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(Click for frequent words.) 68 adsorbs 67 γ 65 hydrogen ions 65 poly L lysine 65 thermal decomposition 65 chemically reactive 64 adsorbed onto 64 protonated 63 unreacted 63 adsorption 63 aqueous solution 63 bilayer 63 MWNT 63 sulfur atom 63 bosonic 63 oxygen atoms 62 antiferromagnetic 62 manganese oxide 62 isotope fractionation 62 silicate minerals 62 covalently bonded 62 oxidizes 62 lipid bilayer 62 crystallites 62 eluted 62 mesoporous 62 hydrogens 62 titania 61 plasmon 61 carboxylate 61 immiscible 61 dimer 61 hydroxide 61 zinc ions 61 CdSe 61 thiol 61 magnetization 61 dihydrogen 61 stoichiometry 61 acetylated 61 amide 61 anionic 61 sulfur atoms 61 bilayers 61 ceria 61 paramagnetic 61 stilbene 61 ionise 61 tetramer 61 ATP hydrolysis 60 pyrophosphate 60 porphyrin 60 dimers 60 weakly interacting 60 intramolecular 60 cementite 60 electrochemically 60 alkynes 60 monolayer 60 catalytically active 60 vibrationally excited 60 fermion 60 thiols 60 uranyl 60 electron pairs 60 Fig. 2b 60 5' triphosphate 60 magnesium ion 60 photolysis 60 dimeric 60 nucleophilic 60 quinone 60 nanoclusters 60 Diels Alder 60 MgO 60 carbonyl 60 hydrophobic interactions 60 ferric iron 60 F actin 60 dsRNA 60 anion 60 chemisorption 60 adsorbing 60 covalently linked 60 borane 60 photoactive 60 supernatant 59 epoxide 59 hydroxyl 59 desorbed 59 cyclization 59 fig. S1 59 adsorbate 59 efflux 59 redox reactions 59 soluble 59 hydroxyl radicals 59 anions 59 covalent bond 59 chlorine atom 59 eclogitic 59 ionised 59 hydrolyze 59 magnesium ions 59 ionized 59 chromophore 59 dinitrogen 59 divalent 59 monomeric 59 hydride 59 silicate rocks 59 UV irradiation 59 proteinase 59 labile 59 macrocycle 59 monolayers 59 diffusible 59 oxidises 59 metal ions 59 vanadate 59 electrophilic 59 shear modulus 59 adduct 59 silicates 59 molecules adsorbed 59 polymerized 59 beta cyclodextrin 59 absorption spectra 59 P selectin 59 methylate 59 crystallinity 59 diphosphate 58 carboxylic acid 58 anthracene 58 alkane 58 disulfide 58 crystal lattice 58 inorganic salts 58 sodium ions 58 hydrogenase 58 mannose 58 silicide 58 oxygen ions 58 plagioclase 58 silicate 58 undoped 58 electrostatic interactions 58 diatomic 58 equimolar 58 metal cations 58 flavin 58 oxygen atom 58 soluble proteins 58 FeO 58 hydrogen atoms 58 unreactive 58 cytosol 58 triphosphate 58 Supplementary Fig 58 clathrate 58 alkene 58 cytosolic 58 phenanthrene 58 trimers 58 platinum Pt 58 uracil 58 alkyl 58 reactant 58 lysine residues 58 aryl 58 hydroxides 58 functionalized 58 nanodroplets 58 deuterated 58 martensite 58 oligomerization 58 dephosphorylation 58 cesium ions 58 Fig. 4a 58 concentration gradient 58 compressive stress 58 gelation 58 photoconductive 58 crosslinked 58 delocalized 58 polypeptide chain 58 ^ sub 58 carbene 58 pyroxene 58 cuprate 58 oligomeric 58 enzymatically 58 degassed 58 oxidised 58 oligomer 58 diene 58 carbonyls 58 anode electrode 57 ferric 57 exciton 57 carbonic acid 57 photon energies 57 doped silicon 57 zinc sulfide 57 dopant 57 ions 57 hemoglobin molecule 57 phosphorylated 57 aqueous phase 57 vacuoles 57 photochemically 57 MWCNTs 57 nanoporous 57 dimerization 57 CdS 57 calcium sulphate 57 molecule 57 poly ethylene glycol 57 RecA 57 pyrimidine 57 hexamers 57 hydrolyzing 57 Fig. 1a 57 QDs 57 NH4 + 57 boron atoms 57 hydroperoxide 57 oppositely charged 57 Fig. 1A 57 oxidise 57 micelle 57 solubilize 57 montmorillonite 57 metallic ions 57 nucleate 57 ionizes 57 hydrophobic 57 fluorapatite 57 DNase 57 hydrophilic polymer 57 diffusive 57 bipyridine 57 electrically insulating 57 conduction electrons 57 gallium indium arsenide 57 fig. S2 57 extracellular 57 anisotropy 57 chemically inert 57 covalent 57 cofactor 57 palytoxin 57 carboxylic acids 57 valence electron 57 disulfide bonds 57 vibrational modes 57 reactants 57 acetyl CoA 57 carborane 57 superposed 57 ferromagnetic 57 tin oxide 57 fibrillar 57 saturable 57 adsorb 57 oxidizing agent 57 membrane fusion 57 phosphonate 57 interfacial tension 57 oxygens 57 micelles 57 heme oxygenase 57 electrically conducting 57 silicon monoxide 57 Fig. 3B 57 excitons 57 alpha particles 57 antiparallel 57 μm diameter 57 aluminum silicate 57 imidazole 57 polymerizes 57 Dirac fermions 57 ATPase 57 tungstate 57 solvation 57 hydroxide ions 57 finely dispersed 57 Extracellular 56 porphyrins 56 ε 56 Coulomb blockade 56 cytochrome c 56 nitrogen atoms 56 Rab5 56 sulfated 56 sorption 56 austenite 56 polymerised 56 icosahedral 56 vesicular 56 hydrides 56 electron 56 epoxides 56 complexation 56 aldehyde 56 cobalt atoms 56 urease 56 peroxidase 56 cadmium sulfide 56 adsorption isotherms 56 mM 56 chelated 56 asparagine 56 NADPH 56 6S RNA 56 Fig. 4B 56 silica nanoparticles 56 selenide 56 boron oxide 56 strontium titanate 56 electron acceptor 56 inhomogeneity 56 adenine 56 copper sulfide 56 Diels Alder reaction 56 anodic 56 endonuclease 56 pentacene molecule 56 alkali metal 56 methanogenesis 56 molecule binds 56 electron affinities 56 hydrolysis 56 conductance 56 oxidized 56 Reactive oxygen species 56 magnesium Mg 56 atoms 56 covalently bound 56 SWCNT 56 dispersive 56 bilayer graphene 56 histidine 56 depolarized 56 Fig. 1b 56 nitric 56 μM 56 lysate 56 osmotic pressure 56 cytidine 56 mitochondrial membrane 56 tensile stress 56 aqueous dispersion 56 substrate 56 proximal tubule 56 Ca2 + 56 aragonite 56 dielectric layer 56 homodimers 56 endosome 56 disulphide 56 Eq. 56 hydroxyl radical 56 H#O# 56 donor acceptor 56 dimethyl 56 sorbed 56 fluorescence quenching 56 Supplementary Figs 56 halide 56 bicarbonate ions 56 fluorophore 56 alkenes 56 isoprenoid 56 supersolid 56 macromolecule 56 graphane 56 Fig. 2a 56 complexed 56 degranulation 56 polypeptide 56 chemical reactivity 56 intermolecular 56 sensitizer 56 metastable 56 electron density 56 isotope ratios 56 crystal lattices 56 electrostatic attraction 56 autotrophic 56 kD 56 NMR spectra 56 disulfide bond 56 ATP adenosine 56 fluorescently tagged 56 calcium oxide 56 overlying sediments 56 Fig. 1c 56 histone H3 56 photochemical reactions 56 formate 56 lipid membrane 56 Fig. 2B 56 solutes 56 posttranslational modification 56 RANTES 56 nanosphere 56 vesicle 56 constitutively active 56 MWCNT 56 thermally stable 56 electrons emitted 56 analyte 56 silicic acid 55 beta tubulin 55 photoemission 55 MDCK cells 55 coexpression 55 orbitals 55 avidin 55 covalent bonding 55 ammonia NH3 55 COFs 55 sodium atoms 55 erythrocytes 55 nonmagnetic 55 heterostructures 55 zero valent iron 55 Fig. 1d 55 alkyne 55 adsorbent 55 dipole moment 55 humic 55 nitration 55 ligands 55 Fig. 4A 55 photocatalytic 55 EGFP 55 silicate mineral 55 liquid electrolyte 55 NaOH 55 intercalation 55 epitaxially 55 membrane lipids 55 crystalline solids 55 elute 55 electrochemical reactions 55 NHCs 55 hydrophobic molecules 55 ,#,# [002] 55 Fig. 3a 55 excitation 55 electrons 55 polymerization 55 interfacial 55 plasmons 55 sulphidic 55 fig. S3 55 antibodies bind 55 lyase 55 COOH 55 lithium cobalt 55 equilibrated 55 thiocyanate 55 desorption 55 ethyl ester 55 volatilized 55 neodymium Nd 55 redox active 55 Hydrogen sulphide 55 chlorine atoms 55 nuclei 55 vacuole 55 electronic excitations 55 phosphonates 55 ionize 55 paxillin 55 boron nitride 55 colocalization 55 dielectric permittivity 55 nanocages 55 l lysine 55 intracellular pH 55 transmembrane 55 lipophilic 55 glycosylated 55 tholins 55 basal layer 55 allyl 55 membrane protein 55 T rubrum 55 site directed mutagenesis 55 intestinal epithelial cells 55 operon 55 SDS PAGE 55 zinc oxide ZnO 55 glycolipids 55 polaritons 55 diamagnetic 55 ectodomain 55 molecules 55 inorganic ions 55 trimer 55 cadmium chloride 55 catalytic reactions 55 conformer 55 redox 55 acyclic 55 nanopillars 55 polariton 55 electron pairing 55 gp# [002] 55 activated macrophages 55 CD1d 55 imine 55 dihydrate 55 fullerene 55 PbS 55 polyacrylate 55 recrystallization 55 oxidising 55 hydrophobicity 55 lysates 55 iron arsenide 55 DNMT1 55 intracellular 55 bismuth telluride 55 lipopolysaccharide LPS 55 dentin 55 caveolae 55 fluorogenic 55 hydrous 55 thermally activated 55 azide 55 proton pump 55 racemic mixture 55 antibody binds 55 Thermus thermophilus 55 aliphatic 55 esterified 55 covalently attached 55 chelates 55 postsynaptic neuron 55 martensitic 55 silicon dioxide SiO2 55 steric 55 somatostatin receptor 55 lyse 55 recrystallized 55 synaptic vesicles 55 goethite 55 calcium ions 55 passivated 55 ethylmercury 55 Sulfate 55 equilibration 55 beta. 55 micropores 55 photosystem II 55 carbonate minerals 55 inorganic phosphate 55 supersaturation 55 carbonaceous material 55 semiconductive 55 isotopic compositions 55 metalloproteases 55 prokaryote 55 nanosized 55 acylated 55 inhomogeneous 55 cadmium selenide 55 GaP 55 actin polymerization 55 colloidal particles 55 polymerize 55 transcriptional activation 55 intermetallic 55 cysteine residues 55 dopants 54 arsenite 54 cuprate superconductors 54 biodegraded 54 electrons orbiting 54 covalently 54 catalytically 54 Schematic representation 54 Fig. 2c 54 C# fullerenes 54 NADH 54 tetramers 54 monodisperse 54 nanorod 54 gallium indium 54 electrostatic repulsion 54 deuterium atoms 54 aminobutyric acid 54 streptavidin 54 GPa 54 nucleated 54 surfactant molecules 54 riboswitch 54 silicon atoms 54 phosphatidylinositol 54 phospholipid 54 ferric oxide 54 lipid bilayers 54 SNARE proteins 54 P3HT 54 β 54 ^ sup -1 54 amorphous silica 54 colloidal nanocrystals 54 chemically bonded 54 dissipative 54 water soluble 54 peroxynitrite 54 lactone 54 apatite 54 crosslinking 54 metalloproteins 54 CaO 54 κ 54 hydrogen nuclei 54 fig. S4 54 quantum oscillations 54 efflux pump 54 oxygenic photosynthesis 54 SiO 2 54 oxidizing agents 54 surface plasmon resonance 54 cm -1 54 helium ions 54 Vps# 54 dipolar 54 titanium oxide 54 cell lysates 54 actin binding 54 titania nanotubes 54 polymerizing 54 NO3 54 granule 54 cathepsin B 54 thiourea 54 nonionic 54 Fig. 3A 54 self assembled monolayer 54 zero valent 54 moieties 54 Fig. 3b 54 nanomagnets 54 octanol 54 phosphoprotein 54 micrometer scale 54 IR spectra 54 carboxyl 54 hydrolytic 54 nitrate nitrite 54 YBCO 54 isotopic ratios 54 Ozone O3 54 crystallite 54 helices 54 polybutadiene 54 -# mV [001] 54 SWCNTs 54 SNARE complex 54 CuO 54 membrane receptors 54 lipopolysaccharide 54 micellar 54 homodimer 54 post perovskite 54 fluoresces 54 perovskite 54 fluorescence spectra 54 superlattices 54 prokaryotic 54 disaccharide 54 Mott insulator 54 microgel 54 magnesium silicate 54 phagocytic cells 54 oxidase 54 fig. S6 54 σ 54 biominerals 54 translationally 54 absorbance 54 dissolved salts 54 PSMA protein 54 pnictides 54 ferromagnet 54 dissolved inorganic 54 membrane 54 cm -3 54 chlorophyll molecule 54 refractive indices 54 absorbs ultraviolet 54 toroid 54 anisotropic 54 vanadium oxide 54 enhanced Raman scattering 54 cell cytoplasm 54 CAIs 54 nanomesh 54 B. subtilis 54 oxidant 54 agglomerates 54 hexadecane 54 nonequilibrium 54 thermostable 54 glutamyl 54 DGGE 54 plasma membrane 54 anhydrite 54 cycloaddition 54 tuffaceous rocks 54 linearly polarized 54 elution 54 halides 54 chlorite altered 54 polymorphonuclear 54 carbonaceous 54 tetragonal 54 mediated inhibition 54 purified protein 54 sulfonic acid 54 sulfation 54 sGC 54 receptor mediated endocytosis 54 K + ATPase 54 P gp 54 fluorescently labeled 54 micrometer sized particles 54 physico chemical properties 54 olivines 54 GlcNAc 54 enthalpy 54 KATP channels 54 chemically modify 54 vesicle fusion 54 colloidal 54 pRb 54 photosynthetic apparatus 54 naturally occurring 54 Fig. 1C 54 solubilizing 54 cell adhesion molecules 54 plasmacytoid dendritic cells 54 limestone xenoliths 54 thermodynamically stable 54 tensile strain 54 cerium oxide 54 barium carbonate 54 ATP synthase 54 volatilization 54 parylene 54 resuspended 54 ssDNA 54 translocates 54 PDZ domain 54 ZnS 54 heterochromatic 54 serine 54 monocyte 54 nanocrystals 54 annexin V 54 exothermic reaction 54 ZnO 54 fluxing 54 transduce 54 azides 54 anthropogenic carbon dioxide 54 nucleation 54 STAT1 54 gliadin 54 proteolysis 54 birefringence 54 amorphous calcium carbonate 54 absorbs photons 54 preferentially binds 54 circular dichroism 54 carboxyl terminal 54 phagocytosis 54 unpaired electron 54 inelastic scattering 54 saccharide 54 intercalated 54 myofibroblasts 54 oxide particles 54 ozone O3 54 pearlite 54 crustal rocks 54 immunodominant 54 haemagglutinin 53 thioredoxin 53 oxidizing 53 Hydrogen atoms 53 glycated 53 molybdenum disulfide 53 chondroitin sulphate 53 immunofluorescence microscopy 53 superlattice 53 nanoholes 53 endospores 53 dye molecules 53 claystone 53 phonon 53 SWNTs 53 deuterium 53 dichromate 53 photocatalyst 53 synthetase 53 ATPases 53 hydrogen atom 53 heavy fermion 53 quasiparticles 53 trypsin 53 graphene layers 53 calcite crystals 53 kinase domain 53 IL #p# 53 electrospray 53 figs. 53 electron doped 53 zinc selenide 53 sulfonated 53 Ytterbium 53 Si substrate 53 conformational changes 53 sphingomyelin 53 membrane proximal 53 silica microspheres 53 transduced 53 amino acid asparagine 53 deacetylation 53 TiO 53 organometallic compounds 53 chromophores 53 chalcogenide 53 nanodiamonds 53 nucleating 53 substituents 53 unpaired electrons 53 anatase 53 malate 53 phonons 53 magnetisation 53 nanodots 53 cuprates 53 proteinaceous 53 proline rich 53 heterodimers 53 smectite 53 graphitic 53 wettable 53 cytochrome 53 calcium fluoride 53 corona discharge 53 basolateral 53 biologically inert 53 C3 convertase 53 nanodiamond 53 ionized oxygen 53 sodium chloride NaCl 53 graphitic carbon 53 interconversion 53 aqueous environments 53 colloidal suspension 53 upregulation 53 glomerular 53 InAs 53 pillow lava 53 picomolar 53 photocurrent 53 carbides 53 ligand receptor 53 rubidium vapor 53 luminal surface 53 supramolecular 53 guanine 53 MT1 MMP 53 titanate 53 superoxide radicals 53 epidote 53 hydrolases 53 sodium magnesium 53 SIRT2 53 exocytosis 53 iron oxides 53 Amino acid 53 molecular sieve 53 silicon waveguide 53 laser excitation 53 nanocrystalline 53 Elevated concentrations 53 cobalt atom 53 KaiC 53 isotropic 53 proline 53 ruthenium oxide 53 gold nanoclusters 53 yttrium barium copper 53 palladium nanoparticles 53 circularly polarized light 53 extracellular domain 53 spheroidal 53 potassium atoms 53 basaltic rocks 53 volatilize 53 asymmetric catalysis 53 elastic modulus 53 germanium antimony 53 silicate dust 53 glucose oxidase 53 solubilization 53 Oxidized 53 ciliated 53 polyphosphate 53 focal adhesions 53 glycosyltransferase 53 quasiparticle 53 bacterial decomposition 53 uraninite 53 pentamer 53 cyclic adenosine monophosphate cAMP 53 adhesion proteins 53 carbon atom 53 biotinylated 53 coiled coil 53 guanosine 53 electron tunneling 53 spheroids 53 inorganic nitrogen 53 multi walled nanotubes 53 L cysteine 53 phorbol 53 mineralized mafic 53 SWNT 53 oxidative enzymes 53 β1 53 presolar 53 SMase 53 cadherins 53 Rap1 53 peptide antigens 53 oxidants 53 illite 53 sulfide nanoparticles 53 bile acid 53 eutectic 53 μg ml 53 submicrometer 53 siderite 53 viral polymerase 53 heterojunctions 53 metasomatic 53 paracellular 53 Al#O# 53 enantiomeric 53 microcavities 53 hydrolysed 53 mutant proteins 53 kerogen 53 iron pnictides 53 nucleotide sequences 53 hydroxyphenyl 53 arsenate 53 spherical particles 53 electron orbitals 53 monomers 53 crosslinks 53 proteolytic cleavage 53 carbenes 53 Ferric 53 selectively binds 53 cysteine residue 53 Calcium citrate 53 heterogeneous catalysts 53 cyanide ions 53 fluorescing 53 iron sulphides 53 AMPA receptors 53 GAPDH 53 trioxide 53 particles 53 silicate glass 53 superfluid 53 silicification quartz 53 chloride salts 53 anorthosite 53 pyrrolysine 53 transferrin receptor 53 glucose transporters 53 muscarinic 53 osmotic stress 53 nanobubbles 53 assay detects