1 The model
was fitted to 180 data points of electron paramagnetic r
2 These
are fitted to 25 years of survey data for breeding adult
3 ARAFAC) and the resulting model ("FluorMod")
was fit to 516 EEMs measured in surface waters from the
4 th a donor attached at the substrate surface
are fit to a combined Taylor-Aris-Fickian mass transport
5 Binding profiles
are fit to a competitive surface exchange model which re
6 concentration of the varied binding partner
are fitted to a quadratic binding equation to give the a
7 The data
are fitted to a standard form of the logistic equation,
8 e dose-response curve for many receptors can
be fit to a Boltzmann or Hill equation, this property pr
9 h temperature paramagnetic behavior that can
be fit to a Brillouin function with weak low temperature
10 enables translocation time distributions to
be fit to a first-passage time distribution derived from
11 Clamp opening reactions could
be fit to a minimal three-step 'bind-open-lock' model in
12 kinetics over wide ranges of parameters can
be fit to a single exponential, with the apparent rate c
13 changing on the millisecond timescale could
be fitted to a model based on protonation-dependent chem
14 ptor concentration and the rate curves could
be fitted to a second order rate equation.
15 r the common situation in which a risk model
is fitted to a data set with and without the new, candid
16 The time-resolved dissociation
is fitted to a one-component exponential decay model, fr
17 hylcoumarin (Z-GPR-AMC) substrate hydrolysis
was fit to a computational model of enzyme kinetics.
18 The frequency of PMGF
was fit to a double exponential decay model selected by
19 Signal intensity buildup
was fit to a recursive model that regionally solves for
20 This response
was fit to a simple surface diffusion model, which yield
21 Each luminescence image
was fit to a three-dipole emission model to generate fit
22 Anthocyanin degradation
was fitted to a first-order model.
23 The small animal PET scanner
was fitted to a mechanical device that raised and tilted
24 The distribution of dimer on-times
was fitted to a monoexponential to extract dimer off-rat
25 nce liquid chromatography-mass spectrometry,
were fit to a 7-compartment model.
26 The data
were fit to a four-phase equilibrium partitioning model
27 Elution data
were fit to a Higuchi model, and the diffusion constant
28 The scores
were fit to a linear mixed-effects model with intercepts
29 Data
were fit to a modified Hill equation for each individual
30 size distributions prepared from these data
were fit to a new model that accurately describes the di
31 Scattering curves
were fit to a thermodynamically curated library of assem
32 IR and CD temperature variations
were fit to a two-state model that yielded lower T(m) va
33 itration data for the protein immobilization
were fitted to a 1:1 Langmuir-type model, yielding K(LM)
34 Generalised linear regression models
were fitted to a dataset of the locations of yellow feve
35 Experimental data
were fitted to a kinetic model considering both the oxyg
36 Pharmacokinetic studies
were fitted to a linear, 2-compartment model in which do
37 e extended Glasgow outcome scale at 6 months
were fitted to a multivariate model by ordinal regressio
38 Results of dielectric spectroscopy
were fitted to a pair of nine-state models that accounte
39 The experimental data obtained
were fitted to a second-order polynomial equation using
40 Experimental results
were fitted to a second-order polynomial model where reg
41 Individual model parameters
were fitted to a series (n= 12) of planar gamma-camera a
42 with optically pure MA samples, and the data
were fitted to a simultaneous 1:1 and 2:1 binding model,
43 Energy contours for both lectin-sugar bonds
were fitted to a two-barrier model, suggesting a conform
44 A psychometric function
was fitted to accuracy data for each individual revealin
45 nitrobenzofurazan electrophiles with H2S can
be fit to accurately quantify H2S.
46 case reports from Uganda, and the cost model
was fitted to administrative data from the Ugandan Expan
47 The model
is fitted to age-stratified data from 23 sites in Africa
48 tates, and how time series regression models
are fitted to all points of acceptable quality to establ
49 A Tweedie (compound Poisson) model
was fitted to allow for zero inflation and overdispersio
50 While the equilibrium phase diagram can
be fit to an analytical theory, a more advanced model is
51 two-step crystallisation profile that could
be fitted to an exponential-Gompertz equation.
52 versible" and "quasi-reversible" models have
been fitted to an extensive series of a.c. voltammetric
53 hen the entire rabbit dose-response data set
was fitted to an exponential dose-response (EDR) model.
54 of (99m)Tc concentration in solution vs time
were fitted to an analytic function that accounts for bo
55 The impedance data
were fitted to an equivalent circuit consisting of a ser
56 Linear mixed-effects models
were fit to analyze the effect of florbetapir SUVr on st
57 Multilevel mixed-effects regression models
were fitted to analyze change in outcomes over time.
58 thin heterogeneous cellular environments can
be fit to anomalous diffusion models with adjustable ano
59 Data
were fitted to appropriate models and prediction equatio
60 A Cox regression model
was fitted to ascertain the all-cause mortality risk ass
61 Conditional logistic regression
was fit to assess the effect of asthma status on the ris
62 Model data
were fit to assess questionnaire dimensionality, to esti
63 Cox proportional hazards models
were fit to assess the independent prognostic value and
64 Regression models
were fit to assess the predictive value of wCST-LL and c
65 Mixed models
were fit to assess trends in outcomes after adjustment f
66 Regression models
were fitted to assess association between residing in fo
67 Cox proportional hazards models
were fitted to assess associations of asthma history wit
68 Multivariable-adjusted regression models
were fitted to assess associations of measures of religi
69 Linear mixed-effects models
were fitted to assess relationships between AAP exposure
70 Mixed-effect Cox models
were fitted to assess survival following lung transplant
71 e of standard clinical variables) Cox models
were fitted to assess time to cancer progression, define
72 Cox models
were fitted to associate HDP with incident cardiovascula
73 The model
was fitted to available data on disease incidence and al
74 s ordinary differential equation model could
be fit to both inflammatory and physiologic data in the
75 The NBMM is very flexible and can
be fitted to both unreplicated and replicated time cours
76 mixed models adjusted for age, sex, and race
were fit to calculate county-specific risk-standardized
77 Cox proportional hazards models
were fitted to calculate hazard ratios for associations
78 Multiple logistic regression models
were fitted to calculate odds ratios and 95% confidence
79 stratum, a multivariable mixed-effects model
was fit to characterize associations between observation
80 Multivariable logistic regression models
were fit to compare performance metrics in the DM versus
81 random-effects and nonproportional hazards)
were fitted to compare overall survival of patients who
82 ar mixed-effects models with quadratic terms
were fitted to compare TRT of nerve-crushed and control
83 The displacement field
was fit to continuous and differentiable analytical func
84 ity as observed in the visual cortex and can
be fit to data from many cortical areas, uncovering the
85 This speed allows GDDMs to
be fit to data using maximum likelihood on the full resp
86 ation, without requiring model parameters to
be fitted to data.
87 t first fully characterized, prior to models
being fit to data.
88 activity in which a reaction-diffusion model
is fit to data on (18)O removal from inorganic carbon.
89 If the model
is fit to data with the lowest number of cells and is us
90 is transmission model among FSWs and clients
was fitted to data from Yunnan Province (FSW syphilis pr
91 Mathematical models
were fit to data collected between 1990 and the start of
92 eralization criterion method: the parameters
were fit to data from one set of time intervals, and the
93 Mathematical transmission models
were fit to data that compared the pattern of confirmed
94 Our model
is fitted to density-functional theory plus many-body di
95 A linear regression model
was fitted to derive independent correlates of ATI week
96 ith a second-degree polynomial term, a model
was fit to describe the relationship between locus-speci
97 Multivariable Cox regression models
were fit to determine risk factors for ESKD and death.
98 Multinomial logistic regression models
were fit to determine the association between OSA severi
99 Cox proportional hazards models
were fit to determine the association of tumor size and
100 Logistic regression models
were fit to determine the associations between BRCA stat
101 ing weight-adjusted multivariate regressions
were fitted to determine predictors of screening among m
102 Cox proportional hazards models
were fitted to determine the association between BB inta
103 Logistic regression models
were fitted to determine the association with subsequent
104 Poisson regression models
were fitted to determine the effect of iron status on th
105 Cox proportional hazards models
were fitted to determine the independent association of
106 Association models can
be fitted to different subsets of variants in a locus an
107 tu measurements in two lakes, kinetic models
were fit to DO microprofiles using zero-order and first-
108 A Michaelis-Menten function
was fit to each cell's contrast responses to assess cont
109 munity acquisition, a transmission intensity
was fit to each household based on neighborhood age-depe
110 Gamma distribution parameters
were fit to each inter-spindle interval distribution, an
111 ented linear and exponential decay functions
were fit to each RNFL-versus-time series to determine th
112 The devices
were fitted to each participant and used during testing
113 two-compartment, open-pharmacokinetic model
were fitted to each subject's daptomycin concentration-t
114 The cost function
was fitted to economic cost data collected as part of a
115 These
were fit to either single- or double-exponential functio
116 ntal data obtained during the drying process
were fitted to eleven different mathematical models.
117 Logistic regression
was fitted to establish the relationship between cluster
118 An ecosystem model
was fit to estimate effects of phosphorus (P) load, plan
119 ate of accommodation, a random effects model
was fitted to estimate differences between healthy eyes
120 A multivariate logistic regression model
was fitted to estimate relationships between patient cha
121 A Cox regression model
was fitted to estimate the association between procedure
122 A Bayesian hierarchical model
was fitted to estimate the false-negative rate by day si
123 Cox proportional hazard models
were fit to estimate hazard ratios (HRs) describing the
124 Population pharmacokinetic models
were fit to estimate steady-state concentrations and cre
125 Linear mixed models
were fit to estimate the associations between urinary co
126 Multiple linear regression models
were fit to estimate the DAP-IQ associations and PON1 in
127 Logistic regression models
were fit to estimate the relationship between patients'
128 Multiple regression models
were fitted to estimate genetic effects on loge(CAC+1) a
129 Multivariate Poisson regression models
were fitted to estimate incidence rate ratios (IRRs).
130 Logistic regression models
were fitted to estimate odds ratios with confidence inte
131 Cox multivariate models
were fitted to estimate the effect of donor CMV serologi
132 ses were performed, and multivariable models
were fitted to estimate the independent effect of each f
133 Penalized maximum logistic regression models
were fitted to estimate the likelihood of neurologic rec
134 Logistic regression models
were fit to evaluate associations between patient charac
135 HEU, multivariable Poisson regression models
were fit to evaluate associations of maternal HIV factor
136 Weighted Cox proportional hazards models
were fit to evaluate the association between scoring met
137 nd tooth-specific logistic regression models
were fit to evaluate the association between smoking and
138 Cox proportional hazards models
were fit to evaluate the association of statin use with
139 HEU, multivariable Poisson regression models
were fitted to evaluate associations of maternal HIV fac
140 Linear mixed models with random intercept
were fitted to evaluate test-retest differences in multi
141 Multiple linear regression models
were fitted to evaluate the association among different
142 riable logistic and linear regression models
were fitted to evaluate the association between dietary
143 Multivariable mixed-effects Cox models
were fitted to evaluate the influence of depression on a
144 Cox regression models
were fitted to evaluate the prognostic value of T-cell a
145 ultivariable Cox proportional hazards models
were fitted to evaluate the risk of NODAT as a function
146 Multivariable linear regression models
were fit to examine chemical-BCG associations among appr
147 Mixed-effects regression models
were fit to examine demographic predictors of paraben co
148 estimating equation linear regression models
were fit to examine hemoglobin increments after RBC tran
149 omial logistic and Poisson regression models
were fit to examine the associations between SNAP partic
150 Mixed Poisson regression models
were fitted to examine associations with neighbourhood d
151 Multivariable logistic models
were fitted to examine the effects of pain management an
152 competing risks proportional hazards models
were fitted to examine the relation of age at natural me
153 The model
is fit to experimental data for young and old mice infec
154 An IKs computational model
was fit to experimental data for each mutation, and the
155 The model
was fit to experimental measurements of Aktp308, total A
156 The values for the parameters of the model
were fit to experimental data for the wild-type organism
157 electric continuum models, and no parameters
were fit to experimental data.
158 rfaces, K(min/air), at 60% relative humidity
were fitted to experimental data and extrapolated to oth
159 ergy budget applied to toxicity data) models
were fitted to experimental data.
160 tional models incorporating SMP complexation
were fitted to experimental results.
161 Repeated measures logistic regression models
were fitted to explore the association between REM sleep
162 Remarkably, we show that the CBEM can
be fit to extracellular spike train data and then used t
163 The degradation reaction results
were fitted to first-order kinetic equations with respec
164 The LNL isotherm model
is fit to four data sets composed of various chemicals s
165 Those models
were fitted to four data sets and compared using a Bayes
166 Subsequently, OM with fixed K(A) and E(MAX)
is fitted to functional response data to obtain tau.
167 In classical pharmacology, bioassay data
are fit to general equations (e.g. the dose response equ
168 ical receiver operating characteristic curve
was fitted to generate summary estimates of sensitivity
169 toire as input to a detector function, which
is fit to give the correct diagnosis for each patient us
170 Linear mixed-effects models
were fitted to global and quadrant thicknesses, taking i
171 n ecology, where flexible, non-linear models
are fitted to high-dimensional data.
172 When the complex model
was fit to HIV prevalence data, large differences in the
173 A multivariable logistic regression model
was fit to identify predictors of readmissions.
174 Multivariable Poisson models
were fit to identify factors associated with incident hy
175 Cox proportional hazards models
were fit to identify whether size measurements increased
176 Random-effects regression models
were fitted to identify predictors of outcome and differ
177 ts are obtained for real data when the model
is fitted to imaging data on Cry1, a key gene involved i
178 The model
is fit to in vivo basilar membrane motion with one free
179 Cox proportional hazards models
were fitted to investigate factors associated with tuber
180 Longitudinal regression models
were fitted to investigate the independent effects of ch
181 Multilevel logistic regression models
were fitted to investigate the relationship between comm
182 Smoothing spline curves
were fitted to investigate the relationship between func
183 Models including both SNPs
were fitted to investigate whether the SNP effects were
184 s curves for the appearance of intermediates
were fit to kinetic models.
185 The Upstream module outputs
were fitted to kinetic data on cGMP activity and early m
186 Data
were fitted to logistic models to derive instantaneous g
187 Conditional logistic regression models
were fitted to longitudinally explore the association be
188 Cox proportional hazard models
were fit to MCCV training samples using Elastic-Net.
189 Mono- or biexponential functions
were fitted to measured data in 54 kidneys, 25 livers, 2
190 yme in the presence of 0-10 mM NaF, and data
were fit to Michaelis-Menten curves.
191 and an exponential random graph model (ERGM)
was fitted to model the network.
192 ne side chains in free and HAP-adsorbed SN15
are fitted to models where the side chains are assumed t
193 e exhibited extreme curvature that could not
be fit to models for one- or multiple-proton transfers i
194 The scattering data
were fitted to models, which took into account the atomi
195 A series of harmonic functions
is fitted to Moderate Resolution Imaging Spectroradiomet
196 Extrinsic fluorescence data
were fitted to modified Scatchard model yielding the fol
197 tions with realistic biophysical models that
were fit to new and previously published single molecule
198 Inverse gaussian distributions
were fitted to observed annual rates of relapse and rein
199 onal, extra-axonal, and free water diffusion
was fitted to obtain estimates of axon diameter and dens
200 Modified Poisson regression models
were fit to obtain relative risks (RRs) for associations
201 infrared measurements obtained at pH 5 and 7
were fitted to obtain spectra of kinetic intermediates,
202 e effects of all 12 mixture treatments could
be fitted to one sigmoidal exposure-response relationshi
203 ing for two-state and three-state mechanisms
were fitted to our previously reported simultaneous real
204 The current traces
were fitted to parametrized master equations.
205 listic model of transcription dynamics which
is fitted to pol-II occupancy time course data measured
206 Linear regression models
were fitted to population-based data on hospitalizations
207 ompletion of preventive therapy (or placebo)
was fitted to posttherapy tuberculosis rates to estimate
208 A Cox proportional hazards model
was fit to predict death after CABG surgery using prepro
209 A Cox proportional hazards model
was fit to predict death after PCI using the derivation
210 A logistic regression model
was fit to predict the probability of receiving an off-p
211 ed encounters, time-series regression models
were fitted to predict the number of unspecified gastroe
212 Model parameters governing wall tension
are fit to pressure and diameter data from porcine retin
213 Simulations
were fitted to previously published experimental data of
214 The model
was fitted to published datasets collected in an endemic
215 otal oxidation (TOTOX) of encapsulated SDASO
were fitted to quadratic models.
216 Custom-made hydrogel contact lenses
were fitted to rats after incubation in P. aeruginosa ap
217 and test predictive kinetic schemes that can
be fit to real transcription elongation data.
218 r properties and behavior, and a model often
is fitted to represent an ideal average.
219 A linear segmented regression model
was fit to serial viral load (VL) measurements to charac
220 Data
were fitted to sigmoid E(max) models to obtain 24 hour-a
221 on, biophysically based computational models
are fitted to simulate experimentally recorded phenotype
222 A multi-state Markov (MSM) model
was fit to simultaneously assess the ox-LDL relationship
223 The model
was fitted to six population-based survey data collected
224 ated by means of deconvolution and the model
was fitted to six region-of-interest curves.
225 ass index-adjusted) linear regression models
were fitted to study the association between KTR and BMD
226 Regression models
were fit to summary measurements, and changes were model
227 Bayesian regression models
were fitted to survival outcomes and electrocardiograph
228 Linear regression models
were fitted to test for a linear trend across quartiles
229 the specific and nonspecific binding events
are fit to the apparent binding constants obtained from
230 n method in which finite element simulations
are fitted to the experimental results.
231 ficant because all leaflet constitutive laws
are fitted to the same set of experimental data.
232 ent CO2 and H2O adsorption experimental data
are fitted to the Toth and Guggenheim-Anderson-de Boer m
233 nalysis yields analytical functions that can
be fitted to the experimental data to recover the phenom
234 The modeled [Cu2+] could
be fitted to the experimental values better after the co
235 In both environments, the kinetics can
be fitted to the functional form exp[-(t/tau)(beta)].
236 hione; Cu(I)-cysteine; and, Cu(II)-histidine
being fitted to the sample spectra.
237 methods when the model scattering intensity
is fitted to the experimental data.
238 A drift diffusion model
was fit to the behavioral data to extract estimates of s
239 A mathematical model
was fit to the data to identify drug interactions for ef
240 otal vitamin D intake (diet and supplements)
was fit to the data.
241 A linear mixed model
was fit to the data.
242 ys and a high-dimensional mathematical model
was fit to the data.
243 Then, a NLME model
was fit to the drug response data, with the estimated ra
244 The Kaplan-Meier estimate of 2-year survival
was fit to the exponential distribution and used to calc
245 A triexponential function
was fit to the gamma-counter blood data and used to esti
246 Probability density function
was fit to the joint distribution by using principle com
247 An action-value learning algorithm
was fit to the observed behavior, then used within funct
248 A suite of inactivation kinetic models
was fit to the viral inactivation data.
249 l of motor adaptation with multiple memories
was fitted to the behavioral data to generate time-varyi
250 using a generalized linear mixed model that
was fitted to the binary outcome of cocaine-positive scr
251 The model
was fitted to the concentrations of amitriptyline in pla
252 in frequency, a Poisson mixed effects model
was fitted to the count of number of yawn and simple mou
253 An additive inhibitory Emax model
was fitted to the data on bacterial population growth in
254 egative binomial log linear regression model
was fitted to the data to investigate length of stay ove
255 A formal exemplar model
was fitted to the data to track the changes in parameter
256 A 2-parameter sigmoid fit
was fitted to the data, and a significant correlation be
257 A multilevel negative binomial model
was fitted to the data, which showed that the winter sea
258 child dyads, a stochastic transmission model
was fitted to the data.
259 ed, and a final model with two rating scales
was fitted to the data.
260 %) The dissipation of the fungicide residues
was fitted to the experimental data assuming pseudo firs
261 Elevation of the second measurement
was fitted to the first measurement by calculating using
262 A cosine curve
was fitted to the IOP data and the stability of individu
263 ples were collected consecutively and a line
was fitted to the measured concentrations.
264 mployed to construct a scattering model that
was fitted to the measured intensity distributions to es
265 A 2-tissue-compartment model
was fitted to the PET data, using metabolite-corrected p
266 A logistic power peak function
was fitted to the single-tumor size histogram, with the
267 The model
was fitted to the test results for the rates of dissolut
268 luxes in the soil and sediments model (DIFS)
was fitted to the time series of DGT deployments (1-240
269 A sigmoid curve
was fitted to the transition zone between layer VI and u
270 Cumulative Gaussian curves
were fit to the data, first assuming a 5% false-negative
271 Elastic and reduced relaxation functions
were fit to the data, from which a QLV model was assembl
272 ized additive models with thin-plate splines
were fit to the data.
273 rdial contrast echocardiography kinetic data
were fit to the equation y=A(1-e(-betat)) to quantify fu
274 , and acetone and by varying the temperature
were fit to the kinetic model corresponding to the propo
275 odels, Lyman, Logistic, Weibull and Poisson,
were fit to the population data.
276 quares discriminant analysis (PLS-DA) models
were fitted to the data to classify lamb meat and fat sa
277 Catalytic models
were fitted to the data using Bayesian methods, incorpor
278 for the interval censoring in some exposures
were fitted to the data.
279 sag model to account for the spatial effects
were fitted to the data.
280 reundlich, and Langmuir-Freundlich isotherms
were fitted to the epitope sorption data.
281 Transport parameters
were fitted to the experimental data using a one-dimensi
282 The model parameters
were fitted to the extensive matrix of steady-state data
283 The experimental data obtained
were fitted to the model with 14 elementary linked react
284 Accordingly, quadratic second-order models
were fitted to the SD and tensile strength responses; wh
285 worldwide, plant level CO2 emission factors
were fitted to the selected predictors by a multiple lin
286 model, Ogden model and Mooney-Rivlin model)
were fitted to the stress-strain curves obtained in the
287 Log-logistic models
were fitted to the survival distributions in the SQUIRE
288 Exponential curves
were fitted to the time-activity-data, and time and mass
289 l (BP(ND)), and 1- and 2-site binding curves
were fitted to these data to measure (11)C-LY2795050 bin
290 Coordinate data (x,y) of shapes
were fit to third-order polynomials for two sessions, si
291 A nonlinear regression model
was fit to total vitamin D intake and postintervention s
292 nd structures and the length of BNNTs, could
be fitted to two growth modes, and the open-end growth m
293 The models
were fit to two data sets for which the true initial tar
294 Accordingly, spectra
were fit to two log-normal distributions.
295 Simulations
were fit to two measures of release, evoked by flash-pho
296 patients with submucosal adenocarcinoma who
are fit to undergo the procedure.
297 Crossed hierarchical regression models
were fit to understand case-mixed adjusted variation in
298 ct of Assam tea extract (ATE) and whether it
is fit to utilise ATE by fortification in rice bran brea
299 The model
is fit to viral load data from eight (donor) monkeys inf
300 The model
was fitted to workforce HIV prevalence and separation da