Related by context. All words. (Click for frequent words.) 72 Pearson correlation coefficient 69 τ 68 confidence intervals CIs 67 ρ 67 regression coefficients 67 r2 = 66 Wilcoxon rank sum 66 mH 66 categorical variables 66 z = 66 κ 66 PSA nadir 66 chi squared 65 variance ANOVA 65 Fig. 3b 65 θ 65 correlation coefficients 65 σ 65 nonparametric 65 Young modulus 65 ε 65 % Confidence Interval 65 Hazard Ratio HR 65 interobserver reliability 65 unpaired t 64 HOMA IR 64 g cm 64 Kruskal Wallis test 64 mK 64 regression coefficient 64 λ 64 ^ sup -1 64 η 64 Å -1 64 Â ± 64 intraclass correlation coefficient 64 preoperative PSA 64 μV 63 = -#.# 63 interrater reliability 63 ANOVA 63 intraobserver 63 ν 63 μW 63 interobserver 63 fluence 63 ± #.#mm [001] 63 biopsy Gleason 63 thyroglobulin 63 univariate 63 meV 63 resonance frequency 63 Supplementary Table 63 AUC0 63 kΩ 63 creatinine ratio 63 conditional logistic regression 63 Î ¼ 63 pairwise comparisons 63 cm -2 63 FDG uptake 62 cm ² 62 ω 62 hemoglobin Hb 62 leukocyte count 62 Fig. 4a 62 QRS width 62 Eq. 62 Cronbach alpha 62 % CI #.#-#.# [001] 62 Fig. 2b 62 φ 62 dI dV 62 nmol liter 62 endometrial thickness 62 FEV ^ sub 62 QRS duration 62 dimensional echocardiography 62 fluorescence intensity 62 microampere 62 MMSE score 62 #OHD 62 ß = 62 intraclass correlation coefficients 62 Fig. 1c 62 lumbar lordosis 62 ROC curves 62 multivariable Cox 62 subthreshold 61 p = .# [002] 61 Fig. 1a 61 Fig. 1b 61 mu m 61 multiple linear regression 61 μg liter 61 bivariate 61 oxyhemoglobin 61 foveal thickness 61 Fig. 2A 61 argc 61 CI -#.# 61 absorption coefficient 61 μmol L 61 % CI #.#-#.# [004] 61 Coulomb blockade 61 Pearson correlation coefficients 61 NIHSS score 61 covariance 61 linewidth 61 multivariable logistic regression 61 lumbar spine BMD 61 magnetic permeability 61 Bonferroni correction 61 dB insertion loss 61 #.#-#.# [011] 61 logistic regression model 61 intact parathyroid hormone 61 nonzero 61 tPSA 61 β = 61 dephasing 61 ml min 60 WOMAC pain 60 multivariable analysis 60 ± SEM 60 corneal astigmatism 60 m z 60 nH 60 MDRD 60 deoxy 60 #.#nm [002] 60 MeV 60 intima media thickness 60 mrad 60 creatine kinase MB 60 -#.# ± [002] 60 platelet reactivity 60 monotonically 60 = null 60 dyssynchrony 60 SNe Ia 60 √ Hz 60 ms -1 60 Visual Analogue Scale VAS 60 enthalpy 60 F FDG uptake 60 posttreatment 60 mCi 60 corneal curvature 60 cm -3 60 null hypothesis 60 autoregulation 60 keV 60 microvolts 60 fractional anisotropy 60 mL/min/#.# m 2 60 mL sec 60 multivariate Cox 60 postoperative hemorrhage 60 logistic regression models 60 elastic modulus 60 logistic regression analyzes 60 Bonferroni 60 failure MTTF 60 autocorrelation 60 fA 60 Fig. 3a 60 PSA kinetics 60 PaO 2 59 kcal mol 59 morphometric vertebral fractures 59 diffusion coefficient 59 thermal EMF 59 circular dichroism 59 urine albumin 59 coronary stenosis 59 ROC curve 59 mW/cm2 59 lx 59 p = #.# [003] 59 Figure 1A 59 dichotomous variables 59 heterozygotes 59 p ≤ 59 odds ratios ORs 59 logistic regression 59 nmol 59 § #E 59 kPa 59 AUCs 59 ALT elevation 59 factorial 59 #Gy 59 serum bilirubin 59 logistic regression analysis 59 postoperative radiographs 59 CI #.#-#.# [001] 59 MADRS score 59 μl 59 2dB 59 #.#-# [029] 59 Fig. 4b 59 albumin excretion rate 59 Δ 59 ^ sup #m 59 plasma glucose concentration 59 Descriptive statistics 59 sensitivity specificity 59 FWHM 59 excitation wavelength 59 isoprostane 59 postop 59 Kaplan Meier survival 59 shear modulus 59 troponin T 59 NIHSS 59 arcmin 59 immunostaining 59 covariance ANCOVA 59 ultrasonographic 59 tortuosity 59 ischemic lesions 59 APACHE II 59 sqrt 59 Poisson regression 59 #.#Hz 59 F FDG PET 59 Doppler sonography 59 = #.#-#.# 59 ° sec 59 mV V 59 diffusivity 59 inhomogeneity 59 deterministic jitter 59 ‰ ¥ 59 reactive hyperemia 59 fig. S2 59 SUVmax 59 mU liter 58 nsec 58 Cpk 58 reliabilities 58 pN 58 Interrater reliability 58 axial length 58 gadolinium enhancing 58 fig. S1 58 OGTT 58 output capacitance 58 transconductance 58 MBq 58 transvaginal sonography 58 #.#,#.# [002] 58 Fig. 3B 58 magnon 58 cm ^ sup 58 MPa 58 chi ^ sup 58 ventricular myocardium 58 dpa si 58 distal femoral 58 SpO 2 58 serum prostate 58 Index CDAI 58 neutrophil counts 58 δ 58 hip BMD 58 multiple logistic regression 58 = .# 58 sizeof 58 statistical significance p 58 kinematic viscosity 58 0 & 58 binary logistic regression 58 interrater 58 mT 58 multivariable adjusted 58 luminous flux 58 Fig. 1B 58 lateral radiographs 58 EBRT 58 carotid stenosis 58 μsec 58 Linear regression 58 Figure 1a 58 W/cm2 58 photoionization 58 lactate dehydrogenase 58 kurtosis 58 aspartate aminotransferase 58 Kaplan Meier curve 58 cTnI 58 0 document.write sline 58 Fig. 4c 58 microg 58 kVp 58 mL kg 58 ± #ppm [002] 58 univariate analyzes 58 1μm 58 bronchial responsiveness 58 Fig. 2a 58 serum estradiol 58 lumbar interbody fusion 58 colorectal adenoma 58 mmol 58 yr -1 58 irradiance 58 Ejection Fraction 58 MTT assay 58 Quiescent current 58 #.#ng/ml 58 glutamyl 58 D dimer 58 lymph node metastasis 58 % CI #.#-#.# [005] 58 ^ F FDG 58 DUTs 58 threshold voltages 58 PSADT 58 EQ 5D 58 Yb 58 pulse widths 57 T2 weighted 57 -# mV [001] 57 #Ω [002] 57 amu 57 retest reliability 57 periprocedural 57 ± #.#mm [002] 57 mitral annular 57 postintervention 57 % CI #.#-#.# [003] 57 photocurrent 57 F FDG 57 central corneal thickness 57 histopathologic findings 57 serum aminotransferase levels 57 #.#/#.# mm Hg [003] 57 serum testosterone 57 Bulk density 57 glomerular filtration rate 57 uM 57 SCr 57 g mL 57 joint contracture 57 TRUS 57 mean ± SEM 57 cellularity 57 morphologic characteristics 57 detrusor 57 mIU ml 57 π 57 subscore 57 ug ml 57 interquartile range 57 QTcF 57 diastolic velocity 57 ZrO 2 57 F FLT 57 dpa wh 57 interobserver agreement 57 1ppm 57 MΩ 57 covariate 57 mm ² 57 TUNEL 57 cytologic 57 W mK 57 oscillation frequency 57 mEq L 57 multivariate logistic regression 57 T1 weighted 57 serum cortisol 57 afterload 57 cm2 57 nmol L. 57 Fig. 2c 57 mmol l 57 Lumbar spine 57 μg dL 57 rho = 57 1kHz 57 biochemical relapse 57 Kaplan Meier 57 Si substrate 57 Cardiac Troponin 57 sub maximal 57 linear interpolation 57 intraventricular 57 friction coefficients 57 CD4 CD8 57 figs. 57 enhanced sonography 57 mammographic density 57 #.#in [004] 57 transmittance 57 corneal thickness 57 Fig. 1D 57 serum sodium 57 hyperintensity 57 CHD mortality 57 arterial elasticity 57 57 illuminance 57 Kaplan Meier analysis 57 serum homocysteine 57 ml kg 57 ± #.#dB 57 cardiac perfusion 57 residual platelet reactivity 57 pmol L 57 ppm ° C 57 mbar 57 mU 57 transgene expression 57 serum magnesium 57 mRS 57 #.#-#.# [005] 57 Fig. 1A 57 biochemical recurrence 57 estimated GFR 57 colocalization 57 plasma cortisol 57 convergent validity 57 dipole moment 57 Supplementary Fig 57 conductivities 57 ASCUS 57 Mantel Haenszel 57 Hgb 57 twd ccg 57 CORE OM 57 tensile strain 57 nonlinearities 57 pulmonary arterial 57 CFR § #.# [004] 57 P ≤ 57 Linearity 57 generalized estimating 57 Lorentzian 57 homozygotes 57 temperature coefficients 57 memset 57 crossclamp 57 depolarization 57 #m Tc 57 quasiparticle 57 MIL HDBK #F 57 = argv 57 mRNA expression 57 Hb A1C 57 Gaussian distribution 57 dielectric constants 57 timepoints 57 Fig. 3c 57 ± 57 4mA 57 gadolinium enhanced 57 Sagittal 57 cm sec 57 microvolt 57 Fig. 1d 57 Left Ventricular Ejection Fraction 56 diopters 56 Figs. 56 baseline FEV 56 diffusion tensor 56 CDAI score 56 μm 56 msec 56 electron scattering 56 α 56 cerebral oxygen saturation 56 dpa tg 56 oxide thickness EOT 56 Inductance 56 waist girth 56 glycated hemoglobin levels 56 μH 56 telopeptide 56 μS cm 56 tricuspid regurgitation 56 LV ejection fraction 56 isoenzyme 56 unsigned int 56 distensibility 56 lowest tertile 56 carotid IMT 56 myocardial viability 56 e = mc 56 atheroma volume 56 MBd 56 Z axes 56 z axes 56 dpa hl 56 DFT calculations 56 lactate dehydrogenase LDH 56 milliohm 56 P0 56 Intraocular pressure 56 semiquantitative 56 univariate analysis 56 tetragonal 56 h g 56 Vpp 56 P = .# 56 eNO 56 #us [001] 56 Rating Scale BPRS 56 serum HBV DNA 56 #mmHg [001] 56 % CI #.#-#.# [006] 56 #ppm ° C 56 nonlinearity 56 Fig. 2B 56 uniaxial 56 albumin excretion 56 ANCOVA 56 anteroposterior radiograph 56 CK MB 56 Apgar scores 56 #pF [001] 56 XIENCE V PROMUS Stent 56 fig. S3 56 Multivariable 56 QTc 56 tensile stress 56 AST ALT 56 CHADS2 56 cx 56 glomerular filtration 56 -#.# p = 56 pg ml 56 Experimentally 56 interquartile range IQR 56 cantilever deflection 56 Figure 4a 56 CIN2 + 56 Eur J Endocrinol 56 See USSG § #B#.# 56 postoperative complication 56 CFR § #.# [002] 56 spherical aberrations 56 thickness CIMT 56 lateral radiograph 56 posterolateral fusion 56 radians 56 subtrochanteric 56 NNT = 56 pCR 56 Am J Cardiol 56 + -1 56 serum urate levels 56 mol L 56 Fig. 2C 56 ankle dorsiflexion 56 serum concentrations 56 prolonged QT interval 56 ventricular dyssynchrony 56 LVEF 56 dBc 56 aminotransferases 56 Kruskal Wallis 56 Ncm 56 impedances 56 = NULL [001] 56 transthoracic echocardiography 56 epididymal 56 m/s2 56 goniometer 56 diene 56 peak VO2 56 â ‰ ¥ 56 l l 56 echogenicity 56 ohmic 56 Supplemental Figure 56 micromolar 56 ADAS cog 56 Histologic 56 LV dysfunction 56 input capacitance 56 mU L 56 uL 56 gravitational acceleration 56 Serum creatinine 56 contrast induced nephropathy 56 USC § § #e 56 expiratory flow 56 mGy 56 logit 56 mcg mL 56 anisotropy 56 wavelet transform 56 Voltages 56 ejection fractions 56 # endif 56 sonographically guided 56 #.#μm [001] 56 +# deg [002] 56 + sizeof 56 lognormal 56 HbA 1c levels 56 artery occlusion 56 ipsilateral stroke 56 pT3 56 WAIS III 56 proximal tibial 56 sd = 56 S1 S# [001] 56 Non inferiority 56 neutrophil count 56 calorimetric 56 Fig. 4B 56 adiponectin concentrations 56 arbitrary waveforms 56 urinary excretion 56 alanine aminotransferase 56 serum TSH 56 triiodothyronine 56 pulsewidth 56 z axis 56 linearized 56 Crohn Disease Activity 56 transcranial Doppler 56 Vrms 56 myocardial necrosis 56 lipoprotein levels 56 cystatin 56 Figure 1C 56 subscale scores 56 % CI #.#-#.# [007] 56 kappa = 55 Sgk1 55 proximal femur 55 nT 55 TIMP 55 Repeatability 55 μg d 55 opacification 55 rearfoot 55 dV dt 55 multivariate regression 55 linear axes 55 inductance values 55 #.# Kenyan Shilling 55 THD + N 55 femoral neck BMD 55 varus 55 intratumoral 55 cm -1 55 Merit FOM 55 LV hypertrophy 55 plasma leptin 55 aminotransferase levels 55 fasting triglycerides 55 eigenvalues 55 sonographically 55 peritumoral 55 fprintf stderr 55 TIMP 1 55 x ULN 55 variable resistor 55 mmol kg 55 -5 -6 55 HAQ DI 55 noise THD + 55 homozygote 55 sphericity 55 TEXT OMITTED FROM SOURCE 55 NMIBC 55 tissue oxygenation 55 symptomatic intracranial hemorrhage 55 pulse durations 55 nonfatal MI 55 -# mV [002] 55 ha -1 55 left ventricular systolic 55 tHcy 55 hysteresis loop 55 corrected QT interval 55 mN 55 arcsec 55 perturbation theory 55 bi ventricular pacing 55 cm proximal 55 picometers 55 oC 55 exponential decay 55 radiotherapy RT 55 CI #.#-#.# p = 55 APOC3 55 serum bicarbonate 55 metabolite concentrations 55 #um [002] 55 kT 55 Id. § 55 output impedance 55 hydrodynamic radius 55 PCWP 55 ^ Tc 55 adnexal mass 55 euthyroid 55 Kaplan Meier method 55 input impedance 55 min -1 55 total harmonic distortion 55 serum potassium 55 photoemission 55 treat NNT 55 responsivity 55 IU ml 55 varus valgus 55 oncologic outcomes 55 dc voltage 55 str = 55 ^ sup 55 ZnSe 55 μg ml 55 Alzheimer Disease Assessment 55 left ventricular diastolic 55 tonometry 55 Lnk 55 macroalbuminuria 55 transabdominal 55 -# dBm [001] 55 μm diameter 55 graft patency 55 compressive stress 55 PUFA intake 55 ratiometric 55 azimuthal 55 epicardial 55 attenuation correction 55 binary restenosis 55 bivariate analysis 55 malignant nodules 55 HBeAg seroconversion 55 T1 weighted images 55 adjunctive placebo 55 Y axes 55 W/m2 55 hypoperfusion 55 HbA 1c 55 Echocardiographic 55 pmol 55 #ppm U 55 parameter measurements 55 photon flux 55 linear regression analysis 55 parasitaemia 55 voltage derating 55 timebase 55 urinary albumin excretion 55 ng dL 55 var i 55 dv dt 55 RNFL thickness 55 HDRS 55 velocity dispersion 55 plasma homocysteine 55 Logistic regression 55 Fig. 3d 55 stoichiometry 55 ECLS 55 body habitus 55 + #.#mm 55 umbilical artery 55 coronary stenoses 55 unsigned char 55 immunohistochemical 55 íà 55 CR nPR 55 external resistor 55 serum IGF 55 #pF [002] 55 sinewave 55 subtalar joint 55 vitreous haze 55 idx 55 baseline HbA1c 55 z ^ 55 kg -1 55 ± #ppm [001] 55 psia 55 55 fraction LVEF 55 mL min 55 myocardial reperfusion 55 0 printf 55 asymptomatic carotid stenosis 55 HER2 expression 55 #nm #nm [001] 55 Univariate 55 μs 55 invariance 55 femoral neck 55 γ 55 5μm 55 ^ ^ sup 55 serum urate 55 psec 55 IQR 55 #ng/ml 55 left ventricular LV 55 serum ALT 55 Visual acuity 55 X ULN 55 HbA 1C 55 0 document.write 55 ohm load 55 % #gt 55 mm ^ sup 55 #μs [002] 55 aortic regurgitation 55 dpa kr 55 absorbance 55 allele frequencies 55 #degreesC 55 pretest probability 55 physis 55 dBm output 55 thyrotropin levels 55 logarithm 55 #mV V 55 dpa sch 55 symptomatic VTE 55 Focal Length f 55 TAXUS p value 55 histologic findings 55 magnetoresistance 55 TEVAR 55 #/#.# [008] 55 gauge vitrectomy 55 differential gene expression 55 cm ³ 55 Fig. 2d 55 hemodynamic variables 55 serum albumin 55 gaussian 55 symptomatic pulmonary embolism 55 fractional shortening 55 specific antigen PSA 55 alanine transaminase 55 nmol L 55 #.#A [005] 55 tertile 55 martensite 55 serum HCV RNA 55 perioperative mortality 55 microvessel 55 linearly proportional 55 ksi 55 sUA levels 55 log# copies mL 55 ohm cm 55 tumor perfusion 55 homocysteine concentrations 55 dBFS 55 dpa cb 55 = null & 55 glutamate glutamine 55 thrombus formation 55 serum PTH 55 sizeof struct 55 subscores 55 -# ° [002] 55 collinear 55 intraocular pressure IOP 55 fractal dimension 55 nonfasting triglyceride levels 55 tamponade 55 recursive partitioning 55 trabecular 55 Cardiopulmonary bypass 55 nondiabetics 54 HRCT 54 electrocardiographic 54 hepatic resection 54 micrograms mL 54 skewness 54 NYHA functional class 54 db db mice 54 transcranial 54 luminosities 54 tibiofibular 54 aortic annulus 54 absolute TCR 54 #.#-# b [002] 54 Stent thrombosis 54 plication 54 arterial oxygen saturation 54 exhaled NO 54 electrophysiologic 54 dpa nr 54 Figure 2a 54 Rdson 54 cerebral oxygenation 54 T1 hypointense lesions 54 intramyocardial 54 = strlen 54 transthoracic 54 nitrotyrosine 54 Total Harmonic Distortion 54 supercurrent 54 Impedance 54 dB attenuation 54 corneal topography 54 mmHg p = 54 var = # [001] 54 impedance measurements 54 #:#-# [002] 54 bFGF 54 angiographically 54 VSDs 54 logistic regressions 54 shaft diameters 54 dpa rt 54 μg kg 54 hepatic insulin sensitivity 54 CFR § #.# [006] 54 FDG PET CT 54 nonvertebral fracture 54 dpa rl 54 LDL cholesterol LDL 54 intermodulation distortion 54 birefringence 54 SpO2 54 -#.# mg dL [002] 54 kilopascals 54 IGFBP 54 salivary flow 54 μg mL 54 serum CRP 54 helicity 54 cardiac troponin T 54 cd m 54 neurophysiologic 54 tertiles 54 d dimer 54 creatinine clearance 54 peripheral insulin sensitivity 54 -#.# log# copies mL 54 rebleeding 54 confidence interval #.#-#.# 54 penetrance 54 ordinary Kriging 54 FiO 54 glycated hemoglobin 54 ` rk 54 μF 54 IEC #-# [001] 54 recurrent VTE 54 ^ sub 54 iPTH 54 per deciliter mg 54 = NULL [002] 54 Target Lesion Revascularization TLR 54 laterality 54 femoral head 54 microwatt 54 fluid viscosity 54 IOP lowering 54 baseline LDH 54 noncardiac 54 varus deformity 54 hyperoxia 54 femoral shaft fracture 54 serum PSA 54 lumbosacral spine 54 quadratic 54 rearfoot motion 54 leakage currents 54 TURBT 54 proton MR spectroscopy 54 hip resurfacing arthroplasty 54 IFN α 54 visceral adiposity 54 cTnT 54 monocytic 54 multiplicative 54 adsorbate 54 #.#Ω 54 affective psychosis 54 hemoglobin A1c levels 54 dV 54 serum creatinine levels 54 erythrocyte sedimentation rate 54 #.#V #.#V [001] 54 mE 54 hamartomas 54 oscillator frequency 54 alanine aminotransferase ALT 54 histological subtype 54 superconducting qubit 54 Orthostatic hypotension 54 nM 54 Kaplan Meier estimates