ライフサイエンスコーパス: Scatchard

1 Scatchard analyses identified a single class of high-aff

2 Scatchard analyses indicated two classes of high and med

3 Scatchard analyses of sigma 2 receptors were performed o

4 Scatchard analyses showed that HTG-VLDL decreased the Bm

5 Scatchard analysis at 4 degrees C and a ligand-dependent

6 Scatchard analysis demonstrated a 67% reduction in estro

7 Scatchard analysis demonstrated a biphasic plot with the

8 Scatchard analysis demonstrated a single class of bindin

9 Scatchard analysis demonstrated NEU1-dependent increased

10 Scatchard analysis demonstrated that GSH decreased the b

11 Scatchard analysis demonstrates that RAR-RXR has greater

12 Scatchard analysis detected a decrease of receptor bindi

13 Scatchard analysis disclosed that increased binding was

14 Scatchard analysis gave a Kd of approximately 10 nM cons

15 Scatchard analysis indicated 2 classes of binding sites

16 Scatchard analysis indicated a Kd of approximately 0.8 n

17 Scatchard analysis indicated a single binding site with

18 Scatchard analysis indicated a single class of binding s

19 Scatchard analysis indicated a single class of binding s

20 Scatchard analysis indicated that CREB bound to the soma

21 Scatchard analysis indicated that SP binds to BM fibrobl

22 Scatchard analysis indicated that the increase induced b

23 Scatchard analysis indicated two classes of binding site

24 Scatchard analysis indicates that the increased binding

25 Scatchard analysis of 125I-FLT3 ligand binding data show

26 Scatchard analysis of [(3)H]BTXB binding showed that EPA

27 Scatchard analysis of [125I-Tyr8]bradykinin x bradykinin

28 Scatchard analysis of adhesion isotherms demonstrated th

29 Scatchard analysis of binding data of the affinity ligan

30 Scatchard analysis of binding data of the affinity ligan

31 Scatchard analysis of binding studies demonstrates an eq

32 Scatchard analysis of binding to K562 cells revealed two

33 Scatchard analysis of cemadotin binding to tubulin indic

34 Scatchard analysis of hemin binding to Escherichia coli

35 Scatchard analysis of myosin V binding to stripped dense

36 Scatchard analysis of net agon stimulated [35S]GTP gamma

37 Scatchard analysis of saturation binding data indicated

38 Scatchard analysis of the binding of [3H]prostaglandin E

39 Scatchard analysis of the binding of EGF to its receptor

40 Scatchard analysis of the competition binding data revea

41 Scatchard analysis of the intermediate PRLr revealed an

42 Scatchard analysis of the mobility indicates the presenc

43 Scatchard analysis of the radiolabeled monovalent GS1 sc

44 Scatchard analysis of the specific binding of the purifi

45 Scatchard analysis revealed 3- and 5-fold increases in I

46 Scatchard analysis revealed a single class of receptor f

47 Scatchard analysis revealed both low- and high-affinity

48 Scatchard analysis revealed that the decrease in [125I]o

49 Scatchard analysis revealed that the decrease was due to

50 Scatchard analysis revealed that VEGF induced a 2-3-fold

51 Scatchard analysis revealed the binding affinity (K(a))

52 Scatchard analysis revealed the presence of approximatel

53 Scatchard analysis showed a high-affinity binding site i

54 Scatchard analysis showed that both isoforms bound cis-

55 Scatchard analysis showed that the affinity of phosphory

56 Scatchard analysis shows binding to a single class of hi

57 Scatchard analysis shows binding to a single class of lo

58 Scatchard analysis using the LIGAND computer program def

59 Scatchard analysis verified specific binding of leptin t

60 Scatchard analysis was performed to determine fibrin aff

61 Scatchard analysis yielded association constants of 2.7

62 Scatchard and Hill plots of the binding data and the cal

63 Scatchard and nonlinear regression analyses using both o

64 Scatchard binding analysis demonstrated a 180 +/- 40% (P

65 Scatchard plot analyses and in vitro binding experiments

66 Scatchard plot analysis indicated the presence of both a

67 Scatchard plot analysis indicates that CD44s in pl85(neu

68 Scatchard plot analysis indicates that there is a single

69 Scatchard plot analysis of 125I-labeled mAb 2E1 binding

70 Scatchard plot analysis of Ca(2+) binding data yielded a

71 Scatchard plot analysis showed that kinesin heads bound

72 Scatchard plot analysis shows that GTP binds to OrnDC L3

73 Scatchard plot analysis suggests the presence of two bin

74 Scatchard plot analysis using the radioligand [3H]phorbo

75 Scatchard plot analysis was also consistent with a posit

76 Scatchard plots confirmed this behavior.

77 Scatchard plots of binding data are readily fit to a sim

78 Scatchard plots of these data indicate that the added he

79 Scatchard plots revealed that the number of ligand bindi

80 Scatchard plots were consisted with these data where the

81 A Scatchard plot was used to estimate Bmax, and Kd(ND) = K

82 d, and recommendations are made for use of a Scatchard or curve fitting analysis of the titration bin

83 NA was obtained from the negative slope of a Scatchard plot and a comparison of the binding constants

84 mined by recasting the data in the form of a Scatchard plot.

85 ion procedure was used in conjunction with a Scatchard plot to study the binding of the methylphenazi

86 Although Scatchard analysis of [3H]glyburide binding to eosinophi

87 ed with the fluorescent probe Ru(bipy)3, and Scatchard analysis further supported this conclusion.

88 Electrophoretic mobility shift assay and Scatchard analysis reveal a strong binding affinity (dis

89 ]dexamethasone radioligand-binding assay and Scatchard analysis, we found that IL-13, a cytokine with

90 equent research using AR exchange assays and Scatchard analyses showed that the isothiocyanate affini

91 s C was estimated by equilibrium binding and Scatchard analysis (Kd = 1.1 microM).

92 or human OTR; and (d) saturation binding and Scatchard analysis of OT binding to the receptors of iso

93 escence double-staining, ligand binding, and Scatchard plot analysis demonstrated that mEar1 bound to

94 lis-Menten, Hill, Henderson-Hasselbalch, and Scatchard equations in biochemistry and biophysics.

95 of hPTH1R by quantitative immunoblotting and Scatchard analysis revealed that 75% of the receptors in

96 cterized by scanning electron microscopy and Scatchard analysis.

97 Quantitative binding studies and Scatchard analysis suggest that every Sf9 cell displays

98 By Scatchard analysis, FK506 was found to increase GR hormo

99 By Scatchard analysis, there appear to be 2 hemin binding s

100 0(9), 1.99 x 10(9) and 0.52 x 10(9) M(-1) by Scatchard analysis and 1.14 x 10(8), 4.46 x 10(7) and 1.

101 inding sites were identified in rat aorta by Scatchard plot analysis with a Kd of 0.25+/-0.07 nM and

102 of IGF-I receptors, per ECFC, calculated by Scatchard analysis, were significantly decreased by 30%

103 mber of receptors present were calculated by Scatchard and best-fit analyses.

104 pproximately 50,000 AM receptors per cell by Scatchard analysis with 125I-AM and expressed AM recepto

105 loma cells than in normal laryngeal cells by Scatchard analysis and Western blot, without gene amplif

106 H]ATMP with K5 or ovalbumin was confirmed by Scatchard analysis.

107 between CK14 and [(3)H]ATMP was confirmed by Scatchard analysis.

108 eased receptor affinity for VEGF detected by Scatchard analysis.

109 rug affinity (2.3-6.2 fold) as determined by Scatchard analyses using [3H]8-hydroxy-2-(di-N-propylami

110 The affinities determined by Scatchard analysis of equilibrium binding levels were si

111 740 +/- 161 sites per cell) as determined by Scatchard analysis of the binding of [3H]PGE1.

112 nM for (125)I-Tyr(A26) RLF) as determined by Scatchard analysis.

113 ilized functional receptor was determined by Scatchard analysis.

114 -phosphate dehydrogenase (GAPDH) followed by Scatchard analysis revealed a biphasic binding, indicati

115 We have identified by Scatchard analysis both high (124 pM, 14.4 x106 sites/mi

116 (3-hydroxybenzyl)hydrazine, as indicated by Scatchard plots, or with 3-hydrazinopropionate, as shown

117 , saturable site with a Kd = 48 +/- 21 nm by Scatchard analysis.

118 EM and gp120 was determined to be 0.98 nM by Scatchard analysis.

119 eceptors (EGFRs) on living cells revealed by Scatchard analysis of (125)I-EGF binding results was dis

120 ding sites and their affinity for [3H]TAM by Scatchard analysis in whole-cell lysates, microsomal fra

121 In KG-1 cells, Scatchard analysis revealed the presence of 135 binding

122 )M(-1); these calorimetry data corroborating Scatchard analysis of dissolution data.

123 rface EGF-binding sites inferred from curved Scatchard plots.

124 ngly cooperative ACTD binding and the curved Scatchard plot for the self-complementary d(CGTCGACG) ma

125 wild-type EGF receptor showed a curvilinear Scatchard plot with both high- and low-affinity forms of

126 receptor (K(d) = 0.54 nm) with a curvilinear Scatchard plot.

127 as wild type and also displayed curvilinear Scatchard plots.

128 in the characteristic concave-up curvilinear Scatchard plots seen when EGF binding to intact EGFR is

129 onic acid that was defined by a curved Eadie-Scatchard plot and a Hill coefficient of 1.36 +/- 0.05.

130 coefficient of 1.29 +/- 0.06, a curved Eadie-Scatchard plot, and activation by low concentrations of

131 Finally, Scatchard analysis showed that SS red cells had an avera

132 Finally, Scatchard plot analysis demonstrated the presence of a D

133 Langmuir, Freundlich, Scatchard and D-R (Dubinin-Radushkevich) isotherms have

134 can be very important in analyzing data from Scatchard plots.

135 elation to varying concentrations of GlcNAc, Scatchard plot analysis and competitive inhibition with

136 e show that the remodeling adheres to a Hill-Scatchard model whereby the Abeta(1-40) self-association

137 EGFR extracellular region, we show here how Scatchard plot curvature arises from negatively cooperat

138 However, Scatchard analysis failed to show either an increased in

139 ic fluorescence data were fitted to modified Scatchard model yielding the following results: n: 49+/-

140 to account for previously observed nonlinear Scatchard plots of FcRn/IgG binding data.

141 Analyses of Scatchard plots show that H2TMpyP binds with high affini

142 Analysis of Scatchard plot of direct binding of these mAbs to prolif

143 ) ATP-binding sites per hexamer were seen on Scatchard analysis in the absence of bicyclomycin and po

144 Using a four-parameter fit and/or Scatchard analysis, the approximate affinity of rhTPO fo

145 ng in varying concentrations of the peptide, Scatchard plot analysis, and competitive inhibition with

146 out of which Langmuir, Dubinin-Radushkevich, Scatchard and Temkin models were found to be the best fi

147 Despite its four binding sites, Scatchard analysis of binding of alpha2M* to cells does

148 The standard (Scatchard) analysis of solution-phase binding is not app

149 The Scatchard studies revealed that 66 P cells had approxima

150 omewhat higher than those estimated from the Scatchard plot because of concentration dependence, but

151 od that does not have the limitations of the Scatchard plot for analysis of amphitropic proteins was

152 ant for (3)(4) and CuTMpyP4 according to the Scatchard model is 5.2 x 10(7) M(-)(1) in terms of quadr

153 ant for (1)(4) and CuTMpyP4 according to the Scatchard model is 5.6 x 10(6) M(-)(1) in terms of quadr

154 Therefore, Scatchard analysis was performed to determine whether GM

155 y measured and the binding data subjected to Scatchard analysis.

156 Using Scatchard and displacement plots, we have shown that sup

157 Using Scatchard plot analysis with 125I-labeled TCA3, a single

158 approximately 50 pm; 1,530 sites/cell) using Scatchard analysis.

159 ell sorting, and affinity was measured using Scatchard analysis.

160 Via Scatchard plots, the three NH(2)(+) sites of 1a were sho

161 inities of binding sites were determined via Scatchard analysis on a series of PSII membrane preparat

162 ) and K app d, respectively) with an in vivo Scatchard method using several modeling approaches and e

163 nduced a 30 +/- 2% increase in binding which Scatchard analyses showed to be due to an increase in re

164 g studies using 125I-labeled SDF-1alpha with Scatchard analysis indicated that VEGF or bFGF induced a

165 This fact, along with Scatchard binding analyses of IL-15 on OKT3 blasts and Y

166 ding assays, equilibrium binding assays with Scatchard analyses, and surface plasmon resonance techno