Related by context. All words. (Click for frequent words.) 68 cm ^ sup 67 Fig. 2A 66 Fig. 2B 65 Fig. 3b 65 cm -2 65 mu m 64 Fig. 4B 64 yr -1 64 Fig. 1a 64 Fig. 1A 64 Fig. 4A 64 fig. S6 63 Fig. 2a 63 Fig. 3c 63 Fig. 3A 63 Fig. 3B 63 cm -3 63 mT 63 Fig. 1c 63 fig. S2 63 Fig. 1b 62 ms -1 62 Figs. 62 Fig. 2b 62 Fig. 3C 62 Fig. 4c 61 shear modulus 61 kBq 61 Fig. 2c 61 mm ^ sup 61 γ 60 Å -1 60 η 60 ε 60 ohm cm 60 Fig. 3d 60 ^ sup -1 60 mol 60 Fig. 1E 60 Supplementary Fig 60 Fig. 2D 60 Fe Mg 60 Fig. 2E 60 Fig. 2C 60 Fig. 1B 60 absorption coefficient 59 fig. S1 59 kT 59 cm -1 59 meV 59 -# mV [002] 59 √ Hz 59 Mg ha 59 Fig. 1D 59 Fig. 1C 59 P3HT 59 g cm 59 μg mL 59 nT 58 Î ¼ 58 mM NaCl 58 μV 58 CaCO 3 58 #OHD 58 Fig. 4a 58 Eq. 58 Yb 58 μmol 58 Fig. 4b 58 martensite 58 oxyhemoglobin 58 isotherm 58 ug mL 58 CaO 58 nmol 58 δ 58 ZrO 2 58 Mg Ca 57 poly L lysine 57 N acetyl 57 Figure 1C 57 μM 57 mV V 57 #ppm Cu 57 Fig. 4C 57 MnO 57 mitochondrial membrane potential 57 Fig. 1d 57 immunoreactive 57 diacetate 57 molar ratio 57 kcal mol 57 deoxy 57 SiO 2 57 1μm 57 ρ 57 keV 57 ^ sup #m 57 compressive stress 57 PO4 57 μm wavelength 57 cP 57 m ^ sup 57 kD 57 FeO 57 kGy 57 ω 56 nm excitation 56 W/m2 56 pN 56 ha -1 56 μm diameter 56 uM 56 MgO 56 ^ sub 56 fig. S3 56 Coulomb blockade 56 arcsec 56 g ml 56 elastic modulus 56 arcmin 56 Fig. 2d 56 hydroxypropyl 56 TUNEL 56 electron doped 56 COOH 56 fluorescence emission 56 vanadium oxide 56 #cm [001] 56 CuO 56 lanthanum La 56 W mK 56 Fe Ni 56 mmol kg 56 pmol 56 absorbance 56 -# ° [002] 56 TiO 56 electrical resistivity 56 1alpha 55 tensile modulus 55 fig. S5 55 Fig. 55 birefringence 55 5μm 55 cm ² 55 ν 55 myometrial 55 eluted 55 τ 55 hyperintensity 55 Supplementary Figs 55 IR spectra 55 Supplementary Table 55 chloro 55 chromatogram 55 microvolt 55 microg 55 vanadate 55 μg ml 55 immunoreactivity 55 Figure 1A 55 μS cm 55 min -1 55 punctate 55 Terbium Tb 55 protonated 55 U Th 55 crystallinity 55 g cc 55 oC 55 undoped 55 psec 55 methoxy 55 σ 55 t/m3 55 cementite 55 #.#μm [001] 55 adsorbate 55 MWNT 55 Gd#O# 55 velocity dispersion 55 lapilli 54 ZnS 54 m z 54 radioligand 54 amide 54 homopolymer 54 conformer 54 pfu 54 Tl 54 -# mV [001] 54 κ 54 μmol L 54 diene 54 6nm 54 z = 54 sulfur dioxide SO 54 figs. 54 annealing temperature 54 GaP 54 ml min 54 #.#m #.#m #.#m [003] 54 gadolinium Gd 54 tetragonal 54 mol L 54 cytochrome c oxidase 54 dihydrate 54 Â ± 54 nM 54 isoprostane 54 SDS PAGE 54 CdSe 54 oligomer 54 magnesium Mg 54 r2 = 54 La Ce Pr 54 mH 54 uranyl 54 vibrational modes 54 sulfonated 54 ppm boron 54 polysulfone 54 conductivities 54 yttrium oxide 54 kg -1 54 pA 54 cm sec 54 uniaxial 54 MeV 54 stoichiometry 54 #,# bis 54 Schematic representation 54 Figure 4a 54 crystallites 54 2nm 54 azimuthal 54 λ 54 bending stiffness 54 null mice 54 1nm 54 m/s2 54 UV absorbance 54 photolysis 54 α 54 diphosphate 53 equilibration 53 serum magnesium 53 tensile stress 53 diffusive 53 InAs 53 SiO2 53 pyrene 53 4H SiC 53 fig. 53 GaN layer 53 carbonyl 53 COOH terminal 53 dipole moment 53 MBq 53 superheater 53 monomeric 53 polybutadiene 53 cytochrome 53 mN 53 occas 53 stomatal conductance 53 ± #ppm [001] 53 isostatic 53 allyl 53 kDa 53 mW/cm2 53 coarser grained 53 torr 53 nH 53 intergranular 53 microvolts 53 isoenzyme 53 GPa 53 plagioclase 53 glutamyl 53 micromolar 53 equimolar 53 fig. S7 53 NH4 + 53 magnetic susceptibility 53 tropospheric 53 β 53 ^ sup 53 Anisotropy 53 lactone 53 Nb Ta 53 electron density 53 μW 53 #.#-#.# [011] 53 ZnSe 53 lactate dehydrogenase 53 photon energies 53 monotonically 53 mM 53 SiO 53 CdS 53 Al#O# 53 vibrationally excited 53 eclogitic 53 intracavity 53 pyridyl 53 53 diastolic velocity 53 dorsal root 52 anion 52 TiN 52 mK 52 magnetic permeability 52 fig. S4 52 sorbed 52 3nm 52 MΩ 52 immunofluorescence microscopy 52 depolarization 52 luminosities 52 silica SiO2 52 Gly 52 phosphorylase 52 trioxide 52 x ray absorption spectroscopy 52 Nd 52 #nm #nm [002] 52 #.#nm [001] 52 sorption 52 #.#nm [002] 52 Nd Yag 52 epididymal 52 synthetic aperture 52 Pb Cu 52 mAh g 52 #.#m #.#m [004] 52 mCi 52 partially oxidized 52 microcrystalline 52 linearized 52 hematoxylin 52 H#SO# 52 irradiance 52 rho 52 1kV 52 #μ 52 ^ sup ^ 52 thermal EMF 52 circularly polarized 52 catechol 52 Fig. 3a 52 Sitrans 52 T2 weighted 52 ilmenites 52 transferase 52 Volumetric 52 beta. 52 chromium oxide 52 adsorption isotherms 52 isotope fractionation 52 Strongly anomalous 52 μm thick 52 μl 52 #.#dB [003] 52 cm ³ 52 #degreesC 52 hypointense 52 cm H2O 52 intermetallic compounds 52 homogenates 52 epitaxial layer 52 lasing threshold 52 pearlite 52 intraepithelial 52 cyclization 52 Ncm 52 Thermal conductivity 52 1ppm 52 propionate 52 Young modulus 52 Nernst 52 trabecular 52 mononuclear 52 detrusor 52 sinusoid 52 fluorescence intensity 52 pyrophosphate 52 2μm 52 cytidine 52 micron thick 52 PaO 2 51 redox sensitive 51 alveolar epithelial cells 51 epoxide 51 parasitic capacitances 51 Sagittal 51 pulse amplitude 51 ^ ^ sup 51 Nd YAG 51 antiferromagnetic 51 cantilever deflection 51 agarose gel electrophoresis 51 echogenicity 51 Schematic diagram 51 icosahedral 51 θ 51 g/cm3 51 anisotropy 51 aggrecan 51 thermal gradients 51 intramolecular 51 carboxylic acid 51 FMR dikes 51 pMOS 51 coercivity 51 hematoxylin eosin original 51 gravitational acceleration 51 .3 microns 51 transmissivity 51 Trp 51 uracil 51 #.#Hz 51 ellipsoids 51 kpc 51 guanidine 51 lamella 51 proteinaceous 51 kPa 51 ksi 51 dielectric strength 51 heterojunction 51 phonon 51 octyl 51 1kHz 51 phospholipase 51 tensile strain 51 extrudate 51 borane 51 histidine 51 imine 51 osmolality 51 acyclic 51 dipolar 51 austenitic stainless steels 51 thermal decomposition 51 m³ h 51 AUCs 51 steric 51 PbS 51 cytochrome b 51 butylene 51 sulfonic acid 51 diffusivity 51 retained austenite 51 photoemission 51 cm2 51 mRNA expression 51 ≈ 51 #.#mV 51 diffusion coefficients 51 pyrope garnets 51 #nm laser [001] 51 T2 weighted images 51 prostaglandin E 51 hyperfine 51 #μm [002] 51 pyrogenic 51 #S #S [003] 51 W/cm2 51 centistokes 51 cathepsin B 51 #oC [001] 51 oxide thickness 51 PLLA 51 emittance 51 μH 51 dispersive 51 antimony Sb 51 martensitic 51 2dB 51 thermal conductivities 51 threonine 51 dI dV 51 hydraulic conductivity 51 urinary excretion 51 AlN layer 51 IR wavelengths 51 microcavity 51 proximal tubule 51 dielectric constant 51 phosphoprotein 51 hydroperoxide 51 vesicular 50 #ug [002] 50 Tg 50 g mL 50 vorticity 50 MPa 50 Brillouin zone 50 Pearson correlation coefficient 50 acyl CoA 50 quasiparticle 50 epsilon 50 #ppb Au [002] 50 Myr 50 fA 50 Bq 50 erythrocyte 50 fig. S# 50 desaturase 50 aluminate 50 en er gy 50 Phylogenetic analysis 50 inhomogeneity 50 phenylene 50 NWs 50 alkane 50 delocalized 50 mL kg 50 lactam 50 Si substrate 50 #Ω [002] 50 EGFP 50 CO2 CH4 50 intracellular Ca 2 50 droplet sizes 50 villous 50 #.#um [001] 50 photocurrent 50 P0 50 PCBM 50 Mpa 50 chemiluminescence 50 β1 50 photoionization 50 isomeric 50 submicrometer 50 #,# OH 50 #m Tc 50 χ 50 perovskite 50 submucosal 50 deuterated 50 #,# dimethyl 50 #um [002] 50 electron bunches 50 paramagnetic 50 ATP hydrolysis 50 Vrms 50 5ppm 50 μm 50 magnesium ion 50 nMOS 50 AlGaAs 50 autocorrelation 50 yl 50 absorption spectra 50 cyclicity 50 mammillary 50 N. benthamiana 50 planta 50 angstroms 50 palladium Pd 50 enantiomeric excess 50 ,3 50 -# º C [002] 50 megapascals 50 rostral 50 nitration 50 Oxidized 50 cadmium sulfide 50 biotinylated 50 2kHz 50 interleukin IL 50 acyltransferase 50 quinone 50 phospho 50 austenite 50 #μF [001] 50 gelation 50 db db mice 50 Mg Fe 50 ammonium ions 50 intrinsic viscosity 50 ± #.#dB 50 pyrite pyrrhotite 50 GAPDH 50 dimeric 50 nonionic 50 hematoxylin eosin 50 recrystallization 50 UV photons 50 Supplemental Figure 50 lysine residues 50 ciliary body 50 hypothalamic pituitary 50 viscoelasticity 50 biphenyl 50 ° sec 50 ectodomain 50 passband 50 Quartz vein 50 SNe Ia 50 lysates 50 lamina 50 HT 1A 50 cuprate 50 dentinal 50 φ 50 ,#,# [002] 50 chromitite layers 50 colocalization 50 pentlandite 49 dielectric layers 49 transverse colon 49 cells transfected 49 tectum 49 cytosol 49 Zr 49 chlorite altered 49 ssDNA 49 DGGE 49 Er YAG 49 kVp 49 photobleaching 49 fluxes 49 remanent 49 #ß 49 proteolytic 49 GaAs substrate 49 Figure 2a 49 atmospheric opacity 49 #ppb [001] 49 Ultramid ® 49 pentoxide 49 dB insertion loss 49 ferro 49 linewidth 49 angstrom resolution 49 kΩ 49 spikelets 49 dehydrogenase 49 Cr#O# 49 hydrophobic interactions 49 interfacial tension 49 #,# dihydroxyvitamin D 49 spatially resolved 49 excitation energies 49 mrad 49 gigapascals 49 superlattice 49 biaxial 49 hPa 49 Photometric 49 homozygotes 49 chromophore 49 micrometre sized 49 μg 49 TIMP 49 magnetization 49 compressibility 49 deionised water 49 polyacrylamide 49 strontium isotope 49 CaCO3 49 ploidy 49 ß1 49 HfO2 49 immunostaining 49 TiO 2 49 dioxygenase 49 Raman spectra 49 transmittance 49 m 49 micrograph 49 granitoids 49 lattice parameter 49 FDG uptake 49 fluence 49 eddy currents 49 proteolytic cleavage 49 transconductance 49 Ytterbium 49 HiLyte Fluor ™ 49 acyl 49 V0 49 solvation 49 3' 49 electron diffraction 49 friability 49 inelastic scattering 49 metastable 49 hemoglobin Hb 49 T2 weighted MRI 49 #μs [002] 49 5nm 49 carboxylate 49 cytosolic 49 NaOH 49 heterozygotes 49 twin screw extruder 49 hafnium oxide 49 #.#MHz [007] 49 disulphide 49 anionic 49 heterodimers 49 #.#-# [029] 49 feldspars 49 procollagen 49 dextran 49 roentgen 49 macrocycle 49 epitaxially grown 49 Butyrate 49 2' 49 telopeptide 49 Phenylalanine 49 backscattered 49 coplanar 49 anthracene 49 alveolar 49 dipeptide 49 absorption spectroscopy 49 medullary 49 2n = 49 mannose 49 hydroxyproline 49 copper oxide superconductors 49 Mpc 49 UV wavelengths 49 mW cm 2 49 rho = 49 Ultralow 49 chrome diopside 49 orbitals 49 hydroxyphenyl 49 fractal dimension 49 0D 49 electrically insulating 49 #ppm ° C 49 manganese oxide 49 van der Waals interactions 49 eosin 49 perinuclear 49 Kelvins 49 cuticular 49 phosphatidylinositol 49 complexation 49 Kruskal Wallis test 49 diol 49 YBCO 49 serine threonine 49 holmium 49 chromatograms 49 #um [001] 49 midgut 49 cellularity 49 doped silicon 49 #lm [001] 49 photomultiplier tube 49 anhydrite 49 elution 49 dielectric permittivity 49 interconversion 49 pyroxene 49 helicity 49 thermal equilibrium 49 crosslinked 49 kelvin 49 Figure 2C 49 Silicon Nitride 49 #μm [001] 48 extracellular domain 48 abundant quartz veining 48 EF Tu 48 bilayers 48 Stanyl 48 AlN 48 fluid viscosity 48 Akulon 48 glucan 48 stomatal 48 substituents 48 diffusion coefficient 48 unmethylated DNA 48 interannual variability 48 mmol 48 sapphire substrate 48 intermodulation distortion 48 polyamine 48 AlGaN 48 F actin 48 MIL HDBK #F 48 voltage divider 48 polyamide PA 48 nitrotyrosine 48 sigmoidal 48 creatinine ratio 48 lymph node metastasis 48 gaussian 48 #.#mA [002] 48 mm ² 48 Western blotting 48 Figure 1b 48 Syt II 48 endonuclease 48 Copolymer 48 Fig. 1e 48 carboxylic 48 X ray absorption spectroscopy 48 dumbbell shaped 48 cytokeratin 48 HRTEM 48 dinucleotide 48 paracellular 48 luma 48 dielectric constants 48 monofilaments 48 neodymium praseodymium 48 nucleate 48 magnetoresistance 48 inhomogeneities 48 carboxypeptidase 48 Desorption 48 GFlops 48 vibrational excitation 48 electroless copper 48 expressing GFP 48 microcavities 48 numerical aperture NA 48 polariton 48 serum TSH 48 butene 48 Ca2 + 48 #.#in [004] 48 temporal variability 48 DEV DA TOMAR NEXT 48 photoluminescence 48 photoelectron 48 circular dichroism 48 aqueous dispersion 48 magnon 48 FWHM 48 BPSK 48 flowability 48 junctional 48 valence electron 48 macrocrystic 48 S1P ^ sub 48 pyrophyllite 48 divalent 48 pyrite disseminations 48 monocyte chemotactic protein 48 resonance frequency 48 platinum Pt 48 flexural 48 adsorptive 48 Fluoro 48 cored wire 48 beta tubulin 48 erythrocytes 48 trimers 48 diamine 48 radiative cooling 48 microsomes 48 biotite 48 Pt Pd 48 biotite rich 48 MWCNT 48 heterostructures 48 toroidal 48 palmitate 48 Copper Cu 48 adduct 48 Ozone O3 48 peritumoral 48 electrons emitted 48 downwelling 48 hydroxyl radical 48 Nd#O# 48 micrometre 48 β = 48 anisotropic 48 #.#h [002] 48 glomerular 48 maxima 48 disaccharide 48 conductance 48 membrane vesicles 48 Doppler sonography 48 Josephson junction 48 C# fullerenes 48 micromol 48 arcsecond 48 arcseconds 48 phototransistor 48 beta gamma 48 MTT assay 48 pyrimidine 48 ref. 48 proximally 48 ratiometric 48 quantum oscillations 48 microlens 48 hydroxylase 48 selectivities 48 GaAs substrates 48 DFT calculations 48 isotherms 48 cirrus cloud 48 epidote 48 metallic ions 48 nanomesh 48 density PE HDPE 48 4mA 48 serine 48 mJ 48 5 hydroxytryptamine 48 capacitances 48 fig. S8 48 striatal 48 CuT 48 overlying sediments 48 tuffaceous sediments 48 Histopathologic 48 BP# [003] 48 mU 48 osmotic pressure 48 CeO 2 48 dBFS 48 photon flux 48 wettable 48 lowermost mantle 48 +# deg [002] 48 sarcoplasmic reticulum 48 % miconazole nitrate 48 acrylate 48 modulus 48 barium sulfate 48 alkyl 48 hydrogen ions 48 regression coefficients 48 saturable 48 hexamers 48 PIN photodiodes 48 dissipative 48 amplitudes 48 carboxyl terminal 48 carboxy 47 polycystin 47 molecular orbitals 47 germanium silicon 47 stearate 47 silicon dioxide SiO2 47 CURR 47 mV 47 HY# 47 vesicle fusion 47 ferrites 47 GOLD'n GRO #-#-# 47 valine 47 adsorption 47 #.#mx [001] 47 hypoechoic 47 lamellae 47 dephasing 47 milliampere 47 trabeculae 47 nitric oxides 47 #Vrms 47 ozone O3 47 particulate contamination 47 globular proteins 47 β galactosidase 47 bosonic 47 amlwg 47 monolayers 47 psia 47 amperometric 47 #ppm Mo 47 soluble solids 47 umbilical vein 47 glucans 47 Aspherical lens 47 9g 47 backscattering 47 MIBK 47 Gln 47 Deg C 47 pulsed Doppler 47 milliohm 47 ultimate tensile strength 47 longwave radiation 47 nanocrystalline 47 austenitic stainless steel 47 ALT elevation 47 electromotive force 47 Rab5