ライフサイエンスコーパス: sedimentation coefficient

1 e globular domain of H5 showed a much larger sedimentation coefficient.

2 ose and DNA affinity resins and has the same sedimentation coefficient.

3 slate into an error of as much as 10% in the sedimentation coefficient.

4 The recombinant complex has the same sedimentation coefficient (11.6 S) as the native complex

5 measured values for Stokes radius (29 A) and sedimentation coefficient (2.9 S), the PDE5 catalytic fr

6 The Spc110p/Cmd1p complex has a small sedimentation coefficient (4.2 S) and a large Stokes rad

7 dentical Stokes radius (60 A), and identical sedimentation coefficient (4.3 S).

8 that NHE3 exists in two states with distinct sedimentation coefficients, a 9.6 S megalin-free form an

9 Within error, the sedimentation coefficients agree.

10 the experimentally determined molar mass and sedimentation coefficient agrees with the value determin

11 raditionally limited to determination of the sedimentation coefficient and binding affinity of protei

12 tension to a two-dimensional distribution of sedimentation coefficient and frictional ratio, c(s,f(r)

13 yme molecular weight was estimated using the sedimentation coefficient and Stokes radius, and was mos

14 methods agree with experimentally determined sedimentation coefficients and are compatible with the r

15 s describe, with high precision, the average sedimentation coefficients and composition of each bound

16 ehave as homogeneous vesicles with identical sedimentation coefficients and different buoyant densiti

17 Moreover, sedimentation coefficients and molecular weights determi

18 The sedimentation coefficients and radius of gyration of TT3

19 nowledge of a user-imposed model or range of sedimentation coefficients) and reports diffusion-correc

20 ssian functions to derive the concentration, sedimentation coefficient, and diffusion coefficient of

21 cyte lysate, determined their Stokes radius, sedimentation coefficient, and frictional ratio, and ass

22 teins have unusually large Stokes radii, low sedimentation coefficients, and high frictional ratios,

23 the colicin and results in a complex with a sedimentation coefficient appropriate for a BtuB-deterge

24 ives improved accuracy, extends the range to sedimentation coefficients below 1 S, and enhances resol

25 city and ionic conditions by determining its sedimentation coefficient both experimentally and by cal

26 Furthermore, the sedimentation coefficients by analytical ultracentrifuga

27 he nucleus, thus allowing measurement of the sedimentation coefficients by use of calibrated sucrose

28 This large sedimentation coefficient change indicates dramatic glob

29 The theoretical sedimentation coefficients computed with HYDROPRO were c

30 This treatment resulted in a decrease in the sedimentation coefficient consistent with the irreversib

31 hich scales the diffusion coefficient to the sedimentation coefficient consistent with the traditiona

32 For all differential sedimentation coefficients, corrections are derived for

33 ntegrating multiple optical signals into the sedimentation coefficient distribution analysis of compo

34 ct boundary modeling, ls-g*(s), the integral sedimentation coefficient distribution by the van Holde-

35 Deconvoluting diffusion in the sedimentation coefficient distribution c(s) can be advan

36 The sedimentation coefficient distribution c(s) of Lamm equa

37 s shown that integration of any differential sedimentation coefficient distribution c(s), ls-g(*)(s),

38 small number of noninteracting species, the sedimentation coefficient distribution function, g(s *),

39 f interference optical data into an integral sedimentation coefficient distribution G(s).

40 The time-derivative method for deriving the sedimentation coefficient distribution, g(s*), from sedi

41 goes a concentration-dependent change in its sedimentation coefficient distribution, indicative of a

42 entation boundaries is deconvoluted from the sedimentation coefficient distribution.

43 ystems, we studied the differential apparent sedimentation coefficient distributions by the time-deri

44 nts, resulting in relatively high-resolution sedimentation coefficient distributions c(s) or molar ma

45 t the application of diffusion-deconvoluting sedimentation coefficient distributions c(s) to the anal

46 s in FDS-SV by direct boundary modeling with sedimentation coefficient distributions c(s), we demonst

47 he Lamm equation with diffusion-deconvoluted sedimentation coefficient distributions c(s), which furt

48 strong migration, it is possible to extract sedimentation coefficient distributions from the early d

49 hod that address its capability to deal with sedimentation coefficient distributions spanning a large

50 We compare these asymptotic gradients with sedimentation coefficient distributions, c(s), extracted

51 goes a concentration-dependent change in its sedimentation coefficient, existing as a 4.0S species at

52 a full model of FH for scattering curve and sedimentation coefficient fits, homology models were con

53 The sedimentation coefficient for the FH monomer decreased f

54 Whereas the sedimentation coefficient for WT sLDLR increased when th

55 agreement between the predicted and observed sedimentation coefficients for models in which the indep

56 Lamm equations has been exploited to obtain sedimentation coefficients for single solutes under cond

57 the yeast interaction trap, and reduced the sedimentation coefficient from 7.5 to 4.5 S.

58 entation analysis is that the weight-average sedimentation coefficient from the transport method corr

59 autophosphorylation of the CPC decreases its sedimentation coefficient in egg cytosol and increases i

60 The lower sedimentation coefficient in the former case is consiste

61 l(2) have a negligible effect on the HD5(ox) sedimentation coefficients in buffered aqueous solution

62 x 10(7) M-1 and the apparent weight-averaged sedimentation coefficient increases from 2.00 to 2.22 S.

63 The sedimentation coefficient indicated that this monomer wa

64 The sedimentation coefficient is concentration dependent, gi

65 The fact that the increase in sedimentation coefficient is greater than that predicted

66 nce of vancomycin over a 33% increase in the sedimentation coefficient is observed with the appearanc

67 In the presence of ADP, the sedimentation coefficient is s20,w = 11.4 +/- 0.2, indic

68 Many of the recently published sedimentation coefficients may need to be reexamined.

69 -Stokes radius distributions, c(M,R(S)), and sedimentation coefficient-molar mass distributions c(s,M

70 cation of these calibration corrections, the sedimentation coefficients obtained from 11 instruments

71 Fluor 488 was used as a standard to compare sedimentation coefficients obtained using fluorescence a

72 The sedimentation coefficient of 1.12 S is consistent with a

73 perties of TH-2/3 (Stokes' radius of 3.0 nm, sedimentation coefficient of 1.8 S, and molecular mass o

74 ss of 23 724 Da, behaves as a monomer with a sedimentation coefficient of 1.92 S as determined by ana

75 quaternary octamer complex is formed with a sedimentation coefficient of 10.1 S.

76 it first formed an oligomeric complex with a sedimentation coefficient of 11 S, and then generated a

77 ation in H2O or D2O gave a sharp peak with a sedimentation coefficient of 17.3 S.

78 produced HCV with a density of 1.18 g/ml, a sedimentation coefficient of 180S, and a diameter of 42

79 The sedimentation coefficient of 2.4 S for SCR-1/5 showed no

80 oduced HCV with a density of 1.12 g/ml and a sedimentation coefficient of 215S.

81 form an ensemble of species with an average sedimentation coefficient of 23 +/- 5 S (approximately 6

82 cate an elongated monomeric structure with a sedimentation coefficient of 3.1 S and a radius of gyrat

83 els and has a Stoke's radius of 21.5 A and a sedimentation coefficient of 3.7 s, indicating that the

84 nalyses indicated that dimeric Purbeta has a sedimentation coefficient of 3.96 Svedberg, a frictional

85 lycerol gradients, LEF-1 was found to have a sedimentation coefficient of 3S that is consistent with

86 extrapolated to zero concentration yields a sedimentation coefficient of 4.0 S.

87 ht of 60,000, a Stokes radius of 34 A, and a sedimentation coefficient of 4.1 S.

88 nts using the g*(s) derivative method gave a sedimentation coefficient of 4.2 (+/- 0.1) S.

89 Sedimentation velocity gave a sedimentation coefficient of 4.49(+/-0.11) S.

90 These gave an average sedimentation coefficient of 4.57 S for the complex, in

91 rgent complex of approximately 89 kDa with a sedimentation coefficient of 4.7 S which, after correcti

92 PLB migrates with a sedimentation coefficient of 4.8 S in sedimentation velo

93 Furthermore, VP23 was observed to have a sedimentation coefficient of 4.9S, suggesting that this

94 The cap-binding protein in the S-200 had a sedimentation coefficient of 5 to 7S and lacked the abil

95 The H3/H4 complex has a sedimentation coefficient of 5-6S, consistent with the p

96 od showed that FH was monodisperse and had a sedimentation coefficient of 5.3(+/-0.1) S.

97 Sedimentation velocity experiments gave a sedimentation coefficient of 5.8 S.

98 Velocity experiments gave a sedimentation coefficient of 6.3S, which is similar to t

99 This 2:1 PAI-1-vitronectin complex, with a sedimentation coefficient of 6.5 S, is the key intermedi

100 Purified P. furiosus reverse gyrase has a sedimentation coefficient of 6S, suggesting a monomeric

101 hat the two proteins formed a complex with a sedimentation coefficient of 7.2S, a value that is consi

102 on coefficient of 2.9 F and a weight-average sedimentation coefficient of 7.7 S.

103 hat the predominant species sediments with a sedimentation coefficient of 8.5 S and has a frictional

104 Stokes' radius of 5.3 nm by gel filtration, sedimentation coefficient of 8.7 S, and molecular mass o

105 r proteins cosediment into the gradient at a sedimentation coefficient of approximately 50 S, correla

106 At pH 2.0, a sedimentation coefficient of ca. 1.0 S and a molecular w

107 The sedimentation coefficient of DKH975 shifts from 5.4 S at

108 relation by demonstrating that the expected sedimentation coefficient of randomly fluctuating knotte

109 A monomer sedimentation coefficient of s(20,w)(0)=3.58 S and a fri

110 The molecular weight and sedimentation coefficient of the associated heavy and li

111 rescein-(dT)20 ternary complex show that the sedimentation coefficient of the complex is S20,W = 12.3

112 the saturating concentration of AMP-PNP, the sedimentation coefficient of the hexamer is s20,w = 11.9

113 performed to determine the Stokes radius and sedimentation coefficient of the MES-2/MES-3/MES-6 compl

114 The weight-average sedimentation coefficient of the MutL dimer in this buff

115 The sedimentation coefficient of the soluble form of HPS1p w

116 The sedimentation coefficient of the ternary complex DnaB-(A

117 The sedimentation coefficient of unbound CR2 is 4.03 S in 50

118 Therefore, the 30% increase in sedimentation coefficient of VanS on adding vancomycin o

119 ndicates that the HMWS is heterogeneous, has sedimentation coefficients of 15-20 s, and is composed o

120 Time-derivative velocity experiments gave sedimentation coefficients of 2.4S for rCrry and 5.4S fo

121 Analytical ultracentrifugation gave sedimentation coefficients of 2.52 S and 3.55 S for PIWF

122 Two products are resolved with sedimentation coefficients of 3.3 and 6.3 S with estimat

123 n extrapolated to zero concentration yielded sedimentation coefficients of 4.4-4.8 S.

124 Analytical ultracentrifugation gave sedimentation coefficients of 5.1S and 5.2S for the dime

125 Native mPDC and the E2 complex have sedimentation coefficients of 50S and 30S, respectively.

126 rmed cohesins) exist as two major forms with sedimentation coefficients of 9S and 14S.

127 Sedimentation coefficients of ca. 1.8 S and a molecular

128 The sedimentation coefficients of IgA1 and IgA2m(1) were 6.2

129 as homomeric, based on the similarity of the sedimentation coefficients of native Kip1p from S. cerev

130 termination of the molecular weights and the sedimentation coefficients of poly(sodium undecanoyl-L-v

131 nts using authentic fibrillin-1 demonstrated sedimentation coefficients of s20,w0 = 5.1 +/- 0.1 in th

132 d D(2)O, and determined the Stokes radii and sedimentation coefficients of the HisACAT1-detergent com

133 The sedimentation coefficients of the intact monosome, large

134 insic viscosity, diffusion coefficients, and sedimentation coefficients of the macromolecules in the

135 acentrifuge, leading to overestimates of the sedimentation coefficients of up to 10%.

136 dient analysis was employed to determine the sedimentation coefficients of VP19C, VP23, and VP19C-VP2

137 if any effect of REL1 down-regulation on the sedimentation coefficient or abundance of the RNA ligase

138 roperty of the complexes formed, the average sedimentation coefficient, or the degree of binding.

139 y, approximately five orders of magnitude of sedimentation coefficients, or eight orders of magnitude

140 0.52 S, respectively, in good agreement with sedimentation coefficients predicted by hydrodynamic the

141 use of this homogeneity we could measure its sedimentation coefficient quite accurately by a combinat

142 aggregates, impurities) via restricting the sedimentation coefficient range being fitted.

143 in a concentration-dependent increase in the sedimentation coefficient, reflecting a dynamic equilibr

144 n ionic strength-dependent transition in its sedimentation coefficient, revealing a potential regulat

145 The sedimentation coefficient s suggests the monomer adopts

146 rods sedimented as monodisperse dimers with sedimentation coefficients s(20,w) = 3.8 S (wild-type, M

147 e analysis of the isotherm of weight-average sedimentation coefficients s(w) as a function of protein

148 ced van Holde-Weischet method determined the sedimentation coefficient (s) to be ~3.22 S for activate

149 is indicated single sedimenting species with sedimentation coefficients (s(20,w) values) of 0.37, 0.4

150 that tapasin is monomeric in solution with a sedimentation coefficient, S degrees (20,w), of 2.68 S.

151 at liver has a Stokes radius of 6.7 nm and a sedimentation coefficient, s(20,w), of 7.0 S with a pred

152 This MW value together with a sedimentation coefficient, s(o)(20,w), of 2.71 S yielded

153 experiments, we determined the ratio of the sedimentation coefficient, s, to that of open circular D

154 ocity experiments yielded an estimate of the sedimentation coefficient s020,w = 2.34 +/- 0.17 S, whic

155 amer is s20,w = 11.9 +/- 0.2 compared to the sedimentation coefficient s20,w = 10.5 +/- 0.2 of the fr

156 Unlike heparin, the sedimentation coefficient s20,w of HS dp6-dp24 showed a

157 0.05) nm, its maximum length of 10nm and its sedimentation coefficient s20,w(o) of 1.40(+/-0.03) S do

158 ntibodies were predominantly monomeric, with sedimentation coefficients s20,w (0) of 6.3-6.4 S.

159 h IgG4 forms were principally monomeric with sedimentation coefficients s20,w(0) of 6.6-6.8 S.

160 The sedimentation coefficient, s20,w0, of 13.4 (+/-0.1) S in

161 rocytes show an ionic strength dependence of sedimentation coefficient similar to that of trimers, an

162 Using the viscosity-corrected sedimentation coefficient, six additional ligands were s

163 dures and regular control experiments with a sedimentation coefficient standard.

164 ments showed that wild-type gp45 possesses a sedimentation coefficient strongly dependent on concentr

165 The hexamer sedimentation coefficients suggest that there is a reduc

166 ding affinity by isotherms of weight-average sedimentation coefficients sw.

167 has a concentration-dependent weight average sedimentation coefficient that increased from 1.8 S for

168 stant rotor speed, which limits the range of sedimentation coefficients that can be detected in a sin

169 rifugation velocity data for dp6-dp36 showed sedimentation coefficients that increased linearly from

170 ized in intracellular vesicles that have the sedimentation coefficient, the buoyant density, and the

171 olding (two sites) or a reduction in protein sedimentation coefficient (two sites) or both (one site)

172 and this is confirmed by the increase in the sedimentation coefficient upon addition of horse cytochr

173 Based on Stokes radius and sedimentation coefficient values, Chk2 monomers and dime

174 Its sedimentation coefficient was determined to be 1.36 S.

175 The value of s, the apparent sedimentation coefficient, was found to depend on the co

176 hifts, (15)N transverse relaxation rates and sedimentation coefficients, we show that the unfolded sp

177 Calculations of the sedimentation coefficient were based on direct solution

178 esicles with different buoyant densities and sedimentation coefficients were detected in this fractio

179 Sedimentation coefficients were determined experimentall

180 Sedimentation coefficients were established using the ti

181 domain of Drosophila H1 displayed a similar sedimentation coefficient, whereas the same nucleosome a

182 ed by calcium and has only a small change in sedimentation coefficient, which is in the opposite dire

183 meniscus reveals its buoyant molar mass and sedimentation coefficient with an accuracy of approximat

184 The loop and the disulfide mutants exhibited sedimentation coefficients with little concentration dep