Related by context. All words. (Click for frequent words.) 72 fig. S1 71 Fig. 3b 71 Fig. 3B 71 Fig. 2C 70 Fig. 2a 69 fig. S2 69 Figs. 69 Fig. 2A 69 Fig. 2B 69 Supplementary Fig 69 σ 68 Mg Ca 68 Fig. 4A 68 Fig. 1A 68 benthic foraminifera 67 ω 67 Supplementary Table 67 Fig. 1c 66 Fig. 3A 66 fig. S3 66 Fig. 3a 65 Fig. 3c 65 Fig. 1a 65 Fig. 1b 65 Fig. 2b 65 orthologs 65 Fig. 2c 65 yr -1 65 Fig. 1C 65 fig. S6 64 Fig. 1B 64 θ 64 Fig. 64 Fig. 4c 64 Mg Fe 64 τ 64 oxygen isotope 64 dI dV 64 Phylogenetic analysis 63 Fig. 4a 63 fig. S4 63 heterozygotes 63 cm -3 63 γ 63 diffusivity 63 U Th 63 Fig. 2E 63 Supplementary Figs 63 ε 63 κ 63 Fig. 1D 63 Fig. 4B 62 cm -1 62 nitrogen isotope 62 immunoreactivity 62 ρ 62 Nernst 62 linewidth 62 magnon 62 nT 62 Eq. 62 Sr Ca 62 absorption spectra 62 mM NaCl 62 Fig. 1d 62 cytochrome 62 hematoxylin 61 fig. S5 61 fluorescence intensity 61 #S rRNA 61 isotopic compositions 61 galactosidase 61 kcal mol 61 isotherm 61 Fig. 3C 61 cytochrome b 61 isotope ratios 61 -# mV [001] 61 mm ^ sup 61 deoxy 61 Å -1 61 A. thaliana 61 cells transfected 61 Yb 61 ^ sup 61 isotherms 61 ploidy 61 cm -2 61 shear modulus 61 ν 61 GlcNAc 61 rRNA 61 coexpression 61 T rubrum 61 anisotropy 61 ^ sup #m 60 indel 60 periodicities 60 Fig. 1e 60 H#K#me# 60 magnetic susceptibility 60 olivines 60 Raman spectra 60 Figure 1C 60 subcellular localization 60 adsorbate 60 pyrope garnets 60 CaM 60 centromeric 60 interannual variability 60 mRNA expression 60 maxima 60 DGGE 60 Fig. 2d 60 figs. 60 kT 60 differentially expressed genes 60 Figure 1A 60 isotopic composition 60 m z 60 2n = 60 eclogitic 60 ha -1 60 Coulomb blockade 60 heterogeneities 60 diffusion coefficients 60 amplitudes 60 PO4 60 Figure 2C 60 phosphatidylinositol 60 VNTR 59 cytokeratin 59 dinucleotide 59 ref. 59 dimeric 59 Fig. 1E 59 Pearson correlation coefficient 59 ^ sub 59 radioligand 59 homozygotes 59 S. cerevisiae 59 meV 59 chromatogram 59 stoichiometry 59 z = 59 EGFP 59 linkage disequilibrium 59 erythrocytes 59 η 59 immunoreactive 59 endonuclease 59 #S rRNA genes 59 fig. S# 59 orthologous 59 plastids 59 QTLs 59 ilmenites 59 Fig. 3d 59 oxygen isotope ratios 59 ^ sup ^ 59 operon 59 intronic 59 rs# [004] 59 epsilon 59 Symbiodinium 59 oxyhemoglobin 59 SSTs 59 Fig. 4C 59 Sgk1 59 dipolar 59 isotope fractionation 59 birefringence 59 Southern Oscillation 59 φ 59 constitutively 59 isoenzyme 59 mutant allele 59 chondrites 59 Supplemental Figure 59 genotypic 59 lysine residues 59 protonated 59 magnesium Mg 59 isomeric 59 atmospheric CO 59 delocalized 59 FEV ^ sub 58 Fig. 4b 58 Figure 1a 58 homozygosity 58 homozygote 58 μM 58 punctate 58 adsorption isotherms 58 FDG uptake 58 isoprostane 58 epistasis 58 #S rRNA gene 58 calcium Ca 58 null mice 58 tetragonal 58 endophytic 58 immunostaining 58 acyclic 58 glutamyl 58 functional polymorphism 58 PTPN# 58 χ 58 mT 58 Brillouin zone 58 di GMP 58 ^ sup -1 58 β 58 mol 58 fluorescence emission 58 GAPDH 58 phenotypic variation 58 redox sensitive 58 serine 58 Ca2 + 58 Dirac fermions 58 poly L lysine 58 TIMP 58 mol L 58 isotopic 58 irradiance 58 allele frequencies 58 anion 58 Cytochrome 58 planktonic foraminifera 58 spatial variability 58 phospholipase 58 intramolecular 58 SST anomalies 58 fig. 58 amino terminal 58 Young modulus 58 karyotype 58 MnO 58 Proteobacteria 58 SMase 58 -1 ^ 58 SDS PAGE 58 taxa 58 hyperintensity 58 C#BL/#J 58 copper oxide superconductors 58 ligand receptor 58 sequence homology 58 miRNA expression 58 EF Tu 58 cytochromes 58 cuprate 58 β1 57 hydroxylation 57 cytoplasmic 57 Ser# 57 keV 57 amino acid residues 57 ncRNA 57 S. Typhimurium 57 strontium isotope 57 desaturase 57 lysates 57 cathepsin B 57 μg ml 57 CagA 57 ^ ^ sup 57 isotopic ratios 57 Vps# 57 phylogenetic analyzes 57 quantum oscillations 57 echogenicity 57 serovar 57 ERalpha 57 autocorrelation 57 metabolite concentrations 57 mRNA transcripts 57 anomalous REE 57 NO3 57 trinucleotide 57 postsynaptic 57 diastolic velocity 57 GaN layer 57 transmembrane domains 57 methyltransferase 57 electron density 57 #ß 57 transferase 57 conductance 57 SiO 2 57 missense mutations 57 Prochlorococcus 57 cellularity 57 Fe Mg 57 RFLP 57 haplogroup 57 Nature vol 57 translationally 57 cyanobacterial 57 COOH 57 monomeric 57 Mg ha 57 neuromelanin 57 λ 57 heterodimers 57 Figure 1D 57 cementite 57 transgene expression 57 COL#A# 57 rho 57 GFP fluorescence 57 DFT calculations 57 intergenic 57 Si substrate 57 homolog 57 IR spectra 57 methoxy 57 tocopherol 57 surface temperatures SSTs 57 basaltic rocks 57 wildtype 57 Zr 57 colocalization 57 Fig. 2D 57 magnetization 57 NH4 + 57 helicity 57 D#G 57 kyr 57 mK 57 metastable 57 #p# [003] 57 superposed 57 Mpc 57 beta gamma 57 HLA DRB1 * 57 glabrata 57 glomerular 57 heterochromatic 57 phospho 57 PaO 2 57 antiferromagnetic 57 Phanerozoic 57 amphioxus 57 dioxygenase 57 1alpha 56 ORFs 56 adduct 56 astrocytic 56 velocity dispersion 56 polycystin 56 histidine 56 valine 56 Nd 56 -# ° [002] 56 dipole moment 56 hydraulic conductivity 56 morphologies 56 cytosolic 56 TIMP 1 56 electron doped 56 protein tyrosine phosphatase 56 monophyletic 56 pyrope garnet 56 kD 56 caveolae 56 μm diameter 56 paleomagnetic 56 homology 56 lactis 56 magmatism 56 homologues 56 immunofluorescence 56 trimers 56 #ppm U 56 steroidogenic 56 differentially regulated 56 HT 2A 56 mononuclear 56 nucleotide sequence 56 aminopeptidase 56 Rab5 56 K + ATPase 56 CdS 56 vibrational modes 56 COOH terminal 56 α 56 antiparallel 56 homologs 56 carboxy terminal 56 = -#.# 56 circularly polarized 56 photoionization 56 chemoattractant 56 nM 56 allele frequency 56 de novo synthesis 56 Chlamydomonas reinhardtii 56 immunohistochemical analysis 56 nucleolar 56 ribosomal protein 56 inhibin B 56 N acetyl 56 nucleotide substitutions 56 cytidine 56 transmembrane 56 NDVI 56 kinase domain 56 hexamers 56 uracil 56 rs# [002] 56 #S rDNA 56 genes differentially expressed 56 substrate specificity 56 cm ^ sup 56 MEFs 56 CAIs 56 m ^ sup 56 ß1 56 CuO 56 apolipoproteins 56 elastic modulus 56 Peroxisome proliferator activated 56 rostral 56 felis 56 cytoplasmic tail 56 phenotypically 56 chrome diopside 56 C3b 56 At#g# 56 phylogeographic 56 Isotopic 56 SAXS 56 catalytically active 56 MWNT 56 plagioclase 56 photon energies 56 ferromagnetism 56 peridotitic 56 hematoxylin eosin original 56 proteolytic cleavage 56 equilibration 56 magnetic excitations 56 annealing temperature 56 eukaryotic 56 temporal variability 56 pmol 56 hypothalamic pituitary 56 μmol 56 homodimers 56 paralogs 56 quasiparticle 56 56 musculus 56 immunofluorescence microscopy 56 Western blotting 56 CaCO 3 56 kBq 56 cadherins 56 tyrosine residues 56 SNe Ia 56 uM 56 + ATPase 56 Chl 56 Haplogroup 56 intraspecific 56 amino acid substitutions 56 lymph node metastasis 56 nanomolar 56 Schematic diagram 56 heterozygosity 56 nonoverlapping 56 ellipsoids 56 crustal rocks 56 incognita 56 KLF4 56 immunoblotting 56 Caenorhabditis 56 yl 56 allelic variants 56 sensu lato 56 TUNEL 56 isotope composition 56 morphologically 56 mu m 56 post perovskite 56 F actin 56 TiO 56 cytoplasmic domain 56 GtC 56 planta 55 receptor kinase 55 prostaglandin E 55 carbon isotopes 55 interobserver 55 Bifidobacterium longum 55 emission spectra 55 RANTES 55 hydroxylase 55 V ATPase 55 tetramers 55 transmembrane protein 55 ° N 55 methylation patterns 55 regression coefficients 55 penetrance 55 constitutively expressed 55 cM 55 ssDNA 55 dimer 55 carcinoembryonic antigen 55 polyadenylation 55 ROC curves 55 albicans 55 cysteines 55 carboxyl terminal 55 D. melanogaster 55 ciliated 55 thymocyte 55 haemagglutinin 55 6S RNA 55 p# NTR 55 neutrino mass 55 GPa 55 cadherin 55 karyotypes 55 oC 55 oligomeric 55 Corynebacterium 55 constitutively active 55 hemoglobins 55 phylogenetically 55 frameshift mutation 55 plastid 55 Phenylalanine 55 electron pairs 55 mesenchyme 55 microsatellite markers 55 aragonite 55 crystallites 55 abundances 55 fibrillar 55 hydrogenase 55 Doppler sonography 55 arcmin 55 neurofilament 55 resonance frequency 55 #β estradiol 55 CCR7 55 quantitative trait loci 55 T2 weighted images 55 diene 55 ephrin 55 homodimer 55 polyploid 55 serum homocysteine 55 threonine 55 hamartomas 55 photolysis 55 immunohistochemical 55 archaeal 55 Morphological 55 isoenzymes 55 CD# expression [001] 55 orthologous genes 55 ecotypes 55 introgression 55 MTT assay 55 CD1d 55 atmospheric CO2 enrichment 55 π 55 rCBF 55 pairwise comparisons 55 myc 55 SN #/#/# [002] 55 Kruskal Wallis test 55 polypeptide chain 55 altitudinal 55 allelic 55 histopathological 55 tyrosine phosphorylation 55 fractional anisotropy 55 Immunohistochemical staining 55 paternally inherited 55 catechol 55 Neogene 55 PBMCs 55 pairwise 55 nonequilibrium 55 gaussian 55 hemoglobin Hb 55 spatially resolved 55 enolase 55 conformer 55 octanol 55 FeO 55 diffraction patterns 55 tropomyosin 55 P3HT 55 cosmic ray intensity 55 selfing 55 hemagglutination 55 CD# CD# 55 microglial 55 solvation 55 parasitaemia 55 elemental composition 55 lowermost mantle 55 electrical resistivity 55 compressional 55 mannose 55 nonlinearities 55 C#BL 6 55 Rap1 55 acyltransferase 55 claudin 55 Pearson correlation coefficients 55 inhomogeneity 55 IGFBP 55 cell adhesion molecule 55 immunoglobulin G 55 alanine 55 t# c# CLA 55 proline rich 55 lipoxygenase 55 linearized 55 pN 55 tetramer 55 ß catenin 55 circular dichroism 55 sexual dimorphism 55 fermion 55 cTnI 55 MgO 55 synteny 55 absorption coefficient 55 paleoclimatic 55 pulvinar 55 catenin 55 cystatin 55 gene encodes 55 beta subunit 55 HepG2 cells 55 thioredoxin 55 cyclization 55 g ml 54 multivariable analysis 54 hyperfine 54 hnRNP 54 trimer 54 haplogroups 54 nmol 54 intracellular Ca 2 54 enthalpy 54 fluorescence quenching 54 condensin 54 F FLT 54 Phylogenetic analyzes 54 mtDNA sequence 54 paramagnetic 54 bilayers 54 interconversion 54 mV V 54 ortholog 54 ERK signaling 54 immunohistochemical staining 54 retinol binding protein 54 NMR spectra 54 metazoans 54 clades 54 Nb 54 blackbody 54 alkane 54 catechol O methyltransferase 54 mantle plumes 54 nitrotyrosine 54 S1P ^ sub 54 morphological 54 nucleotide sequences 54 presynaptic 54 proteomic analysis 54 calcium homeostasis 54 aggrecan 54 follicular fluid 54 #degreesC 54 virulence genes 54 femora 54 cDNAs 54 bandgaps 54 mya 54 absorbance 54 3' 54 hypointense 54 agarose gel electrophoresis 54 phytochrome 54 iron arsenide 54 #m Tc 54 spatial scales 54 logistic regressions 54 kDa 54 sulfur isotope 54 hydroxyphenyl 54 ^ F FDG 54 meson 54 serum albumin 54 elegans 54 tumorigenicity 54 supernatant 54 transcriptional repressor 54 DRB1 * 54 Phylogenetic 54 phonon 54 esterase 54 depolarization 54 autoregulation 54 phylogenies 54 jejuni 54 monosaccharide 54 temperature coefficient 54 stomatal 54 Trichophyton rubrum 54 Syt II 54 molecular phylogenetic 54 Δ 54 hexose 54 ppm U 54 metazoan 54 Gly 54 T1 weighted 54 sigmoidal 54 ms -1 54 perovskite 54 oligotrophic 54 forcings 54 xenograft tumors 54 ferroelectricity 54 thyroglobulin 54 sitosterol 54 donor acceptor 54 exonuclease 54 proline 54 SiO 54 epithelia 54 gadolinium Gd 54 phylogenetic 54 Chlamydomonas 54 acetylated 54 Myr 54 interphase 54 PON1 gene 54 KaiC 54 vanadium oxide 54 caudal 54 epididymal 54 polymorphism 54 subcellular compartments 54 μV 54 triacylglycerol 54 ectodomain 54 synthases 54 Xenopus laevis 54 apo AI 54 3' UTR 54 noncoding 54 Confocal microscopy 54 adrenocortical 54 μmol L 54 transfected 54 transcriptional activation 54 pombe 54 SNP rs# [002] 54 evolutionarily conserved 54 positron emitting 54 posttranslational modifications 54 covariance 54 FABP 54 proteomes 54 diffraction pattern 54 photoemission 54 Fv 54 ciliates 54 glycosyltransferase 54 P. gingivalis 54 HARN 54 CD4 ^ sup 54 dimers 54 mammalian fatty acid 54 Plio Pleistocene 54 WNK1 54 intracellular pH 54 N. benthamiana 54 intron 54 hybridizations 54 beta tubulin 54 erythroid 54 saccharide 54 ventricular myocardium 54 proximal tubule 54 morphogen 54 serum concentrations 54 MDCK cells 54 -# º C [002] 54 Linear regression 54 mosaicism 54 diffusible 54 3'UTR 54 dispersive 54 isomers 54 lognormal 54 compressive stress 54 alveolar epithelial cells 54 molecular orbitals 54 Rubisco 54 CD3 + 54 wavefunction 54 transfer FRET 54 denaturing gradient gel electrophoresis 54 micrographs 54 X ray absorption spectroscopy 54 Leydig cells 54 histopathologic examination 54 apolipoprotein 54 eosinophil count 54 ectopic expression 54 diploid 54 vanadate 54 hysteresis loop 54 ethyl ester 54 bivariate 54 #ppb [001] 54 tropospheric 54 guanylyl cyclase 54 MEK1 54 eosin 54 IP chargeability 54 nucleated cells 53 HBV genotype 53 FRET 53 villous 53 Permeability 53 rhenium Re 53 ratiometric 53 Spectroscopic 53 oncogenic transformation 53 antibody antigen 53 Fe Mn 53 thermal gradients 53 magnesium ion 53 indels 53 #OHD 53 Schematic representation 53 cis regulatory 53 actin binding 53 carboxy 53 resonance frequencies 53 receptor gene 53 chi ^ sup 53 spectroscopically 53 alternatively spliced 53 bacterial genomes 53 Frizzled 53 PUFA intake 53 monomorphic 53 resonant frequencies 53 pyroxene 53 subtilis 53 spermine 53 crustal thickness 53 spinous 53 relative abundances 53 P cadherin 53 subgenus 53 immunodominant 53 kelvin 53 histone H3 53 ± SEM 53 oligomerization 53 JAK STAT 53 luminosities 53 ordinary chondrite 53 inhomogeneities 53 transgenic mice expressing 53 ouabain 53 microstructural 53 GenBank accession 53 guanosine 53 phosphoprotein 53 synthetase 53 platinum Pt 53 upper tropospheric 53 biogeographic 53 thermal diffusivity 53 differential gene expression 53 retinal neurons 53 NWs 53 ERK1 53 mRNA decay 53 bilayer 53 polynucleotides 53 Tl 53 Extracellular 53 heterojunctions 53 telomeric 53 p# MAPK 53 Late Ordovician 53 Gln 53 downwelling 53 supernatants 53 T2 weighted 53 chromosomal aberrations 53 cyclicity 53 intergenic regions 53 substituents 53 morphologic 53 monozygotic 53 cosmic ray flux 53 S. enterica 53 ellipsoid 53 illite 53 magnetoresistance 53 luciferase reporter 53 CD#b 53 ARPES 53 monozygotic twins 53 tropical latitudes 53 Fourier transform 53 Histopathologic 53 coenzyme 53 transmembrane domain 53 micrograph 53 single celled algae 53 amino acid residue 53 eukaryote 53 coccolithophores 53 gene polymorphism 53 globular proteins 53 logarithm 53 glycosylated 53 LNCaP cells 53 photoperiod 53 niobium Nb 53 ANOVA 53 Nrg 53 C. reinhardtii 53 bronchial epithelial cells 53 missense mutation 53 etiologic 53 disulfide bond 53 metabolomic profiles 53 ribosomal DNA 53 fractal dimension 53 nucleotide substitution 53 circularly polarized light 53 proto oncogene 53 antigen binding 53 progesterone receptor PR 53 thermodynamic stability 53 serine protease 53 vacuolar 53 kDa protein 53 magnification x# [002] 53 Treponema 53 z ~ 53 z axes 53 CaCO3 53 db db mice 53 holotype 53 diatom 53 molar ratio 53 Genetic variation 53 X chromosome inactivation 53 deletion mutant 53 rubrum 53 HLA DR 53 D#N 53 g cm 53 hypoperfusion 53 oligomer 53 Anisotropy 53 acyl CoA 53 Prevotella 53 stromal 53 nonparametric 53 mg kg -1 53 chondritic 53 #,# bis 53 ß carotene 53 lactone 53 phytoplankton biomass 53 dinitrogen 53 adipocyte 53 oxygenic photosynthesis 53 vimentin 53 protein phosphatase 53 GaP 53 β actin 53 transfected cells 53 missense