ライフサイエンスコーパス: yeast two-hybrid analysis

1 etained the TraK-binding domain suggested by yeast two-hybrid analysis.

2 scription and translation was used to verify yeast two-hybrid analysis.

3 ion between CED-4 and CED-9 was confirmed by yeast two-hybrid analysis.

4 euroglian and ankyrin was demonstrated using yeast two-hybrid analysis.

5 tial novel folliculin interacting protein by yeast two-hybrid analysis.

6 nteractions among HCMV virion proteins using yeast two-hybrid analysis.

7 lant pathogen Pseudomonas syringae, based on yeast two-hybrid analysis.

8 teracting partners for RFX4_v3, we performed yeast two-hybrid analysis.

9 showed direct BRCA2-FANCD2 interaction using yeast two-hybrid analysis.

10 f a novel binding partner of E5, YIPF4 using yeast two-hybrid analysis.

11 1 or beta3 subunit was first demonstrated by yeast two-hybrid analysis.

12 was identified as a Mirk-binding protein by yeast two-hybrid analysis.

13 function, we identified binding proteins by yeast two-hybrid analysis.

14 uld not interact with JNK1, as determined in yeast two-hybrid analysis.

15 as identified as a binding partner of VPg by yeast two-hybrid analysis.

16 ly interact with this 7-amino acid region by yeast two-hybrid analysis.

17 sophila Jun could not be demonstrated by the yeast two-hybrid analysis.

18 Further yeast two-hybrid analysis also showed that the PHOT2 C-t

19 ent bimolecular complementation assays, i.e. yeast two-hybrid analysis and Arabidopsis leaf protoplas

20 Here we show, using yeast two-hybrid analysis and biochemical binding studie

21 nstrate the neurabin-p70(S6k) interaction by yeast two-hybrid analysis and biochemical techniques.

22 erminus actually binds to ankyrin-G, both in yeast two-hybrid analysis and by coimmunoprecipitation i

23 ion of cellular-interacting proteins through yeast two-hybrid analysis and characterization of its ex

24 was identified as a Mirk-binding protein by yeast two-hybrid analysis and cloned.

25 Mapping by yeast two-hybrid analysis and co-immunoprecipitation sho

26 Yeast two-hybrid analysis and expression of neuroglian d

27 A combination of yeast two-hybrid analysis and genome-wide expression pro

28 By both yeast two-hybrid analysis and GST pull-down assay, the p

29 ), that specifically associates with MLF1 by yeast two-hybrid analysis and in pulldown assays, and co

30 Using yeast two-hybrid analysis and in vitro dot-blots, we sho

31 Yeast two-hybrid analysis and in vitro interaction studi

32 By yeast two-hybrid analysis and non-denaturing polyacrylam

33 In the present study, yeast two-hybrid analysis and protein-protein cross-link

34 Yeast two-hybrid analysis and pull-down assays revealed

35 Yeast two-hybrid analysis and reciprocal immunoprecipita

36 p that was obtained through a combination of yeast two-hybrid analysis and subcomplex reconstitution

37 ing ligases TbREL1 and TbREL2, comprehensive yeast two-hybrid analysis, and coimmunoprecipitation of

38 Biochemical studies, yeast two-hybrid analysis, and immunoprecipitation/immun

39 profiling such as protein mass spectrometry, yeast two-hybrid analysis, and oligonucleotide microarra

40 Immunoprecipitation experiments, yeast two-hybrid analysis, and overlay binding assays we

41 Coimmunoprecipitation studies, yeast two-hybrid analysis, and transient transfection ex

42 We used yeast two-hybrid analysis as well as a variety of bioche

43 Yeast two-hybrid analysis as well as in vitro and in viv

44 novel protein MGC5306 has been identified in yeast-two-hybrid analysis by screening a HeLa cDNA libra

45 This interaction was established using yeast two-hybrid analysis, co-immunoprecipitation from a

46 The evidence rests on three different tests: yeast two-hybrid analysis, coimmunoprecipitation from in

47 Yeast two-hybrid analysis confirmed RIP1 interaction wit

48 Directed yeast two-hybrid analysis confirmed this specific bindin

49 We used a combination of yeast two-hybrid analysis, confocal fluorescence microsc

50 Yeast two-hybrid analysis demonstrated a strong interact

51 In this investigation, yeast two-hybrid analysis demonstrated that an E. chaffe

52 Yeast two-hybrid analysis demonstrated that the carboxyl

53 Yeast two-hybrid analysis demonstrated that the receptor

54 However, yeast two-hybrid analysis failed to demonstrate a physic

55 A yeast two-hybrid analysis failed to detect an interactio

56 e of the ET receptors, ETA, as determined by yeast two-hybrid analysis, glutathione S-transferase pul

57 ere studied by site-directed mutagenesis and yeast two-hybrid analysis, guided by the known three-dim

58 Yeast two-hybrid analysis identified class II phosphoino

59 A yeast two-hybrid analysis identified putative interactor

60 Yeast two-hybrid analysis identified whirlin, a PDZ-scaf

61 Yeast two-hybrid analysis identifies an interaction with

62 By yeast two-hybrid analysis, immunoprecipitation, and Biac

63 Yeast two-hybrid analysis in conjunction with site-direc

64 Here, we show by yeast two-hybrid analysis, in vivo and in vitro coimmuno

65 recipitated when extracted from L-cells, and yeast two hybrid analysis indicated that DP-NTP binds di

66 Yeast two-hybrid analysis indicated interaction between

67 Yeast two-hybrid analysis indicated that STAT3 binds dir

68 Yeast two-hybrid analysis indicated that substitutions i

69 ing partner for CD16A-CY newly identified by yeast two-hybrid analysis, inhibits phosphorylation of C

70 By yeast two-hybrid analysis K37A and K62A mutants lost int

71 Yeast two-hybrid analysis localized the region of the OR

72 By yeast two-hybrid analysis, nearly all of the ArsD mutant

73 Yeast two-hybrid analysis now indicates protein-protein

74 Based on yeast two-hybrid analysis, NPR1 has been suggested to in

75 e MRB1 complex, we performed a comprehensive yeast two-hybrid analysis of 31 reported MRB1 proteins.

76 ral proteome, we carried out a comprehensive yeast two-hybrid analysis of all the putative proteins e

77 Yeast two-hybrid analysis revealed a compromised interac

78 Furthermore, yeast two-hybrid analysis revealed a physical interactio

79 In addition, our yeast two-hybrid analysis revealed an interaction betwee

80 Yeast two-hybrid analysis revealed an interaction betwee

81 Yeast two-hybrid analysis revealed that E8 protein inter

82 Yeast two-hybrid analysis revealed that full-length EcPT

83 Yeast two-hybrid analysis revealed that p47 interacts wi

84 A yeast two-hybrid analysis revealed that Pdcd4 associates

85 The results of yeast two-hybrid analysis revealed that RsmC binds FlhD

86 eract with subdomains 1 and 2 of Foxp2 using yeast two-hybrid analysis revealed that subdomain 2 bind

87 Yeast two-hybrid analysis revealed that the C-terminus o

88 interaction was further characterized using yeast two-hybrid analysis revealing that Tyr(843) and su

89 Yeast two-hybrid analysis reveals that EDS1 can dimerize

90 Yeast two-hybrid analysis reveals that SIX6OS1 interacts

91 Yeast two-hybrid analysis showed no evidence of a direct

92 Yeast two-hybrid analysis showed strong interactions bet

93 Yeast two-hybrid analysis showed that Pex34p interacts p

94 Yeast two-hybrid analysis showed that SepF can interact

95 Yeast two-hybrid analysis showed that SOS2 interacted di

96 Yeast two-hybrid analysis showed that SSX1-KRAB, unlike

97 strate that Sid4p interacts with itself, and yeast two-hybrid analysis shows that its self-interactio

98 Yeast two-hybrid analysis shows that Mzt1/Tam4 forms a c

99 Yeast two-hybrid analysis shows that the rod domain of K

100 d the interaction of the two proteins in the yeast two-hybrid analysis suggest that CED-9 inhibits CE

101 Coimmunoprecipitation studies and yeast two-hybrid analysis suggest that Dnm1p oligomerize

102 Furthermore, yeast two-hybrid analysis suggests that this association

103 w, by co-immunoprecipitation experiments and yeast two-hybrid analysis, that PBK/TOPK physically inte

104 By yeast two-hybrid analysis, the binding site on G(alpha)i

105 By yeast two-hybrid analysis, the carboxyl terminus of RAZ1

106 inus of rat organ of Corti HCN1 was found by yeast two-hybrid analysis to bind the carboxyl terminus

107 We used yeast two-hybrid analysis to determine that PEX4, an app

108 step(s) mediated by ERCC1-XPF, we undertook yeast two-hybrid analysis to determine whether FANCA, FA

109 We have performed an exhaustive unbiased yeast two-hybrid analysis to identify interaction partne

110 Alternatively, Bfr1p has also been found by yeast two-hybrid analysis to interact with Bbp1p, a comp

111 Using yeast two-hybrid analysis to map protein interaction dom

112 We used yeast two-hybrid analysis to test for interaction betwee

113 The previous yeast two-hybrid analysis together with the present char

114 Again, using yeast two-hybrid analysis, two different sequences in th

115 A yeast two-hybrid analysis uncovered the actin-depolymeri

116 ys, we performed a phosphorylation-dependent yeast two-hybrid analysis using BLNK probes.

117 mediate these actions of Glis2, we performed yeast two-hybrid analysis using Glis2 as bait.

118 A yeast two-hybrid analysis using the coiled-coil domain o

119 Yeast two-hybrid analysis using the ligand-binding domai

120 teins in maintaining stability of alphaIISp, yeast two-hybrid analysis was carried out to determine w

121 In the current study, yeast two-hybrid analysis was used to demonstrate that C

122 ed to confirm coimmunoprecipitation RESULTS: Yeast two-hybrid analysis was used to establish direct l

123 quired for Kap95p and/or Mex67p association, yeast two-hybrid analysis was used.

124 Using yeast two-hybrid analysis we identified HHR6 as a protei

125 From yeast two-hybrid analysis we propose that RP1 binds to t

126 By yeast-two-hybrid analysis we identified the glycolytic e

127 Using yeast two-hybrid analysis, we found that c-Cbl directly

128 Using yeast two-hybrid analysis, we found that dnaBS371P uncov

129 Using yeast two-hybrid analysis, we identified the database-do

130 a combination of biochemical approaches and yeast two-hybrid analysis, we present evidence for a phy

131 A binding and a yeast two-hybrid analysis were carried out on the gastri

132 Yeast two-hybrid analysis with a traV bait repeatedly id

133 Yeast two-hybrid analysis with mammalian homologues iden