requires experience in cell culture techniques.

16 and other agricultural products through cell culture techniques.

17 d and requires experience with aseptic cell culture techniques.

18 ocol requires proficiency in basic stem cell culture techniques.

19 morphogenic regulators and advancing tissue culture techniques.

20 not currently reported using standard urine culture techniques.

21 reaction (PCR), pyrosequencing, and standard culture techniques.

22 re examined using both the standard and EQUC culture techniques.

23 disease using specific but infrequently used culture techniques.

24 to model PCE using animals and current cell culture techniques.

25 previously published values from macroscale culture techniques.

26 niae infection relies heavily on insensitive culture techniques.

27 Bacteria were recovered using standard culture techniques.

28 and researchers in algal identification and culture techniques.

29 a DETA SAM, a serum-free medium and refined culture techniques.

30 ium in environmental samples by conventional culture techniques.

31 ibed and is derived largely from insensitive culture techniques.

32 female genital secretions by standard virus culture techniques.

33 i challenge, using both PCR and quantitative culture techniques.

34 lacking resources for traditional anaerobic culturing techniques.

35 between polyp subtypes using sequencing and culturing techniques.

36 Samples were analyzed using culturing techniques.

37 lication will increase with advances in cell-culturing techniques.

38 into is currently determined using standard culturing techniques.

39 using high-throughput dilution-to-extinction culturing techniques.

40 S south of Bermuda by using high-throughput culturing techniques.

41 n what is currently demonstrated by standard culturing techniques.

42 ount for the loss of sensitivity compared to culturing techniques.

43 acterial pathogen, as determined by standard culture techniques; 107 (44%) Shigella isolates, 73 (30%

44 samples were tested by established clinical culture techniques: 3,179 DNA samples by the Universal B

45 ) throat culture using a two-plate selective culture technique, 4) optical immunoassay (OIA) followed

46 g diagnostic test properties of conventional culture techniques (aerobic and anaerobic agars and thio

47 Here, Golyshina et al. apply an enrichment culture technique and find that the ungapped genome of t

48 ration approaches demonstrated that both the culture technique and genetic background of donor plants

49 The use of a sensitive culture technique and the choice of the proper sampling

50 edure requires a proficiency in aseptic cell culture techniques and a basic understanding of T cell b

51 th minimal animal surgery skills, basic cell culture techniques and access to human breast tissue wil

52 ons in the intestines using both traditional culture techniques and bacterial tag-encoded FLX amplico

53 the bDNA assay was at least as sensitive as culture techniques and displayed a nearly 3 log10 dynami

54 by allowing a user to perform standard cell culture techniques and experimental manipulation outside

55 e of origin, diversity in isolation methods, culture techniques and model systems of MSCs, together w

56 Special culture techniques and PCR may help to identify pathogen

57 4+ cells is more rapid and precise than cell culture techniques and results are available in time to

58 njury-stimulated neurogenesis, we used organ culture techniques and tested nine peptide growth factor

59 We used tissue culture techniques and transgenic mice expressing herpes

60 not overlap with those of conventional blood culture techniques and we are still learning how best to

61 by our unique cardiomyocytes/fibroblasts co-culturing technique and electroporation.

62 he genus or species level, using appropriate culturing techniques and assays.

63 Lack of appropriate culturing techniques and documentation of infectious age

64 ls were cultivated using a xeno-free explant culture technique, and cultivated cells were transplante

65 VM/AST patient samples, RNA-sequencing, cell culture techniques, and a xenograft mouse model, we inve

66 Advances in cell isolation, in vitro culture techniques, and genetic manipulation of animal m

67 ivity similar to those of quantitative blood culture techniques, and it may prove useful for rapid sc

68 Changing epidemiology, advances in blood culture techniques, and new diagnostics guide the applic

69 osis poses many challenges, and conventional culture techniques are frequently supplemented by non-cu

70 Models using 3D cell culture techniques are increasingly accepted as the most

71 Existing three-dimensional (3D) culture techniques are limited by trade-offs between thr

72 Conventional culture techniques are limited in the ability to detect

73 n periodontally healthy individuals, because culturing techniques are not sufficiently sensitive.

74 tidisciplinary project will utilize in vitro culture techniques, bioimaging, microbiological tests, m

75 24 h severely compromised the sensitivity of culture techniques but not that of PCR.

76 athogens, stool antigen assays, and improved culture techniques, but there is little penetration of s

77 This optimized cell culture technique can be used to culture and maintain ne

78 Current cell culture techniques commonly fail to adequately replicate

79 gingivitis was characterized by traditional culture techniques, comparative 16S rRNA gene sequencing

80 nal methods that rely on viral isolation and culture techniques continue to be the gold standards use

81 he reference method, which included standard culture techniques coupled with alternate PCR and sequen

82 With ongoing progress in gene editing and culture techniques, engineered stem cells and their appl

83 Here we report and benchmark a suspension culture technique for cancer organoids which allows for

84 esenchymal stem cells (MSCs) using a dynamic culture technique for cells expansion.

85 eder-free, long-term, three-dimensional (3D) culture technique for hAT2 cells derived from primary hu

86 udy validate the use of the semiquantitative culture technique for the evaluation of catheter-related

87 Culture techniques for detection and identification of f

88 t analysis (HRMA) was compared with standard culture techniques for diagnosis of SBP in 106 peritonea

89 Traditional diagnostics for SBP rely on culture techniques for proper diagnosis, although recent

90 accepted limitations associated with classic culture techniques for the diagnosis of invasive fungal

91 To evaluate culture techniques for the diagnosis of spontaneous bact

92 Here, we describe our development of cell culture techniques for the enrichment of functional HSPC

93 We have explored culture techniques for the in vitro selection and develo

94 Although a culturing technique for skin keratinocytes was developed

95 By using microaerobic culture techniques, H. pullorum was isolated from the fe

96 le organ for decades because microbiological culture techniques had shown negative results.

97 The development of new tools and culture techniques has also enabled the factors that inf

98 However, these organ culture techniques have been limited to imaging sessions

99 Advances in co-culture techniques have enabled the effective long-term

100 As stem-cell mobilization and in vitro culture techniques have increased the feasibility of adm

101 ssay) were compared to results from standard culture techniques held for 6 weeks.

102 Using complementary grafting and explant culture techniques, however, we have now found that well

103 With conventional culturing techniques, however, cell proliferation and ul

104 Cell and explant culture techniques, immunohistochemistry, electrophysiol

105 AxSYM CMV IgM assay and compared it with CMV culture technique in a cohort of 40 liver transplant rec

106 imals were assessed first using conventional culture techniques in the small and large intestine.

107 ative medicine, ongoing advancements in cell culture techniques, including isolation, expansion, bank

108 iderable progress in the development of cell culture techniques, including the development of the ser

109 A comparison with classical "cell culture" techniques indicates that the biosensor provide

110 is of this process using genetics and simple culture techniques is becoming a powerful way of investi

111 inguishing 3D bioprinting from other 3D cell culture techniques is its precise control over created s

112 to prolong allograft survival using in vitro culture techniques is possible, and provides a new thera

113 an be performed by anyone familiar with cell culture techniques, is conducted in serum-free condition

114 aceuticals are produced using mammalian cell culture techniques, it becomes increasingly important fo

115 lso seems to be a real possibility that cell culture techniques may finally produce clinically useful

116 m innovations in scaffold design, multi-cell culture techniques, neural engineering, and biofabricati

117 combines free-floating and scaffold-based 3D-culture techniques of liver cancer cells and fibroblasts

118 Advances in tomato cell culturing techniques offer an economical tool for genera

119 hnique would be more sensitive than standard culture techniques or serology for diagnosis of R. equi

120 Our use of an in situ larval culturing technique overcomes the previous challenge of

121 Brain organoids derived from cell culture techniques provide a robust, easily manipulatabl

122 a 2-year study of 100 children with CF using culture techniques sensitive for S. aureus SCVs, and eva

123 3D models combined with dynamic culture techniques show great potential to accurately em

124 This culture technique simplifies organoid cell culture and e

125 showed that the semiquantitative roll-plate culture technique (SQC) was as accurate as the sonicatio

126 agenomic analysis, combined with traditional culture techniques, tetrachloroethene (PCE) was identifi

127 Somatic embryogenesis is an important tissue culture technique that sometimes leads to phenotypic var

128 ality of the Tbx1-/- mice, we used long-term culture techniques that allow the unharmed growth of inc

129 Through rapid culture techniques that prepared either mature, CD83+ DC

130 method incorporating established insect cell culture techniques that supports sustained growth of hon

131 accessible archaeal organisms require unique culturing techniques that present real challenges.

132 For conventional periprosthetic tissue culture techniques, the greatest accuracy was observed w

133 Here, we applied a three-dimensional (3D) culture technique to a liver progenitor cell line, HPPL,

134 is study reports the use of a simple explant culture technique to derive progenitor cell populations

135 Using a three-dimensional culture technique to grow MECs ex vivo, we found that th

136 intestinal tract than conditions using batch culture techniques to investigate adherence and biofilm

137 and the necessary modifications to existing culture techniques to prepare viable adult human sensory

138 logist of the early 20th century who devised culture techniques to visualize anaerobic bacteria, para

139 We used a simple ex vivo culturing technique to assess the suitability of Wolbach

140 have attempted to optimize our isolation and culturing techniques to produce a reliable, in vitro mod

141 by conditional reprogramming culture, a cell culture technique used to grow large numbers of patient-

142 were engineered by the air/liquid interface culture technique using human oral fibroblasts and kerat

143 Here we develop a 3D culture technique using hydrogel embedding to capture ki

144 Sensitivity using an enhanced culture technique was 99.4% (163 of 164).

145 differentiation regimen and a monolayer cell culture technique was combined with multielectrode array

146 ndosperm cell fates, a maize endosperm organ culture technique was established whereby the developing

147 compared with that of established anaerobic culturing techniques was similar and significantly bette

148 Using a novel thymic stromal culture technique, we evaluated the ability of a hairpin

149 Using directed microbial culture techniques, we discovered Clostridium immunis, a

150 Here, using bacterial culture techniques, we show that a subset of live gut-re

151 acterial DNA compared with those of standard culture techniques were 100% (17/17) and 91.5% (85/89),

152 nonenrichment) rectoanal mucosal swab (RAMS) culture techniques were developed and compared to tradit

153 ther nitrate or nitrite, anaerobic chemostat culture techniques were employed using nrfA-lacZ and nir

154 of nitrate, nitrite, and formate, chemostat culture techniques were employed with fdnG-lacZ and fdhF

155 ell makes these two enzymes, continuous cell culture techniques were used to examine napF and narG ge

156 In the present study, selective culturing techniques were employed to localize ADP-ribos

157 acerbated by limitations of traditional cell culture techniques, which fail to recapitulate mechanobi

158 contamination is detected using conventional culturing techniques, which are highly dependent on expe

159 Current urine culture techniques, while essential, often encounter cha

160 The combination of traditional cell culture techniques with high-throughput screening approa

161 le Isotope Labeling with Amino acids in Cell culture) technique with interventional experiments (kina

162 report, we combine high-throughput anaerobic culturing techniques with gnotobiotic animal husbandry a

163 we outline the value of modern in vitro cell culture techniques, with a focus on their current applic

164 ce of bacteria in endodontic infections when culture techniques yield a negative result and can be us