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(Click for frequent words.) 76 monolayers 72 substrate 69 anionic 68 crystallinity 68 mesoporous 67 agarose 67 SiO 2 67 self assembled monolayer 67 YBCO 67 QDs 67 bilayer 66 cadmium selenide 66 strontium titanate 66 SWCNT 66 nanocrystals 66 microstructures 66 silicon substrate 65 silicide 65 nanospheres 65 pentacene 65 graphene layers 65 SWNTs 65 tetramer 64 catalytically active 64 MWNT 64 block copolymer 64 nanowire 64 supramolecular 64 TiO 2 64 polymeric 64 SWNT 64 graphene sheet 64 polymer matrix 64 silica spheres 64 block copolymers 64 intramolecular 64 dopant 64 AlN 63 nanocrystalline 63 substrates 63 colloidal 63 hafnium oxide 63 Si substrate 63 silicon substrates 63 crystallites 63 spherical particles 63 multilayers 63 graphene sheets 63 nanodiamond 63 undoped 63 SDS PAGE 63 AlGaN 63 micelles 63 nanoporous 63 dielectrics 63 μm thick 63 streptavidin 63 ZnS 63 lipid bilayer 63 anions 62 hollow spheres 62 hexamers 62 perovskite 62 dielectric 62 crystal lattice 62 ZnSe 62 CdSe 62 antiferromagnetic 62 MDCK cells 62 aqueous solution 62 titania 62 lipid membranes 62 SWCNTs 62 bilayers 62 Fig. 1A 62 palladium nanoparticles 62 colloid 62 SiO2 62 aluminum oxide 62 silicon nitride 62 solutes 62 micron thick 62 dielectric layers 62 fibrillar 62 ceria 62 nanometer sized 62 membrane 62 nanodots 62 nanoclusters 62 PEDOT 62 monodisperse 61 interfacial 61 nanometric 61 polycrystalline 61 dimer 61 ferromagnetic 61 metallic nanoparticles 61 barium titanate 61 micrometre scale 61 titania nanotubes 61 nanosized 61 boron nitride 61 silicon oxide 61 functionalized 61 quasicrystal 61 epithelial cells 61 eutectic 61 macroporous 61 superlattices 61 lipid membrane 61 microcrystalline 61 sulfur atoms 61 nucleation 61 porphyrins 61 dimers 61 dihydrogen 61 supernatant 61 nanostructures 61 nanocages 61 microporous 61 MWCNTs 61 parylene 61 epoxide 61 thiol 61 nanosphere 61 donor acceptor 61 transmembrane 61 stilbene 61 antiparallel 61 nitride 61 lamellae 61 photoactive 61 nanoribbons 61 adsorption 61 polymerized 61 InAs 61 gate electrode 61 nanowires 61 poly L lysine 61 hydrophobic interactions 61 adduct 61 aluminum nitride 61 indium arsenide 61 ZnO 61 silica nanoparticles 61 titanium oxide 61 GaN layer 60 nucleation layer 60 trimers 60 polymer membrane 60 chromophore 60 NiSi 60 macromolecules 60 MWNTs 60 paramagnetic 60 1μm 60 nonmagnetic 60 nanotubes 60 colloidal crystal 60 #μm [002] 60 PEDOT PSS 60 CdS 60 adsorbed 60 mannose 60 compressive stress 60 dye molecules 60 icosahedral 60 cadmium sulfide 60 selenide 60 martensite 60 heterostructures 60 oligomer 60 hydrophobic 60 AlN layer 60 electrically insulating 60 hydrophilic polymer 60 nanoscopic 60 yttrium barium copper 60 passivated 60 ssDNA 60 porphyrin 60 silicon nanoparticles 60 adsorbs 60 crosslinked 60 crystallins 60 CNTs 60 colloidal particles 60 anodic 60 alkynes 60 carbene 60 microcavities 60 P3HT 60 chemically reactive 60 colloidal crystals 60 lithographically patterned 60 polypeptides 60 titanium carbide 60 thermally stable 60 membranes 60 tetragonal 60 actin binding 60 vacuoles 60 lipid bilayers 60 helical structures 60 vapor deposition 60 epitaxially 60 collagenous 60 catalytic reactions 60 optically transparent 60 polystyrene beads 60 biomolecule 59 μm diameter 59 ultrathin layer 59 nanotube arrays 59 toroid 59 conduction electrons 59 nanocubes 59 adsorbed onto 59 dielectric layer 59 microgel 59 histidine 59 micrometer scale 59 oxide layer 59 extracellular matrix proteins 59 silicon Si 59 MgO 59 photochemically 59 electrochemically 59 silicon dioxide SiO2 59 superlattice 59 tin oxide 59 P selectin 59 indium tin oxide ITO 59 analyte 59 nanotube 59 conductive epoxy 59 lysate 59 unreacted 59 fibril 59 fibrin gel 59 oxidised 59 nanoparticle 59 oligomers 59 graphene oxide 59 microfluidic channels 59 HfO2 59 hydrophobicity 59 anion 59 epitaxial 59 pearlite 59 nanochannels 59 self assembled monolayers 59 graphite oxide 59 Fig. 1a 59 endonuclease 59 crystallite 59 dielectric materials 59 tubules 59 solder bumps 59 Supplementary Fig 59 quinone 59 ligand 59 manganese atoms 59 manganese oxide 59 polymer nanofibers 59 thermal decomposition 59 nanoscale 59 coverslip 59 exciton 59 recrystallization 59 electrostatic interactions 59 polyelectrolyte 59 Fig. 2b 59 electrically conductive 59 intermetallic 59 dielectric constant 59 silicate glass 59 Fig. 1c 59 polymer 59 MoS2 59 intermolecular 59 macroscale 59 nanoparticles 59 ferrite 58 zinc oxide ZnO 58 covalent bond 58 peroxidase 58 micron sized 58 Annexin V 58 RecA 58 photoconductive 58 semiconducting 58 nanocrystalline diamond 58 fluorescent molecules 58 dopants 58 mucin 58 cleavable 58 inorganic ions 58 disulfide bonds 58 dimeric 58 confocal microscopy 58 phospholipids 58 spherical nanoparticles 58 silicon atoms 58 electrospun 58 Langmuir Blodgett 58 TiN 58 lamellar 58 electrophoretic 58 nanopowder 58 nanolayers 58 calcium fluoride 58 polymerisation 58 gold nanoclusters 58 silica particles 58 electrostatically 58 hydrophobic surfaces 58 supramolecular structures 58 carboxylate 58 cationic 58 microcavity 58 microcracks 58 biaxial 58 DNase 58 fig. S6 58 cadmium chloride 58 γ 58 alkyl 58 polyaniline 58 anisotropic 58 agarose gel 58 biologically inert 58 electron pairs 58 F actin 58 polar solvents 58 chromophores 58 epitaxial layer 58 ferroelectric 58 cyclization 58 hollow fibers 58 polymerization 58 isotropic 58 bilayer graphene 58 multiwalled carbon nanotubes 58 silicon nanowire 58 titanium nitride 58 nanobelts 58 Fig. 2a 58 polydimethylsiloxane 58 atomically smooth 58 microtubes 58 magnetic beads 58 micelle 58 site directed mutagenesis 58 plasma membrane 58 #.#μm [001] 58 electrode 58 nanorod 58 apical membrane 58 cathepsin B 58 MWCNT 58 horseradish peroxidase 58 macromolecule 58 protonated 58 nucleate 58 vanadium oxide 58 nanocrystal 58 zinc ions 58 fullerene 58 hydroxyapatite 58 fibrils 58 fused silica 58 zeolites 58 amorphous silica 58 pyrimidine 58 nanoparticulate 58 rotaxanes 58 crystal lattices 58 nanostructure 58 ligands 58 nanochannel 58 reactant 58 nanofilm 58 disulfide 58 Schottky barrier 58 graphane 58 carbon nanotubes 58 nanotubes nanowires 58 CMOS transistors 58 trabecular 58 oppositely charged 58 micrometre 58 beta tubulin 58 mesoporous silica 58 disulfide bond 58 divalent 57 walled carbon nanotube 57 magnesium ions 57 Fig. 2A 57 cobalt atoms 57 gate dielectric 57 transfected cells 57 elastic deformation 57 porous membranes 57 graphitic carbon 57 inhomogeneity 57 polymer beads 57 nanobubbles 57 planar 57 vesicle fusion 57 interfacial layer 57 homodimer 57 oligomeric 57 fig. S1 57 Fig. 1C 57 cerium oxide 57 agglomerates 57 boron atoms 57 zinc sulfide 57 conjugated polymer 57 layer graphene 57 phytochrome 57 wettability 57 intergranular 57 nanopillars 57 extracellular 57 borosilicate glass 57 moieties 57 electrodeposition 57 post perovskite 57 nanoholes 57 nitrogen atoms 57 semiconducting properties 57 transparent conductive 57 covalently bonded 57 epithelia 57 steric 57 electron density 57 pellicle 57 5μm 57 collagen fibrils 57 periosteum 57 proteinaceous 57 dsRNA 57 liquid electrolyte 57 endocytic 57 optical waveguides 57 hydrogels 57 wettable 57 nanomesh 57 Fig. 1D 57 nanorods 57 carbonyl 57 eluted 57 polymerised 57 ohmic contacts 57 cementite 57 gelation 57 SiON 57 nonpolar 57 anneal 57 graphene flakes 57 cuvette 57 epithelial cell 57 polypeptide 57 lanthanum aluminate 57 helices 57 gate dielectrics 57 microfabricated 57 hematoxylin 57 uniaxial 57 solvation 57 polymer electrolyte 57 tensile stress 57 micrometer sized 57 zero valent iron 57 polyimide 57 siloxane 57 collagen fibers 57 transferrin receptor 57 micrometer sized particles 57 thiols 57 aqueous 57 crosslinking 57 fluorapatite 57 palladium Pd 57 dipole moment 57 austenite 57 hydride 57 crystalline structure 57 carbides 57 InGaN 57 aragonite 57 dielectrophoresis 57 transparent electrode 57 chemically inert 57 biofilm 57 bandgap 57 nanoprobe 57 Syt II 57 polypeptide chain 57 electrostatic repulsion 57 NWs 57 nanofabricated 57 colloids 57 single walled nanotubes 57 anode 57 halides 57 g ml 57 epitaxial layers 57 β galactosidase 57 hydrolysis 57 nucleated 57 soluble proteins 57 alkane 57 semiconductor nanocrystals 57 #μm [001] 57 atomically thin 57 passivation 57 indium tin oxide 57 concentration gradient 57 ZnO nanowires 57 amyloid peptides 57 isotope fractionation 57 manganite 57 submicrometer 57 magnesium ion 57 microfluidic chips 57 transgenic mice expressing 57 GaN nanowires 57 coiled coil 57 photolysis 57 atomic lattice 57 silicon dioxide 57 metallic ions 57 magnetization 57 photonic crystal 57 electrochemical 57 oxygen ions 57 doped silicon 57 tetrahedral 57 PbS 57 macromolecular 57 oligomerization 57 dimensional nanostructures 57 bismuth ferrite 57 spheroids 57 mitochondrial membranes 57 molecule 57 yttria stabilized zirconia 57 fibronectin 57 nanometers thick 57 hexagonal lattice 57 amphiphilic 57 chemisorption 57 ferro electric 56 metal ions 56 heterogeneous catalysts 56 desorbed 56 GaAs substrate 56 monomer 56 atomically flat 56 multiferroic 56 FinFETs 56 ferromagnet 56 vibrational modes 56 sol gel 56 magnesium Mg 56 nanocomposite material 56 GaP 56 operon 56 ferromagnetism 56 electroactive 56 semiconductor nanowires 56 excitons 56 electrically conducting 56 trimeric 56 photobleaching 56 magnetic bead 56 proteolysis 56 polydimethylsiloxane PDMS 56 5' triphosphate 56 covalent bonds 56 intercalation 56 vacuole 56 confocal laser scanning 56 hexamer 56 Rab5 56 globular proteins 56 Young modulus 56 platinum Pt 56 centromeric 56 micellar 56 coated nanoparticles 56 CuO 56 optical lattice 56 aqueous dispersion 56 k dielectric 56 peptidoglycan 56 monomeric 56 magnesium fluoride 56 dentinal 56 2μm 56 alkene 56 GaN wafers 56 quantum dots 56 amide 56 nanoribbon 56 cadherins 56 dimerization 56 conformal 56 zirconium oxide 56 microdomains 56 antibody antigen 56 micrometer 56 phosphonate 56 trimer 56 μm 56 flavin 56 seminiferous tubules 56 stromal 56 Fig. 3A 56 lipid vesicles 56 MTT assay 56 protein complexes 56 phagocytosis 56 diamagnetic 56 1nm 56 #um [002] 56 fluorophore 56 nuclease 56 hydroxyl radicals 56 formamide 56 annexin V 56 osteoconductive 56 vesicle 56 ferroelectricity 56 Josephson junctions 56 polymer resin 56 submicron 56 Saccharomyces cerevisiae 56 nanofibres 56 monomers 56 metallization 56 echogenic 56 liposome 56 scanning tunneling microscopy STM 56 aluminum silicate 56 coextruded 56 epithelium 56 polaritons 56 toroids 56 emission spectroscopy 56 Mott insulator 56 subwavelength 56 austenitic stainless steel 56 fluorescently labeled 56 nano particle 56 zinc selenide 56 κ 56 microinjection 56 complexed 56 elution 56 RANTES 56 redox reactions 56 filament 56 protein adsorption 56 membrane lipids 56 NaOH 56 spheroidal 56 PLLA 56 photolithographic 56 aligned carbon nanotubes 56 coexpression 56 electron acceptor 56 adsorb 56 liquid crystalline 56 microparticles 56 nanopatterned 56 GNRs 56 photothermal 56 Fig. 3b 56 glycoproteins 56 microchannel 56 multilayer 56 photosynthetic apparatus 56 functionalised 56 carboxylic acid 56 microsphere 56 hydroxides 56 triphosphate 56 polyacrylamide 56 kcal mol 56 ciliated 56 formate 56 hydroxyphenyl 56 diffusive 56 biotinylated 56 graphitic 56 nanometers billionths 56 lattice mismatch 56 SiO 56 cDNAs 56 polymers 56 tetrahydrofuran 56 trypsin 56 hydrogel 56 biological molecules 56 anhydrite 56 macrocycle 56 heterostructure 56 electrophilic 56 nanogels 56 Schematic representation 56 hydrogens 56 sulfonated 56 inorganic compounds 56 ions 56 GPa 56 superlens 56 cobalt oxide 56 outer membrane 56 biomolecules 56 phosphorus atom 56 nanocells 56 pyrophosphate 56 polysaccharide 56 photosystem II 56 nacre 56 nanocluster 56 Fig. 2B 56 chlorine atom 56 laser scanning confocal 56 tetramers 56 arabinose 56 boron carbide 56 FinFET 56 asparagine 56 Diels Alder reaction 56 YSZ 56 nanostructured 56 Fig. 1b 56 pn junctions 56 ATPase 56 acetyl CoA 56 disulfide bridges 56 nano crystals 55 nanofilms 55 nano particles 55 solubilizing 55 crystallographic 55 electrophoresis 55 substituents 55 microstructured 55 tetrahedra 55 Nafion 55 metallisation 55 Fig. 3B 55 dipolar 55 photoluminescence 55 micron diameter 55 alkali metal 55 figs. 55 cuprate 55 glycan 55 nanodroplets 55 ethidium bromide 55 umbilical vein 55 fission yeast 55 magnetic particles 55 cationic lipid 55 silicate minerals 55 MOS transistors 55 conductivities 55 cryo electron microscopy 55 microcapsule 55 alternating layers 55 fig. S3 55 photosystem 55 metallic nanotubes 55 titin 55 dopant atoms 55 aerogels 55 epitaxial graphene 55 quasicrystals 55 sapphire substrate 55 graphene 55 metallic nanostructures 55 uracil 55 dextran 55 titanate 55 silicon crystals 55 antireflection 55 cysteine residues 55 polymerizes 55 PDZ domain 55 magnetisation 55 fluorochrome 55 cell membrane 55 oxide 55 microlenses 55 ε 55 semiconductor quantum dots 55 microspheres 55 HfSiON 55 InN 55 nitride layer 55 thermally activated 55 CIGS Copper Indium 55 magnetosomes 55 ultrananocrystalline diamond 55 interphase 55 epithelial 55 complexation 55 heterojunction 55 lamella 55 honeycomb structure 55 heterogeneous catalysis 55 hydroxide ions 55 cytoplasmic 55 #BP# 55 membrane pores 55 III nitride 55 stoichiometry 55 lattice parameter 55 phosphoprotein 55 poly ethylene glycol 55 calcite crystals 55 elute 55 microchannels 55 aliphatic 55 nanosized particles 55 birefringence 55 paracellular 55 pyrimidines 55 lithographically 55 kD 55 biocompatible 55 polymerizing 55 tensile strain 55 mu m 55 avidin 55 nanofibers 55 covalently 55 diffraction pattern 55 myofibroblasts 55 nucleases 55 capillary tube 55 gold nanorods 55 Fig. 4A 55 microcapillary 55 anisotropy 55 transparent conductive coatings 55 bacterial biofilms 55 fullerene molecules 55 Matrigel 55 CHO cells 55 nanocapsules 55 aluminosilicate 55 semiconducting nanotubes 55 #m Tc 55 supernatants 55 enzymatically 55 fibroblasts 55 microlens 55 X ray diffraction pattern 55 TiO2 nanoparticles 55 electron mobility 55 cultured cells 55 AlGaN GaN 55 crystalline solids 55 conductive adhesive 55 β 55 sulfur atom 55 membrane protein 55 crystalline lattice 55 semiconductive 55 molecules 55 clathrin 55 metal oxide 55 imine 55 InGaAs 55 absorber layer 55 glycosylated 55 surfactant molecules 55 microfluidic device 55 rRNA 55 VSV G 55 superfluid 55 dispersive 55 Mg Fe 55 Western blotting 55 dermal papilla cells 55 thermal conductivities 55 conductivity 55 ligand binding 55 conductive polymer 55 fig. S2 55 orbitals 55 spherical particle 55 micropores 55 TiO 55 nucleic acid molecules 55 adsorbents 55 polyacrylate 55 lithographic techniques 55 centrifugation 55 chalcogenide 55 Si substrates 55 N. benthamiana 55 chemical reactivity 55 phenylene 55 scintillator 55 nanocomposite 55 ultrahigh vacuum 55 keratinocytes 55 polariton 55 aliquots 55 passivating 55 ferroelectrics 55 Electron microscopy 55 nanowire arrays 55 metastable 55 synthetic peptides 55 polytetrafluoroethylene PTFE 55 Aâ 55 inorganic salts 55 cyano 55 glucose oxidase 55 fluorescence spectroscopy 55 erythrocytes 55 weakly magnetic 55 nanometer scale 55 chromatid 55 GaN layers 55 macroscopic 55 oxygen atoms 55 porous membrane 55 LiNbO3 55 metaphase 55 fluorescence quenching 55 pn junction 55 superparamagnetic 55 annealed 55 zirconia 55 arsenite 55 azobenzene 55 cell lysis 55 fluorescence intensity 55 van der Waals forces 55 annealing 55 photocatalyst 55 EVOH 55 nonionic 55 DFT calculations 55 NMR spectra 55 membered ring 55 pigment particles 55 bosonic 55 soluble 55 hippocampal neurons 55 zinc oxide nanowires 55 microbeads 55 nanomagnets 55 efflux pump 55 electrodeposited 55 microscale 55 porous silica 55 photoelectrochemical 55 endothelial cell 55 covalent bonding 55 fluorescent probes 55 HUVEC 55 cDNA 55 multi walled nanotubes 55 silicon nanocrystals 55 transfected 55 coated polyester 55 cysteines 55 Epitaxial 55 inhomogeneities 55 intestinal epithelial cells 55 carborane 55 diffraction grating 55 micrometer thick 55 phthalocyanine 55 hydrogenase 55 micrographs 55 AlGaAs 55 nucleosome 55 polybutadiene 55 polyethylene glycol PEG 55 limbal 55 scanning tunneling microscopy 54 recrystallized 54 indium gallium arsenide 54 adsorbent 54 dinitrogen 54 ionic liquid