1 ctionations for several tin-bearing crystals
are calculated from (
119)Sn spectra.
2 g CnClm specific response factors (RFs) that
are calculated from 17 SCCP chain-length standards with
3 Global cognitive composite scores
were calculated from 17 neuropsychological tests.
4 GC scores
were calculated from 188 patients with pT3 or margin-pos
5 bility coefficients of ONHSD, ALCSD, and PTT
were calculated from 2 baseline measurements of the glau
6 aveler adherence to malaria chemoprophylaxis
were calculated from 2 perspectives: the healthcare paye
7 dences of CAAP, NA-LRI and CXR examinations\
were calculated from 2004 to 2017.
8 Centrality metrics
were calculated from 2016 Medicare data and compared to
9 Cumulative energy surplus
was calculated from 24EE, daily physical activity, and d
10 Apparent diffusion coefficients (ADCs)
were calculated from 3He (b=1.6 sec/cm2) and 129Xe (b=12
11 The limits of detection and quantification
were calculated from 3s to 10s criterions as 0.21mgl(-1)
12 Chronic EC loss
was calculated from 6 months postoperatively to the end
13 Standardized uptake value ratio images
were calculated from 80-100 minute (18)F-AV-1451 (also k
14 A weighted GRS
was calculated from 83 SNPs that were previously associa
15 rage duration of sunshine per day (in hours)
were calculated from 86 representative meteorological st
16 ir reliance on distance distributions, which
are calculated from a primary refocused echo decay signa
17 length of torsionally unconstrained DNA can
be calculated from a hybrid model that accounts for the
18 lation exponent (M)--allows an entire CRC to
be calculated from a measurement of either efficacy or a
19 xperimental compilations, whereas the second
is calculated from a "modified Slater theory", in which
20 couple, while the environmental contribution
is calculated from a crystal structure of the protein us
21 The simplicity of the PDSI, which
is calculated from a simple water-balance model forced b
22 The uncertainty of the contributions
is calculated from a survey analysis resampling method,
23 imated dietary intake of nitrate and nitrite
was calculated from a 24-h diet recall study as well as
24 The mean fluorescence lifetime, taum,
was calculated from a 3-exponential approximation of the
25 LV stiffness
was calculated from a curve fit of the diastolic portion
26 euros per quality-adjusted life-year (QALY),
was calculated from a Dutch societal perspective, with a
27 end-expiratory pressure)x[(100-gain)/gain],
was calculated from a grid at the bedside.
28 ring an average lifespan, the entropy, which
was calculated from a population of individuals, increas
29 FLI
was calculated from a previously developed algorithm whi
30 All the medical costs
were calculated from a Chinese societal perspective.
31 Dietary patterns
were calculated from a food-frequency questionnaire admi
32 cardiovascular mortality, according to age,
were calculated from a meta-analysis of cohorts.
33 (ORs) and 95% confidence intervals (95% CIs)
were calculated from a mixed effects logistic regression
34 ncremental cost-effectiveness ratios (ICERs)
were calculated from a US payer perspective.
35 Fractional ventilation (FV)
was calculated from acquired data in normal inspiration
36 System sensitivity
was calculated from acquisitions of an (18)F line source
37 MAR, lower ED), regardless of whether costs
were calculated from actual expenditure or on the basis
38 diet; apparent digestibility of fat (ADfat)
was calculated from ADDM and fecal fat.
39 Apparent digestibility of energy (ADE)
was calculated from ADDM and the GE of feces and diet; a
40 Radiation effective dose
was calculated from administered and residual activities
41 000 to 2013, the ADHERE and GWTG risk scores
were calculated from admission data.
42 Daily pSOFA scores
were calculated from admission until day 28 of hospitali
43 Costs
were calculated from admission-level charge data using h
44 YLLs
were calculated from age-sex-country-time-specific estim
45 Hospital episode rates
were calculated from all admissions divided by annual an
46 tructions with unprecedented resolutions may
be calculated from almost two orders of magnitude fewer
47 obtained by analysis of composite samples or
are calculated from analytical data.
48 Assuming the models they
are calculated from are well fitted to the map, Q-scores
49 Circularity index
was calculated from area and perimeter.
50 Cortical volume
was calculated from arterial phase and total volume from
51 lanted between 2000 and 2015, tacrolimus IPV
was calculated from at least 5 tacrolimus trough samples
52 Recall rates
were calculated from audit data.
53 FRAX probabilities
were calculated from baseline information (age, sex, cli
54 contribution in humans; (c) SAN features can
be calculated from beat-intervals obtained in-vivo, with
55 ne/water partition coefficient, D, at pH 7.4
was calculated from binding plots and compared with dire
56 Survival
was calculated from birth and death dates; children livi
57 Exposure
was calculated from birth to death (or end of eligibilit
58 Average daily gain
was calculated from birth to week 14 of the growth trial
59 Concentration biomarkers can
be calculated from blood specimens obtained in large epi
60 ere established, and the surface sensitivity
was calculated from bulk sensitivity and penetration dep
61 roliferation fraction, and cell cycle period
were calculated from cell counts over 96 hours.
62 Accelerated brain aging
was calculated from changes in brain age gap between two
63 Volumes
were calculated from circumference measurements.
64 (ICERs, in USD per year of life saved [YLS])
were calculated from combined (maternal + infant) discou
65 tions of (18)F-FDG (E*) and (3)H-glucose (E)
were calculated from concentrations in blood, and the LC
66 Changes in dairy consumption
were calculated from consecutive quadrennial FFQs.
67 (Hedges' g) between LLD and control subjects
were calculated from crude or adjusted brain volumes usi
68 Fractional absorption
was calculated from d3- to d6-alpha-T areas under the cu
69 The FRAX score
was calculated from data derived from an algorithmic ele
70 and the presence or absence of hypertension,
were calculated from data in a new meta-analysis of 107
71 Benefits
were calculated from data on nearly 25,000 captures of B
72 Person-years of follow up
were calculated from date of entry into the SCCS until d
73 ve parameters of metastatic and normal nodes
were calculated from DCE-MRI (v(e), v(p), PS, F(p), K(tr
74 Jacobian determinants
were calculated from deformation fields and represented
75 tial molar volumes at infinite dilution have
been calculated from density measurements for monosaccha
76 imates of net PBDE assimilation efficiencies
were calculated from dietary exposures of juvenile Chino
77 of data, use different monetary references,
are calculated from different perspectives, and are diff
78 Fractional anisotropy
was calculated from diffusion tensor imaging as a measur
79 mined, and marginal bone loss (MBL) measures
were calculated from digitalized standardized intraoral
80 device, the pH on the total scale (pHT) can
be calculated from direct measurements of the absorbance
81 Revenue
was calculated from direct visit billing, CPT (Current P
82 Rotational axes in orbital coordinates
were calculated from displacements of lens centers and g
83 ng aorta (DAenh), and whole-lung PBV (WLenh)
was calculated from dual-energy CT pulmonary angiography
84 Their mean TBS
was calculated from dual-energy X-ray absorptiometry ima
85 K(i) and the apparent volume of distribution
were calculated from dynamic (18)F-FDG PET/CT scans usin
86 indirect measure of sympathetic innervation)
were calculated from dynamic PET scans at the location o
87 od flow and oxygen extraction fraction (OEF)
were calculated from dynamic PET scans at the location o
88 ion Stokes radii allows ion dissociation to
be calculated from easily measured density, viscosity, a
89 Instantaneous LV volumes
were calculated from echocardiographic LV end-diastolic
90 Brain coherence markers (BCM)
were calculated from EEG signals using a novel approach
91 d when randomness in the material properties
is calculated from empirical data, there is a large leve
92 Vessel density
was calculated from en face OCTA of the parafoveal and p
93 the percentage area occupied by flow pixels,
was calculated from en face OCTA.
94 Iron absorption
was calculated from erythrocyte incorporation of stable
95 Cost of health loss
was calculated from estimates of the value of a disabili
96 PRS
were calculated from European, African American, and Ash
97 in of the enzyme Pin1, multistate structures
were calculated from exact nuclear Overhauser effect (eN
98 nction and to the way that specific loudness
was calculated from excitation level.
99 Total body iron (TBI) that
is calculated from ferritin and soluble transferrin rece
100 Flavonoid intake
was calculated from FFQs using the Phenol-Explorer datab
101 Standardized uptake value ratio (SUVr)
was calculated from florbetapir PET images for composite
102 rent bimolecular quenching constants (kqApp)
were calculated from fluorescence spectra.
103 ctual accumulation rate of (18)F-florbetapir
was calculated from follow-up data.
104 Dietary intake of multiple nutrients
was calculated from food frequency questionnaires.
105 an-3-ols, flavonols, flavones, and polymers)
was calculated from food-frequency questionnaires at eac
106 Folate and vitamin B-12 intakes
were calculated from food-frequency questionnaires (FFQs
107 Total flavonoid and subclass intakes
were calculated from food-frequency questionnaires colle
108 Mediterranean and DASH diet scores
were calculated from food-frequency questionnaires.
109 udied and forearm vascular conductance (FVC)
was calculated from forearm blood flow (measured via ven
110 Polygenic risk for ADHD and ASD
was calculated from genome-wide association studies of A
111 etry, and dinucleotide free energy) that can
be calculated from genomic sequences alone has performan
112 A combined obesity risk-allele score
was calculated from genotypes at 16 variants identified
113 cell mass (fasting C-peptide: glucose ratio)
were calculated, from glucose, insulin, and c-peptide va
114 enerally perform better when ingestion rates
are calculated from growth rates rather than vice versa.
115 Total activation time (TAT)
was calculated from &
gt;100 contact mapping electrodes.
116 Body mass index
was calculated from height and weight at intensive care
117 A 7-food group dietary diversity score (DDS)
was calculated from home foods only, and a DDS >/=4 cons
118 Bead displacements
were calculated from images and G was computed as the ra
119 ion limit of about 25 micromol/L of Tm-DOTMA
was calculated from in vitro MR measurements.
120 Overall readmission rate
was calculated from individual study estimates using a r
121 sense CAD heritability conferred by the GRNs
was calculated from individual-level genotype data from
122 ity score and cardiovascular morbidity score
were calculated from International Classification of Dis
123 aks are too low to allow the charge state to
be calculated from isotopic spacings, which is the basis
124 Mean T1rho values
were calculated from liver regions of interest.
125 Pixel-specific masses and volumes
were calculated from low- and high-energy attenuation va
126 RM activity concentrations
were calculated from manual delineation of the lumbar ve
127 Aortic strain
was calculated from maximum and minimum aortic area meas
128 BMI
was calculated from measured height and weight.
129 Loadings
were calculated from measured concentrations for three m
130 specific isentropic compressibilities, ASIC,
were calculated from measured density, rho and speed of
131 Prevalence of preterm-SGA infants
was calculated from meta-analyses.
132 Widths of tissue bridges
were calculated from midsagittal T2-weighted images and
133 ies from potential of mean force estimations
were calculated from molecular dynamics (MD) simulations
134 tomated segmentation, fractional ventilation
was calculated from MRI signal intensity (FV(SI)) and vo
135 ges and least square geometric means (LSGMs)
were calculated from multivariate regression models.
136 t [ED] visits, hospitalizations, and deaths)
were calculated from national data for 2001 to 2010 for
137 Temporal macular thinning
was calculated from OCT measurements by comparing the ra
138 Insulin kinetics
were calculated from oral glucose tolerance tests.
139 uring the operation, the percentage of acini
was calculated from pancreatic transection line frozen s
140 ody mass index SD scores and waist SD scores
were calculated from parent-reported anthropometric data
141 Cell-cell statistical distances
are calculated from pathway mRNA fold changes between tw
142 PREMM(5) scores
were calculated from personal/family cancer history.
143 Standardized uptake value ratios (SUVRs)
were calculated from PET scans and a mean global cortica
144 DeltaI/DeltaG x MI and DeltaISR/DeltaG x MI)
were calculated from plasma glucose, insulin, and C-pept
145 Pharmacokinetic parameters
were calculated from plasma tracer concentrations and en
146 Incidence
was calculated from population census data and causes of
147 The extracellular volume (ECV)
was calculated from pre- and post-contrast T1 values and
148 ECV
was calculated from pre- and post-gadolinium contrast T1
149 ECV
was calculated from pre- and post-gadolinium T1 measurem
150 materials with any target function that can
be calculated from predicted crystal structures, such as
151 Whole body MTV and TLG
was calculated from preoperative 18F-FDG PET/CT scans an
152 e reference index, maximal elastance (Emax),
was calculated from pressure-volume loop data obtained d
153 Donor kidney volume
was calculated from pretransplantation computed tomograp
154 Features
were calculated from pretreatment and weekly intra-treat
155 xtracted whenever available; otherwise, they
were calculated from raw data.
156 cross sections (MAC) and refractive indices
were calculated from real-time cavity ring-down photoaco
157 The DII
was calculated from repeated 24-h dietary records; highe
158 n-3 PUFAs, n-6 PUFAs, and the n-3:n-6 ratio
were calculated from repeated food-frequency questionnai
159 of GWG (0-17, 17-27, and 27 wk to delivery)
were calculated from repeated weight measures.
160 travoxel incoherent motion (IVIM) parameters
were calculated from resulting volumes.
161 The fate factor
was calculated from seasonal water balances of the wetla
162 The DII
was calculated from self-reported data by using a valida
163 Jacobian determinant atrophy rates
were calculated from serial volumetric T1 scans as a mea
164 Total-body iron stores (TBI), which
are calculated from serum ferritin and soluble transferr
165 ar filtration rate (eGFR) (ml/min/1.73 m(2))
was calculated from serum creatinine.
166 study introduced CardShock risk score, which
is calculated from seven clinical variables at baseline,
167 Effective donor positions
were calculated from simulated-annealing constrained by
168 rates of ATP generation by each pathway can
be calculated from simultaneous measurements of extracel
169 Order parameters (S(2))
were calculated from single-conformer and multiconformer
170 on the T-box mechanism, a molecular envelope
was calculated from small angle X-ray scattering data fo
171 The molecular weight of the complex
was calculated from small-angle X-ray scattering data an
172 Tumor radioactivity concentrations
were calculated from SPECT acquisitions at multiple time
173 The 10-year risk of all-cause mortality
was calculated from standardized Kaplan-Meier survival c
174 Effect sizes
were calculated from statistical tests that could be con
175 A comprehensive range of graph metrics
was calculated from structural connectivity measures for
176 lygenic risk scores (PRSs) for schizophrenia
were calculated from summary statistics and tested for a
177 Polygenic risk scores
were calculated from summary statistics from the current
178 The mean number of hours of patching per day
was calculated from surgery to the first birthday (n = 9
179 The observation time
was calculated from surgery until a confirmed VGI or the
180 DynEq-CMR-derived ECV
was calculated from T1 measurements made using a modifie
181 SCG aggregates length (versus concentration)
are calculated from the measured viscosity of the medium
182 al position-dependent diffusion coefficients
are calculated from the molecular dynamics trajectories.
183 and the contributions of fuels to acetyl-CoA
are calculated from the uptake of the acetate tracer and
184 the size of these emulsion droplets can also
be calculated from the electrochemical collision.
185 The latter can
be calculated from the multiple sequence alignments gene
186 rane potential and pH gradient components to
be calculated from the oxidation state of the hemes meas
187 protein leaves the bead for the solution can
be calculated from the rate at which the levitation heig
188 er randomly dictates how a single bit should
be calculated from the sequence.
189 ing wherein the rate constants employed have
been calculated from the quantum chemical data.
190 nd expressed as percentages, the final grade
being calculated from the analysis of ten power fields p
191 The capillary blood volume in the eluate
is calculated from the concentrations of the inorganic b
192 cal standardized uptake value ratio (mcSUVr)
is calculated from the mean standardized uptake value of
193 Finally, the film porosity
is calculated from the measured film density and the den
194 Standard life cycle cost
is calculated from the perspective of the utility, which
195 Familial cognitive aptitude
is calculated from the SA, IQ, and educational attainmen
196 The adhesion energy at different potentials
is calculated from the vesicle shape assessed with confo
197 sed after the accident in the time 2011-2015
was calculated from the (129)I/(137)Cs ratio of the ongo
198 The change in Abeta deposition over 2 years
was calculated from the 81 individuals with repeat Abeta
199 Interestingly, the Kd that
was calculated from the aptasensor signal showed a lower
200 Overall level of organ damage
was calculated from the average of segmental damage.
201 Active contractile FA 'tone'
was calculated from the basal-state diameter and the pas
202 Biological "aortic age"
was calculated from the baseline chronological age-stiff
203 RPV
was calculated from the CT as the sum of pancreatic tiss
204 On the other hand, C4 sugar value (%), which
was calculated from the delta(13)Cpro-delta(13)Chon diff
205 MBL
was calculated from the difference between initial and f
206 yocardial volume, and long-axis strain (LAS)
was calculated from the distances between the epicardial
207 er (CT) character of the exciplexes (88-97%)
was calculated from the electronic coupling.
208 VO2
was calculated from the Fick principle.
209 Time to surgical explant
was calculated from the index TAVR discharge to surgical
210 tcome measurement of median overall survival
was calculated from the initial diagnosis of advanced di
211 Postsorafenib survival (PSS)
was calculated from the last day of treatment to death o
212 ic density of 2-4 silane molecules per nm(2)
was calculated from the layer's nitrogen mass deposition
213 tribution to inorganic arsenic (i-As) intake
was calculated from the mean i-As content of each food (
214 percentage of glycated alpha-Hb and beta-Hb
was calculated from the microfluidic CE-MS data using pe
215 ke to nondisplaceable uptake at equilibrium,
was calculated from the model parameter estimates.
216 The parasite clearance half-life
was calculated from the parasite clearance curve.
217 ules that follow nonstatistical dynamics: It
was calculated from the partitioning at the TSs, as deri
218 ardiac radiation dose (MCRD) in each patient
was calculated from the patient's computed tomography im
219 The NFL_MD parameter in dB scale
was calculated from the peripapillary NFL thickness prof
220 The absorbed dose to the kidney
was calculated from the pharmacokinetic data obtained fr
221 The ORP
was calculated from the power of four EEG frequency band
222 In both studies, the CMRO2
was calculated from the product of cerebral blood flow (
223 es C increments in core temperature, CMRO(2)
was calculated from the product of cerebral blood flow (
224 SFF
was calculated from the ratio of fat signal over summed
225 Non-oxidative cerebral metabolism
was calculated from the ratio of oxygen and carbohydrate
226 This rate
was calculated from the relative isotope abundance of ea
227 The area of EZ loss
was calculated from the SD-OCT and the area of retinal p
228 The concentration of the analytes
was calculated from the slope and the concentrations of
229 ubset of 10 patients, Young's elastic module
was calculated from the stress-strain relationship of th
230 Peak J-ST point elevation
was calculated from the surface ECG and compared with th
231 GRS
was calculated from the weighted impact of single varian
232 ptor (V(MAX), log sigma) response parameters
were calculated from the a- and b-waves.
233 , lipid, and protein thickness at each pixel
were calculated from the attenuation at high and low ene
234 tio (LR), and 95% confidence interval, which
were calculated from the available data.
235 The dynamic contact angles of the AFM tips
were calculated from the capillary force measurements.
236 The bone marrow absorbed doses
were calculated from the cross doses of the high- and lo
237 Intraocular pressure values
were calculated from the deep learning-predicted tonomet
238 Phase shifts
were calculated from the difference in dim light melaton
239 Phase shifts
were calculated from the difference in the clock time of
240 Fractional anisotropy (FA) maps
were calculated from the DT imaging data sets for all ti
241 Flow index and vessel density
were calculated from the en face angiograms of each of t
242 (L) and oxidative (Q) rates to ATP synthesis
were calculated from the evolutions of phosphocreatine (
243 T-wave amplitude and downslope
were calculated from the first two eigenleads.
244 inities, and adiabatic ionization enthalpies
were calculated from the G3MP2B3 level of theory.
245 National cost estimates
were calculated from the Healthcare Cost and Utilization
246 Initial dissolution rates
were calculated from the increase of dissolved silver co
247 Total direct costs
were calculated from the index admission to 90 days afte
248 Principal-component images
were calculated from the intensity-normalized images.
249 detection (LoD) and limit of quantification
were calculated from the lower linear concentration rang
250 Regional strain and work
were calculated from the magnetic resonance imaging and
251 attenuation coefficients of various tissues
were calculated from the mean CT numbers of images that
252 lling 50% of the zebrafish embryos (ILC(50))
were calculated from the measured BCF and LC(50).
253 Integrated BVFs
were calculated from the monocular fields of each patien
254 LV pressure gradients
were calculated from the Navier-Stokes equations.
255 Three sequence-based diversity measures
were calculated from the NGS sequence data (percent dive
256 Transition probabilities and mortality rates
were calculated from the Ontario Cancer Registry and Can
257 lume of resected TL PET hypometabolism (TLH)
were calculated from the pre- and postoperative MRI scan
258 Repeatability coefficients (RCs)
were calculated from the relative differences between co
259 tative parameters of contrast agent kinetics
were calculated from the relative signal intensity-time
260 T(1/2)), and the uptake slope of each kidney
were calculated from the renograms for control and treat
261 Graph metrics
were calculated from the resulting connectivity matrices
262 cognition efficiency, and orientation factor
were calculated from the results of surface plasmon reso
263 age changes in K(i), SUV(max), and SUV(mean)
were calculated from the same index lesions (<=5 lesions
264 Mutation prevalence estimates
were calculated from the sample for the entire cohort.
265 pus cancer incidence rates from 2000 to 2015
were calculated from the SEER 18 registries.
266 ocal tumor progression-free survival (LTPFS)
were calculated from the time of RFA by using the Kaplan
267 Person-years at risk
were calculated from the time of study inclusion until f
268 Thresholds
were calculated from the training set.
269 Rate coefficients
were calculated from the transition state theory.
270 Similar values
were calculated from the two-proton P(+)-Fe(III)(OH2)2 p
271 iesters, and 2,6,6'-triesters of fatty acids
were calculated from the values of the H5-H6R and H5-H6S
272 unction and simulated retinal images of ICLs
were calculated from the wavefront aberrations for each
273 ficiency and average clustering coefficient)
were calculated from the weight and binary connectivity
274 A lower limit on the electromigration rate
is calculated from these experiments and the motion is i
275 and a composite dry eye signs severity score
was calculated from these 6 tests for each patient.
276 strains of fibrin and PEG (600) DA hydrogels
were calculated from these measurements by determining p
277 DO(2), MO(2), and OEF
were calculated from these measurements.
278 scribe the thermodynamic properties that can
be calculated from this analysis.
279 Breast tumor perfusion
was calculated from this short dynamic image using a fir
280 Pathology volume
was calculated from three orthogonal dimensions (n = 32)
281 val for patients with complete response (CR)
was calculated from time of CR.
282 Hazard ratios (HRs)
were calculated from time of exposure to the occurrence
283 Contaminant-centroid vectors
were calculated from tree-core data to reveal contaminan
284 evere maternal anaemia, and clinical malaria
were calculated from trial data and cost estimates in 20
285 score, which we used to assess diet quality,
was calculated from two 24-h recalls.
286 EMG-EMG coherence
was calculated from two separate electrode recordings pl
287 Intake
was calculated from validated food-frequency questionnai
288 Intake of flavonoid subclasses
was calculated from validated food-frequency questionnai
289 Indices
were calculated from validated food frequency data.
290 polymeric flavonoids, and proanthocyanidins)
were calculated from validated food-frequency questionna
291 nones, flavan-3-ols, polymers, and flavones)
were calculated from validated food-frequency questionna
292 Prepregnancy LCD scores
were calculated from validated food-frequency questionna
293 an-3-ols, polymers, flavonols, and flavones)
were calculated from validated food-frequency questionna
294 variability and steering wheel variability,
were calculated from vehicle sensor data while patients
295 Diagnostic indices
were calculated from vertical thickness profiles of each
296 y-mass index (BMI) and waist-to-height ratio
were calculated from weight, height, and waist circumfer
297 BMI z-scores
were calculated from weight/height measures conducted an
298 Tumor MATH values
were calculated from WES results.
299 slip modes in the hexagonal omega-Zr crystal
are calculated, from which characteristics such as ideal
300 It
is calculated from whole blood folate (WBF), serum folat