ライフサイエンスコーパス: sigmoidal

1 kinetics of growth: linear, exponential and sigmoidal.

2 y than with 5-HT and its time course was not sigmoidal.

3 the oxygen binding curve becomes completely sigmoidal.

4 Sigmoidal acquisition curves are not unique to social le

5 se that governs cellular behavior exhibits a sigmoidal activation curve.

6 curves for wild-type tau fibrillization were sigmoidal and correlated well with measurements of total

7 Notably, sigmoidal and exponential curve fit methods have been pr

8 expansion but also logistic growth, which is sigmoidal and reaches a certain steady-state level.

9 ich we call "inhibited," "uninhibited," and "sigmoidal," and which are found in published data.

10 this critical scan rate, the i-v response is sigmoidal as a result of hemispherical radial diffusion.

11 stant versus phosphodonor concentration were sigmoidal, as were PhoB binding isotherms for the phosph

12 f residues in the Ca(2+)-binding region were sigmoidal because of the contribution of chemical exchan

13 Current-voltage traces exhibited sigmoidal behavior and an exponential attenuation with m

14 elongation process, account for the typical sigmoidal behavior during fibrillation.

15 longitudinal diameter, adjusting the double sigmoidal behavior in response to changes in the time.

16 ypothesis that the mechanistic basis for the sigmoidal behavior is the same for both d-tyrosine activ

17 Sigmoidal behavior of sensitizer release in n-butanol an

18 DNA concentrations compared to LoxP, but the sigmoidal behavior of the concentration dependence was m

19 Kinetic analyses indicate that the sigmoidal behavior of the d-tyrosine activation reaction

20 The observed sigmoidal behavior presents a paradox, as tyrosyl-tRNA s

21 d, the fraction of the bound state exhibited sigmoidal behavior.

22 kinetics from hyperbolic to a decidedly more sigmoidal behavior.

23 trinsic and thioflavin T fluorescence showed sigmoidal behavior.

24 ed five distinct stages characterized by two sigmoidal behaviors, showing the time-dependent transiti

25 Sigmoidal binding curves for titration of BioI with azol

26 Fluorescence studies showed a sigmoidal binding profile indicating highly cooperative

27 toxins fail to form oligomers but still show sigmoidal binding to cholesterol-containing membranes.

28 the empirical CT utilizing the mathematical Sigmoidal-Boltzmann model.

29 erature dependence of steady active force is sigmoidal both in isometric and in shortening muscle.

30 4-, the velocity dependence on total Mg2+ is sigmoidal, but plateaus at high concentrations of free M

31 ents recovered by the control chimera have a sigmoidal Ca(2+) fluorescence (DeltaF/F) versus voltage

32 Sigmoidal calibration curves and detection limits were e

33 s where a linear change in input generates a sigmoidal change in output.

34 sphate, to the pyrenelabeled enzyme caused a sigmoidal change in the fluorescence emission.

35 les and all NaCl-containing LDL samples, the sigmoidal changes in the absorbance units vs. temperatur

36 ing the Hill coefficient (nH) to measure the sigmoidal character of the binding curve.

37 I and super case II transport mechanics with sigmoidal characteristics.

38 with Ca(II), Sr(II), and Ba(II) were highly sigmoidal, characterized by Hill coefficients of 2.3-6.5

39 The rat R-R tachogram showed a defined sigmoidal component, whereas the fish R-R tachogram was

40 obtained in an ethanol matrix demonstrate a sigmoidal concentration response over the physiologicall

41 Four selected genes with sigmoidal concentration-dependent expression profiles (E

42 pendence of the phosphorescence intensity is sigmoidal, consistent with cooperative actin filament bi

43 Sigmoidal cooperative substrate binding to slowly fluctu

44 ty of the enzyme: dGTPase activity displayed sigmoidal (cooperative) behavior without DNA but hyperbo

45 reproduce the force/velocity characteristic sigmoidal correlation, while also reproducing the hand-o

46 est are sampled at a fixed time to produce a sigmoidal current-potential curve akin to a pseudo stead

47 curvature induced by endophilin and observe sigmoidal curvature/composition coupling isotherms that

48 d, a second derivative maximum method, and a sigmoidal curve fit method.

49 rate versus velocity curves, rather than the sigmoidal curve obtained with His6-IDE.

50 ds on biofilm permeability (kbr) following a sigmoidal curve on a log-log scale.

51 The pH-dependence of log 1/K(M) is a sigmoidal curve reaching a maximal value at higher pH, s

52 on of the reduction potential and presents a sigmoidal curve that fits a quasireversible model and is

53 First, a sigmoidal curve was used to predict the amount of activa

54 relaxation was closely fitted by a Boltzmann sigmoidal curve which allowed us to estimate the mean ME

55 vs. urine osmolality (OsmU) were fitted to a sigmoidal curve, and EC50 was determined by non-linear r

56 orded at different time scales into a unique sigmoidal curve, which clearly highlights kinetic compli

57 the HX reaction as a function of pH gives a sigmoidal curve, which reaches the maximal rate constant

58 ghted distribution of conformers describes a sigmoidal curve, with a transition midpoint near 1.5 kca

59 onstant (k(max)) on the alkaline side of the sigmoidal curve.

60 th peak within the transition region of this sigmoidal curve.

61 ot of k phi versus pH, which gives a typical sigmoidal curve.

62 e nucleotide substrate, but rather follows a sigmoidal curve.

63 rmist transmission conclusions solely on the sigmoidal curve.

64 polyphenols; the reaction is described by a sigmoidal curve.

65 avior of this enzyme is complex and exhibits sigmoidal curves and substrate inhibition.

66 ffusion and transformed these data sets into sigmoidal curves characterizing the phase transition of

67 the exhaustive detection mode instead of the sigmoidal curves for equilibrium-based sensors.

68 Folding was cooperative, as evidenced by the sigmoidal curves in solvent denaturation experiments.

69 peak-shaped CV and the plateau current in a sigmoidal CV, provides a simple means for calculating th

70 The fabricated array illustrated sigmoidal cyclic voltammogram with steady state current

71 eets at a TOD (FTIR) of 72.4 degrees C and a sigmoidal decrease in IgY activity at TOD (ELISA) of 67.

72 and this rotation is often accompanied by a sigmoidal deflection of the cell-cell interface.

73 d Delta21, a 50-ms depolarization produced a sigmoidal DeltaF/F versus voltage curve with a lower tha

74 The activation kinetics were again sigmoidal, demonstrating that the allosteric sites recog

75 ed (deuterated) water density region, with a sigmoidal density profile at the hydrophobic silane-wate

76 irion infectivity follows gp120 density as a sigmoidal dependence and reaches an apparent plateau.

77 cycle suppression by DNA damage, revealing a sigmoidal dependence of cell cycle on excess DNA damage.

78 performed under special conditions yielded a sigmoidal dependence of fiber tension on temperature--a

79 nt Kd values of 0.05 and 2.3 muM, based on a sigmoidal dependence of heme spin state on Nile Red conc

80 The sigmoidal dependence of initial reaction rates with pH r

81 tration data than the Hill model, predicts a sigmoidal dependence of key parameters with calcium conc

82 2 nt, and the unwinding amplitude displays a sigmoidal dependence on [UvrD(tot)]/[DNA(tot)].

83 By contrast, amylin fibrillogenesis has a sigmoidal dependence on heparin fragment length, with an

84 tic analysis for the double mutant reveals a sigmoidal dependence on homocysteine that is not observe

85 Activation of Her4 shows a sigmoidal dependence on kinase concentration, consistent

86 ol in specific membranes and show a strongly sigmoidal dependence on membrane composition.

87 Sigmoidal dependence on substrate concentration necessar

88 h respect to the filament axis had a roughly sigmoidal dependence on temperature in relaxing conditio

89 ve behavior: (i) the ATPase activity shows a sigmoidal dependence on the ATP concentration; (ii) ATPg

90 were found transported cooperatively with a sigmoidal dependence on the Cd2+ concentration (n = 1.4)

91 livery efficiency exhibited a characteristic sigmoidal dependence on the field strength.

92 min produced similar results but shifted the sigmoidal dissociation curves to lower urea concentratio

93 subunit dissociation were evaluated from the sigmoidal dissociation data by assuming a single transit

94 in urea for 10 min at room temperature, the sigmoidal dissociation transitions were centered at 3.7,

95 on of the tetramer into dimers, leading to a sigmoidal DNA binding curve.

96 e, LDL colocalized with proteoglycans with a sigmoidal dose dependence (inflection point, approximate

97 limitation, we developed and implemented the Sigmoidal Dose Response Search (SDRS) algorithm, a grid

98 taCr (p < .001) and ARF (p < .001) exhibited sigmoidal dose-dependent associations to lowest hematocr

99 The ability of quantification is shown by a sigmoidal dose-response curve fitting to analyze IL-6 pr

100 The percentage of maximal SkBF-[BQ123] sigmoidal dose-response curve indicated a vasodilatory r

101 say was completed in less than 3 min and the sigmoidal dose-response curve spanned an antibody concen

102 tion of RNase H by these metal ions followed sigmoidal dose-response curves suggesting cooperative me

103 In each group, there was a sigmoidal dose-response relationship between MPS at 1-2

104 With biologically realistic sigmoidal dose-responses, our model predicted tri-phasic

105 the cascade without feedback showed a steep (sigmoidal) dose-response and a wide, nearly bimodal yEGF

106 A covariate-free sigmoidal E(MAX)-model describes the interval to malaria

107 for Emax; P = .18 for quadratic; P = .21 for sigmoidal Emax 1; P = .39 for linear; and P = .52 for si

108 Emax 1; P = .39 for linear; and P = .52 for sigmoidal Emax 2).

109 ng techniques (linear, Emax, 2 variations of sigmoidal Emax, and quadratic) was used to evaluate dive

110 so shown to target deoxyguanosine and showed sigmoidal enzyme kinetics (K0.5(deoxyguanosine) = 302 +/

111 Using a sigmoidal equation, we fit the pressure-volume data of t

112 12 mixture treatments could be fitted to one sigmoidal exposure-response relationship.

113 th associated with coagulation diameter in a sigmoidal fashion (ex vivo, R(2) = 0.78; in vivo, R(2) =

114 hrough the bacterial membrane increased in a sigmoidal fashion as the AMP binding increased in time,

115 nce intensity time curve that increases in a sigmoidal fashion to a steady state.

116 e fraction of the bound state increases in a sigmoidal fashion with a decrease in temperature.

117 yer interior and excluded water in a similar sigmoidal fashion.

118 and fusion pore (FP) formation in a sharply sigmoidal fashion.

119 cal reaction in a ball mill exhibits unusual sigmoidal feedback kinetics that differ dramatically fro

120 Because the lag phase in sigmoidal fibril assembly kinetics is dominated by elong

121 midpoints could be determined accurately by sigmoidal fits.

122 the other single-loop chimeras, recovered a sigmoidal fluorescence-voltage curve indicative of skele

123 ical response transitions from hyperbolic to sigmoidal for more rod-like glycocalyx elements.

124 Modeled lamellipodia exhibit sigmoidal force-velocity relationships and share the wor

125 ng transient cyclic voltammogram (CV) with a sigmoidal forward wave followed by a peak-shaped reverse

126 lular calcium, maintained the characteristic sigmoidal frequency-intensity relationship and generated

127 (20 femtomoles, 1 mL) is estimated from the sigmoidal function best fitting (R(2) = 0.989) IAW exper

128 combined with data from previous studies, a sigmoidal function describes the overall trend throughou

129 The sigmoidal function indicated relatively stable amplitude

130 auses antennae to actively move forward as a sigmoidal function of absolute airspeed values.

131 response curve that can be represented as a sigmoidal function of the odor concentration.

132 ProP activity is a sigmoidal function of the osmolality.

133 lity distributions were parametrized using a sigmoidal function to determine TVFR0.5 (the temperature

134 A sigmoidal function was fit to the data: y = 7.083/(1 + e

135 el blockage functionally acts as a composite sigmoidal function.

136 racellular acidification response asymptotic sigmoidal functions and concentration-response behavior

137 We found that sigmoidal functions before and after tetanus showed PS e

138 , potentiation can be described by a pair of sigmoidal functions matched to input/output curves; (2)

139 parameters corresponding to cell death to be sigmoidal functions of time.

140 non-exponential models: spatial 3d model and sigmoidal growth, relevant for early- and late stages of

141 ubstrate concentrations were best fit to the sigmoidal Hill equation, with a K(0.5) of 19.4 +/- 1.3 m

142 at although growth kinetics are likely to be sigmoidal in most cases, natural selection will restrict

143 the metal-ion dependence of DNA cleavage was sigmoidal in nature, and rates and levels of DNA cleavag

144 FTIR)) of 69.5 degrees C, concomitant with a sigmoidal increase in intermolecular (denatured) beta-sh

145 rownian hydrodynamics simulations, we find a sigmoidal increase of the enzymatic rate as a function o

146 herm for the POT1-quadruplex interaction was sigmoidal, indicative of a complex reaction.

147 The resulting sigmoidal kinetic curves are analyzed using the 1997 Fin

148 by mercury poisoning, temperature-dependent sigmoidal kinetic curves, and dynamic light scattering.

149 CsgA polymerizes into an amyloid fiber in a sigmoidal kinetic fashion with a distinct lag, growth, a

150 Fibril-forming mutants showed a sigmoidal kinetic profile and showed shorter lag times d

151 uch nonlinear networks (NLN) readily lead to sigmoidal kinetic profiles as a function of the relative

152 Unusual sigmoidal kinetic profiles in the Machetti-De Sarlo base

153 aintains glucose homeostasis by displaying a sigmoidal kinetic response to increasing blood glucose l

154 s in modulation from substrate inhibition to sigmoidal kinetics (k(cat) = 1.7 +/- 0.3 s(-1), K(m) = 1

155 t if two structures are assumed to grow with sigmoidal kinetics (logistic and Gompertz) the resulting

156 The dye oxidation follows sigmoidal kinetics and is reversible if the cells are ex

157 The observation that sigmoidal kinetics are observed only under single turnov

158 rial strain alone degraded phenanthrene with sigmoidal kinetics but could not degrade alkanes or the

159 The delayed development of the sigmoidal kinetics in phenol-water uptake demonstrates t

160 ther ACATs, EutT catalyzes the reaction with sigmoidal kinetics indicative of positive cooperativity

161 MtF exhibits sigmoidal kinetics of mineralization more characteristic

162 Significantly, sigmoidal kinetics of Pt(0)(n)/Al(2)O(3) catalyst format

163 hermophilus tyrosyl-tRNA synthetase displays sigmoidal kinetics similar to those observed for activat

164 ith soluble diC8 PI(4,5)P(2) as a substrate, sigmoidal kinetics were observed, suggesting the presenc

165 Intriguingly, the inactivation exhibits sigmoidal kinetics with a Hill coefficient of 2.5 and an

166 xhibited hyperbolic kinetics, BAM2 exhibited sigmoidal kinetics with a Hill coefficient of over 3.

167 In vivo phosphorylated Cyt c shows enhanced sigmoidal kinetics with COX, and half-maximal turnover i

168 D-tyrosine, the activation reaction displays sigmoidal kinetics with respect to ATP concentration und

169 In contrast, DGKA displayed sigmoidal kinetics with respect to bulk substrate concen

170 fers caffeoyl and 4-coumaroyl CoAs, exhibits sigmoidal kinetics with these substrates, and is substra

171 ow Si(OH)(4) concentrations, uptake followed sigmoidal kinetics, indicating regulation by an alloster

172 ry system has an advantage to those with non-sigmoidal kinetics.

173 aN is efficiently pumped out by AcrB, with a sigmoidal kinetics.

174 o) of non-CpG residues change in parallel as sigmoidal (logistic) functions of CpG content.

175 ron transport activity of CcO decreases in a sigmoidal manner during the first transition and this de

176 ich increases in an apparently monotonic and sigmoidal manner towards saturation.

177 (a) also varied with C6PS concentration in a sigmoidal manner, whereas amidolytic activity of unlabel

178 membrane composition but also on the pH in a sigmoidal manner.

179 alpha-helicity and do not show a cooperative sigmoidal melt with temperature, indicating that these m

180 Neither fragment exhibits a sigmoidal melting curve in the Ca(2+)-free state, sugges

181 tions, a plot of Vmax versus free Co2+ shows sigmoidal metal activation of MetAP1D, both with and wit

182 This was modeled with a 4-parameter sigmoidal model in which PFC and ACC TSPO V(T) accounted

183 h is generally achieved by fitting monotonic sigmoidal models.

184 The sigmoidal nature of the binding curve suggests that SecA

185 , peak velocity (Cd(2+), Mn(2+), Zn(2+)), or sigmoidal (Ni(2+)) rate acceleration curves.

186 ACD showed sigmoidal, non-Michaelis-Menten kinetics for actin (K(0.

187 e receptor cells is thought to obey a static sigmoidal nonlinearity, which might be expected to produ

188 nd we observe discrete nucleation events and sigmoidal nucleation and growth kinetics.

189 ge in the substrate-velocity response from a sigmoidal one seen with the native enzyme (Hill coeffici

190 betaN changes the nitrocefin kinetics into a sigmoidal one, suggested that PAbetaN inhibited the effl

191 Parametric functions, such as sigmoidal or logistic functions, have been used for such

192 hippocampus scaled with the strength of the sigmoidal pattern in spatial memory.

193 e-response curve of split luciferase shows a sigmoidal pattern which indicates cooperativity in oligo

194 formation by the synthetic complex follows a sigmoidal pattern; following a quiescent induction perio

195 one of the possible variants, yield similar sigmoidal patterns as a conformist bias would.

196 his equilibrium could be responsible for the sigmoidal pH dependence of the recovery of the dark-adap

197 a simple second order reaction and exhibit a sigmoidal profile.

198 n the exponential transfer functions and the sigmoidal pseudotransducer functions obtained in the lit

199 of syn-2 in the presence of CuCl(2) showed a sigmoidal quenching curve indicating cooperative recogni

200 rm face area, a face-space coding model with sigmoidal ramp tuning provided a better account of the d

201 ucose concentrations, thereby generating the sigmoidal rate dependence that defines kinetic cooperati

202 anism of degradation with an acid amplified, sigmoidal rate.

203 echanism that gives rise to a characteristic sigmoidal reaction profile.

204 Hb deviates from second-order kinetics, and sigmoidal reaction progress is determined by a balance b

205 reactivation of equilibrium-unfolded mAAT is sigmoidal, reactivation of the short term unfolded prote

206 rs with a time constant of 91 ms whereas the sigmoidal recovery of triggering probability lags behind

207 Proportional increases in the sigmoidal (regular) cell form corresponded with increase

208 Modelling shows that the sigmoidal relation between force and reciprocal temperat

209 hmark to evidence conformist transmission: a sigmoidal relation between individuals' probability to c

210 The sigmoidal relation between tension and reciprocal temper

211 nder ecologically plausible conditions, this sigmoidal relation can also be detected without equippin

212 A sigmoidal relationship between [Ca(2+)](i) and LTD indic

213 40 My to identify a well-defined and clearly sigmoidal relationship between atmospheric CO(2) and sea

214 In intact canines, there was a sigmoidal relationship between BOLD MR response and PetC

215 In vivo studies revealed a sigmoidal relationship between duration and coagulation

216 The steep sigmoidal relationship between in vivo Ubx concentration

217 This produces a sigmoidal relationship between Kv2.1 current density and

218 Our analyses identify a strong nonlinear sigmoidal relationship between minimum temperature and B

219 surface concentrations, however, there was a sigmoidal relationship between the initial velocity and

220 We find a steep sigmoidal relationship between the number of activated n

221 d fast Ca2+ transients, which showed a steep sigmoidal relationship to stimulus intensity.

222 le both pERK and egr1 mRNA show a saturating sigmoidal relationship to the concentration of GnRH expo

223 addition, the probability of severing has a sigmoidal relationship to the crossover dwell time, indi

224 ction, and the transport activity displays a sigmoidal relationship with the concentration of these l

225 ty amplification for competing ligands; both sigmoidal response and affinity amplification exhibit a

226 selenide phase, as manifested by a strongly sigmoidal response in optical spectroscopy and electron

227 Furthermore, the sigmoidal response in the hippocampus scaled with the st

228 A sigmoidal response kinetic analysis was used to calculat

229 Furthermore, the sigmoidal response of nitrobenzofurazan electrophiles wi

230 Here, we describe a sigmoidal response that arises primarily from membrane e

231 nd velocity scales, qualitative pulse shape, sigmoidal response to stimulation amplitude (an 'all-or-

232 d the NBD-Cys or NBD-Hcy adducts generates a sigmoidal response with a dynamic range of 3 orders of m

233 ow-scan cyclic voltammetry (LSCV) revealed a sigmoidal response with a midpoint potential of -0.17 V

234 The sigmoidal responses of the cholesterol sensors involved

235 LiLPPS is a homodimeric enzyme with a sigmoidal saturation curve and Hill coefficient of 2.7,

236 However, the sigmoidal sensitizer release was not correlated to solve

237 cromolar concentration range follow apparent sigmoidal sequential first-order kinetics, with rate con

238 Kinetics of E17betaG showed a sigmoidal shape and a mild cooperativity in Hanes-Woolf

239 c response of the bipolar cell has a similar sigmoidal shape and limiting current; however, the respo

240 t versus potential curve dependence showed a sigmoidal shape characteristic of mediated enzyme cataly

241 t its hypothetical nature and emphasizes its sigmoidal shape for reaching.

242 substrate potential features the retraceable sigmoidal shape of a quasi-steady-state voltammogram alt

243 ve P(50) values, coupled with the absence of sigmoidal shape of the O(2) equilibrium curves, was cons

244 ch were best described by a model of inverse sigmoidal shape that is initially concave.

245 a plot of Fmoc released versus time showed a sigmoidal shape.

246 was primarily valued according to a striking sigmoidal shape; its rate of change consistently present

247 rays are represented by two major regimes: a sigmoidal shaped i-v response for arrays acting as indiv

248 M KCl on each of the micro NEEs resulted in sigmoidal-shaped voltammograms which were reproducible a

249 Although the sigmoidal shifts and line broadening of intermediate exc

250 te provides an intuitive explanation for the sigmoidal shifts in levels of phosphorylated substrate.

251 (i.e. the output RR), but also implements a sigmoidal signal-response relationship.

252 on system parameters that are necessary for sigmoidal signal-response relationships and define key p

253 way to allow plasticity among hyperbolic and sigmoidal signal-response relationships.

254 The enzymatic time course is sigmoidal, signaling an activation step, prior to turnov

255 eratures (or urea concentrations) and lack a sigmoidal signature characteristic of cooperative unfold

256 kinase is a monomeric enzyme that displays a sigmoidal steady-state kinetic response toward increasin

257 t initially appears as a twisted and writhed sigmoidal structure with a temperature as high as 10 MK,

258 AnsA is positively cooperative, displaying a sigmoidal substrate dependence curve with an [S](0.5) of

259 fts the reaction kinetics from hyperbolic to sigmoidal such that COX is fully or strongly inhibited u

260 The observed sigmoidal supported-nanoparticle heterogeneous catalyst

261 ontent similar to WT and shows a cooperative sigmoidal temperature melt but with a decreased stabilit

262 ase "gated" reaction kinetics and a striking sigmoidal temperature profile that has led to a model of

263 sure of the sample (history dependence), and sigmoidal temporal behavior of the moisture-induced degr

264 s obtained with DCP-UO22+ from hyperbolic to sigmoidal, the latter characterized by Hill coefficients

265 All of the mutants display sigmoidal thermal unfolding and urea-induced unfolding c

266 ong desensitizing pulses of serotonin with a sigmoidal time course.

267 THEMATICS measures deviation from typical, sigmoidal titration behavior to identify functionally im

268 anges in the presence of urea show curved or sigmoidal titration curves suggestive of direct urea bin

269 e of the DeltaF/F versus voltage curve, from sigmoidal to bell-shaped, with a maximum at approximatel

270 shape of the substrate saturation curve from sigmoidal to essentially hyperbolic.

271 rge range of sizes, can vary from linear, to sigmoidal to hump-shaped.

272 8A11-Cy5 and DCP-UO22+ species changed from sigmoidal to hyperbolic at high concentrations of protei

273 follow different curve shapes, ranging from sigmoidal to hyperbolic, according to the relative impor

274 imodal and transforms the dose-response from sigmoidal to linear.

275 tion study of compound 12c revealed both the sigmoidal topology of the polyyn-diyl bridge and the fin

276 damage is characterized by a lag phase and a sigmoidal transition, which matches the kinetic profile

277 determined from reversible and well-defined sigmoidal transitions revealed two distinct phases refle

278 a tail-to-tail dimer, showing monomer-dimer sigmoidal transitions, or as a head-to-tail noncentrosym

279 iacetyl, acetoin, and 2-butanone) followed a sigmoidal trend described by the modified Gompertz model

280 The sigmoidal trend in the degradation curve of unfunctional

281 plex increased more slowly suggesting a more sigmoidal-type progression.

282 PAT to the binding of ATP was observed to be sigmoidal under fixed PhP concentrations, but substrate

283 ded as judged by CD and NMR, and all exhibit sigmoidal urea and thermally induced unfolding transitio

284 The sigmoidal v(0)-[S] curve with wild-type YPDC attributed

285 monolayer is confirmed by the appearance of sigmoidal voltammetric profile, characteristic behavior

286 Well-defined sigmoidal voltammograms were observed on the nanopipet e

287 ifera, both the stem and petiole had similar sigmoidal vulnerability curves but differed in pressure

288 t globular proteins exhibit a characteristic sigmoidal water adsorption isotherm at ambient condition

289 f linked d and V values that are incident to sigmoidal wave responses.

290 ignal of the LP heme can be transformed into sigmoidal waves upon the addition of substrate.

291 The Na(+)-activation kinetics was sigmoidal with a Hill coefficient of 1.9 +/- 0.1, sugges

292 The whole kinetic curve is sigmoidal with a lag phase.

293 and the reciprocal absolute temperature was sigmoidal with half-maximal tension at 9.5 degrees C.

294 The ROI-biodegradability relationship was sigmoidal with higher biodegradability associated with P

295 eakly basic drug (quinine; pK(a) = 7.95) was sigmoidal with respect to -dF/M(w) values, with a profil

296 n versus reciprocal absolute temperature was sigmoidal, with a half-maximal tension at 10-12 degrees

297 Succinate kinetics by SdcS were sigmoidal, with a K(0.5) of 9 muM and a Hill coefficient

298 dium activation of gemcitabine transport was sigmoidal, with a K0.5 of 8.5+/-0.3 mM for Na+ and a Hil

299 The pH dependence of this interaction is sigmoidal, with an apparent pK(a) for binding close to 5

300 hCT fibrillation kinetics was sigmoidal, with lag, growth, and plateau phases as shown