Related by context. All words. (Click for frequent words.) 76 monolayer 69 crystallinity 69 SWNTs 68 SDS PAGE 68 crystallites 67 anionic 67 bilayers 67 SWCNT 67 hexamers 67 tetramer 67 electron pairs 66 SWCNTs 66 graphene layers 66 MWNT 66 bilayer 66 QDs 66 fibrillar 66 porphyrins 66 intramolecular 66 mesoporous 66 microstructures 66 SiO 2 66 micelles 66 lipid membrane 66 spherical particles 65 nanoclusters 65 lipid bilayers 65 crystal lattice 65 supramolecular 65 nanospheres 65 microcavity 65 functionalized 65 eutectic 65 polymer matrix 65 self assembled monolayer 65 MDCK cells 65 moieties 65 dielectric layers 65 disulfide bonds 65 lamellar 65 strontium titanate 65 graphene sheets 65 silica spheres 64 agarose 64 boron atoms 64 microcavities 64 CdSe 64 nanochannels 64 extracellular matrix proteins 64 cadmium selenide 64 colloidal crystals 64 substrate 64 boron nitride 64 globular proteins 64 collagenous 64 Fig. 1A 64 fig. S1 64 F actin 64 collagen fibrils 64 Supplementary Fig 64 lipid bilayer 64 interfacial layer 64 cadherins 64 icosahedral 64 dimers 64 nanoporous 64 polymer nanofibers 64 nanoribbons 64 MWCNTs 64 Fig. 2a 63 nanocrystalline 63 endonuclease 63 dsRNA 63 interfacial 63 dimeric 63 silicon substrates 63 vesicle fusion 63 oligomer 63 antiparallel 63 block copolymer 63 dye molecules 63 membranes 63 dimer 63 collagen fibers 63 micrometer sized particles 63 Si substrate 63 antiferromagnetic 63 ZnS 63 nonpolar 63 fibrils 63 nanodots 63 catalytically active 63 trimers 63 heterojunctions 63 hollow spheres 63 multilayers 63 perovskite 63 cementite 63 ciliated 63 silicon substrate 63 covalent bonds 63 ligands 63 oligomers 63 colloidal particles 63 polypeptides 62 ssDNA 62 membrane lipids 62 stilbene 62 divalent 62 macromolecules 62 nanopillars 62 manganese atoms 62 nanolayers 62 heterostructures 62 sulfur atoms 62 biological molecules 62 monomeric 62 poly L lysine 62 cadmium sulfide 62 electrochemically 62 SWNT 62 adduct 62 nanometer sized 62 fibril 62 epidermal cells 62 nonmagnetic 62 epitaxially 62 silicon atoms 62 hydrophobicity 62 crystal lattices 62 crosslinked 62 GaN layer 62 streptavidin 62 nanorod 62 nanobubbles 62 spectroscopic techniques 62 YBCO 62 helices 62 ferromagnetic 62 lysate 62 exudates 62 lipid membranes 62 nanocages 62 μm thick 62 magnetic particles 62 titania 62 nanostructures 62 Fig. 3A 62 Fig. 1D 62 palladium nanoparticles 62 cyclization 62 substituents 62 vacuoles 61 antibody antigen 61 microfluidic channels 61 nanotubes 61 photosystem II 61 enzymatically 61 martensite 61 hexamer 61 block copolymers 61 cysteine residues 61 substrates 61 mononuclear 61 chemically reactive 61 supernatant 61 tetrahedra 61 alternating layers 61 porphyrin 61 donor acceptor 61 amyloid peptides 61 polycrystalline 61 actin binding 61 silicate minerals 61 silicate glass 61 AlGaN 61 gold nanoclusters 61 fluorescent probes 61 explants 61 intermediate filaments 61 site directed mutagenesis 61 dopant 61 photochemically 61 nanobubble 61 hydrides 61 amino acid residues 61 colloidal crystal 61 RecA 61 steric 61 orbitals 61 MWNTs 61 micelle 61 polypeptide chain 61 epoxide 61 adsorbed onto 61 microscopy techniques 61 tetragonal 61 polymeric 61 supramolecular structures 61 protein filaments 61 crystallins 61 dielectric layer 61 magnetic beads 61 focal adhesions 61 Schematic representation 61 electrospun 61 Fig. 2b 61 transmembrane 61 coiled coil 61 pentacene 61 nuclei 61 chiral molecules 60 hydroxyapatite 60 membrane 60 biomolecule 60 parylene 60 solutes 60 Fibroblasts 60 paramagnetic 60 crosslinking 60 polymerized 60 lithographically patterned 60 oligomeric 60 erythrocytes 60 metallic nanoparticles 60 chromophores 60 conductive epoxy 60 nanorods 60 polyethylene glycol PEG 60 alkynes 60 colloidal 60 crustal rocks 60 epitaxial layer 60 cathepsin B 60 lamellae 60 protein subunits 60 epithelial cells 60 cell nuclei 60 polymersomes 60 laminae 60 silicide 60 nanocrystals 60 monodisperse 60 lipid molecules 60 alpha helical 60 crystallographic 60 microdomains 60 nitrogen atoms 60 cysteines 60 silicon Si 60 microgel 60 dopants 60 ZnSe 60 carbides 60 nucleation layer 60 quasicrystals 60 Fig. 1c 60 hydrophobic surfaces 60 rotaxanes 60 nanometric 60 hydrophobic interactions 60 lysates 60 disulfide bond 60 Josephson junctions 60 barium titanate 60 anisotropic 60 fig. S2 60 Fig. 3b 60 intermolecular 60 μm diameter 60 fibrin gel 60 hydrophilic polymer 60 crystalline lattice 60 nonlinear optical 60 peptides 60 zinc sulfide 60 fluorescent molecules 60 silica nanoparticles 60 intestinal epithelial cells 60 photoactive 60 homodimers 60 cobalt atoms 60 Fig. 2B 60 electrostatic interactions 60 nanogels 60 soluble proteins 60 fibronectin 60 polyelectrolyte 60 thiol 60 superlattice 60 vimentin 60 submicrometer 60 nanocells 60 spheroids 60 complexed 60 supernatants 60 lithographically 60 sister chromatids 60 disulfide 60 chromophore 60 nanoscopic 60 biaxial 60 hydrophobic molecules 60 silicon nitride 60 interconversion 60 carbonyl 60 reactant 60 histidine 60 extracellular domains 60 matrix metalloproteinases 60 1μm 60 micrometer sized 59 phospholipids 59 intestinal epithelium 59 hydrogels 59 spheroidal 59 hematoxylin 59 macroporous 59 outer membranes 59 5μm 59 amyloid fibrils 59 T rubrum 59 apical membrane 59 post perovskite 59 Fig. 1C 59 gelation 59 mannose 59 Fig. 2A 59 bile salts 59 epithelial cell 59 oppositely charged 59 Annexin V 59 AlN 59 cationic 59 Vps# 59 coated nanoparticles 59 magnesium ions 59 annexin V 59 zinc ions 59 magnetosomes 59 cytosol 59 diffraction pattern 59 nanosized 59 peptoid 59 photobleaching 59 stromal 59 macromolecule 59 nanocapsules 59 agglomerates 59 hemolysin 59 epithelia 59 nanotubes nanowires 59 CMOS transistors 59 manganite 59 aqueous environments 59 ribozyme 59 histone H3 59 periosteum 59 hafnium oxide 59 mesenchymal cells 59 fluorescently labeled 59 polar solvents 59 quinone 59 nucleate 59 micrometer scale 59 montmorillonite 59 polymer membranes 59 manganese oxide 59 DNase 59 single walled nanotubes 59 hydrolysis 59 superlattices 59 delocalized 59 anions 59 poly ethylene glycol 59 gold nanorods 59 CD1d 59 zinc oxide ZnO 59 metaphase 59 exciton 59 electrically insulating 59 disulfide bridges 59 proteinaceous 59 nucleic acid molecules 59 chromatid 59 covalent bonding 59 transfected 59 bosonic 59 lamina 59 titanium nitride 59 GaN layers 59 compressive stress 59 capsids 59 proteinase 59 redox reactions 59 covalent bond 59 adsorbed 59 subwavelength 59 nanostructure 59 polymer beads 59 protein adsorption 59 PIP3 59 granitoids 59 uniaxial 59 spherical nanoparticles 59 dimensional nanostructures 59 tubules 59 nanocubes 59 DNA adducts 59 operons 59 nanocrystal 59 extracellular proteins 59 heterochromatic 59 oligosaccharides 59 transfected cells 59 nanobelts 59 silicon nanoparticles 59 inorganic nanoparticles 59 PEDOT 59 collagen matrix 59 oligomerization 59 polariton 59 AlN layer 59 ZnO 59 5' triphosphate 59 austenite 59 nanosphere 59 nano crystals 59 carboxylate 59 DNA strands 59 carbon nanotube arrays 59 intercalation 59 self assembled monolayers 59 μg ml 59 EF Tu 59 vesicle 59 conduction electrons 59 magnetic bead 59 thermal conductivities 59 bismuth ferrite 59 proteolytic 59 molecules 59 chromosomal DNA 59 fig. S3 59 cellularity 59 aqueous solution 59 cadmium chloride 59 micropores 59 lyse 59 membered ring 59 dentinal 59 zinc selenide 59 trypsin 59 nanomagnets 58 fig. S6 58 punctate 58 photosystems 58 alkyl 58 intermetallic 58 copper sulfide 58 nanocrystalline materials 58 crystalline structure 58 coexpression 58 dispersive 58 prion proteins 58 nanowire 58 planar 58 phagocytosis 58 dielectrics 58 nanofibres 58 ferromagnetism 58 transmission electron microscopy 58 caveolae 58 cofactors 58 graphene flakes 58 morphologies 58 multi walled nanotubes 58 thymocytes 58 keratinocyte 58 functionalization 58 LNCaP cells 58 microcrystalline 58 thermally 58 oxygen atoms 58 coverslip 58 polymeric membrane 58 metal ions 58 interatomic 58 Raman spectra 58 magnetization 58 synthases 58 osteoconductive 58 nanowires 58 fluorescence intensity 58 P3HT 58 nanocrystalline diamond 58 vanadium oxide 58 lattice mismatch 58 hydrogens 58 undoped 58 cultured cells 58 thermally stable 58 Amino acid 58 covalently bonded 58 membered rings 58 multiferroic 58 MgO 58 cationic lipid 58 spectrin 58 inhomogeneity 58 myofibroblasts 58 carbene 58 nanodroplets 58 deformability 58 dimerization 58 Fig. 1a 58 functionalised 58 nanosheets 58 NWs 58 micron thick 58 aqueous phase 58 Fig. 1b 58 confocal microscopy 58 nucleolar 58 tetrahedral 58 uracil 58 sialic acids 58 tetramers 58 nanocomposite material 58 kcal mol 58 lipid vesicles 58 conformational changes 58 optical waveguides 58 agarose gel 58 nanoparticles 58 valence electrons 58 nanotube arrays 58 toroids 58 graphitic 58 laser irradiation 58 heterodimers 58 polymer membrane 58 rubidium vapor 58 electrophilic 58 heterogeneous catalysts 58 cuticular 58 enveloped viruses 58 topological defects 58 CdS 58 2μm 58 P selectin 58 genomic DNA 58 TGF ß1 58 walled carbon nanotube 58 cell lysates 58 semiconducting properties 58 quasicrystal 58 impurity atoms 58 scanning tunneling microscopy STM 58 pearlite 58 crosslinks 58 liposome 58 nanomembranes 58 electron density 58 hematopoietic progenitor cells 58 sol gel 58 dihydrogen 58 multiwalled carbon nanotubes 58 pyrimidine 58 hippocampal neurons 58 yttrium barium copper 58 semiconducting 58 homodimer 58 graphene sheet 58 silicon nanowire 58 denatured proteins 58 Figure 2C 58 nanodiamond 58 Schottky barrier 58 SiON 58 Thermus thermophilus 58 toroid 58 cycloaddition 58 microlenses 58 proline rich 58 aluminum nitride 58 amylose 58 thermal decomposition 58 electroactive 58 amino acid substitutions 58 Western blotting 58 P. gingivalis 58 nanoparticle 58 posttranslational modification 58 liquid crystalline 58 indium arsenide 58 Diels Alder reaction 58 mitotic spindle 58 dipoles 58 valence electron 58 photon energies 58 cell organelles 58 electrophoretic 58 selenide 58 heterostructure 58 figs. 58 γ 58 epitaxial layers 58 nanofabricated 57 horseradish peroxidase 57 conjugated polymer 57 MTT assay 57 antigen binding 57 microtissues 57 silicon crystals 57 trimeric 57 quadruplexes 57 mononuclear cells 57 MT1 MMP 57 paxillin 57 nematic 57 lytic 57 heterochromatin 57 microstructured 57 biomolecules 57 MWCNT 57 phytochrome 57 anion 57 EGFP 57 molecularly 57 nanofilm 57 anodic 57 nanopowder 57 organic TFTs 57 polynucleotides 57 VSV G 57 fibroblast cells 57 nanofilms 57 trimer 57 bacterial genomes 57 titania nanotubes 57 linker molecules 57 microporous 57 myocytes 57 membrane pores 57 nanorings 57 integrin receptors 57 Figure 1C 57 #μm [002] 57 ligand binding 57 electrodeposition 57 birefringence 57 biominerals 57 adhesion molecules 57 semiconducting materials 57 fission yeast 57 dielectric 57 gate electrode 57 cellulases 57 alpha helices 57 macroscale 57 branes 57 beta tubulin 57 lentiviral vectors 57 Drosophila embryos 57 SiO2 57 sphingomyelin 57 molecules adsorbed 57 zinc oxide nanowires 57 virions 57 atoms 57 microstructural 57 crystallite 57 protocell 57 microchannels 57 monomers 57 cultured neurons 57 polymeric nanoparticles 57 hydroxyl radicals 57 amphiphilic 57 dipole moment 57 collagens 57 helical structures 57 eluted 57 catalytic reactions 57 proteins 57 compressive strain 57 bacterial biofilms 57 myoepithelial cells 57 aerogels 57 osteoblastic 57 porous membranes 57 prokaryotic 57 N. benthamiana 57 x ray diffraction 57 S. cerevisiae 57 tensile stress 57 trabecular bone 57 inorganic compounds 57 pigment granules 57 coercivity 57 electron acceptor 57 felsic tuff 57 PEDOT PSS 57 microspheres 57 enzymatic pathways 57 conjugated polymers 57 concentration gradient 57 aluminum oxide 57 macrocyclic 57 proteoglycans 57 biotinylated 57 echogenic 57 platinum Pt 57 macrocycles 57 electrons orbiting 57 semiconductor nanocrystals 57 fibroblasts 57 ferroelectricity 57 asparagine 57 surfactant molecules 57 nanolayer 57 fig. S4 57 TiO 2 57 mouse ESCs 57 nucleated cells 57 synovial 57 semiconducting nanotubes 57 spicule 57 PBMCs 57 lanthanide 57 carbonyls 57 chondrocytes 57 passivation 57 labile 57 Fig. 4B 57 nitride 57 basal cells 57 nanostructured 57 Diels Alder 57 actin filament 57 zeolite membranes 57 epithelium 57 thiols 57 DFT calculations 57 Purkinje cell 57 amide 57 viscoelasticity 57 substrate specificity 57 MoS2 57 nucleons 57 nanopatterned 57 mu m 57 colloidal nanocrystals 57 Jurkat cells 57 photosynthetic apparatus 57 microcracks 57 SNARE proteins 57 zero valent iron 57 protocells 57 micrographs 57 transmembrane proteins 57 plasminogen 57 isotope fractionation 57 sonication 57 mouse fibroblasts 57 mitochondrial membranes 57 rheological 57 electrostatic attraction 57 Bose Einstein Condensate 57 atomic lattice 57 nucleocapsid 57 actin filaments 57 gallium indium 57 chromatin structure 57 cell lysis 57 p# NTR 57 mammalian cells 57 CNTs 57 cDNA libraries 57 PDZ domain 57 photonic bandgap 57 umbilical vein 57 Magnetic nanoparticles 57 ribonuclease 57 aragonite 57 Mg Fe 57 membrane vesicles 57 chalcogenides 57 doped silicon 57 osteoid 57 transmembrane domains 57 semiconductor nanowires 57 glycosyltransferase 57 angstroms 57 oxygen ions 57 Fig. 1d 57 graphite oxide 57 rhodopsin 57 corneal epithelium 57 lymphoid cells 57 colloids 57 nonconducting 57 carbon nanofibers 57 osteoinductive 57 photon microscopy 57 thermostable 57 compressive stresses 57 aggrecan 57 proteolytic enzymes 57 Ubx 57 cell adhesion molecules 57 immunostaining 57 solubilizing 57 kinetochore 57 dimensional scaffold 57 PrP 57 glycoproteins 56 PLLA 56 glycosylated 56 palmitate 56 cleavable 56 cytoskeletal proteins 56 HUVEC 56 allogeneic epidermal 56 metalloproteases 56 scanning microscopy 56 particle sizes 56 malignant prostate 56 nanofibers 56 centrosomes 56 carboxyl terminal 56 epithelial 56 carboxyl 56 metallic nanostructures 56 hydrophobic 56 limbal 56 electronic excitations 56 RNA strands 56 nanoribbon 56 6S RNA 56 proline 56 InN 56 cardiac myocytes 56 tropomyosin 56 alkene 56 CuO 56 MOS transistors 56 silica particles 56 embryoid bodies 56 arabinose 56 nanoprobe 56 HfO2 56 hematoxylin eosin original 56 recrystallization 56 sulfur atom 56 kinetochores 56 analyte 56 glycan 56 adsorption 56 immunodeficient mice 56 complexation 56 antiferromagnets 56 polymerize 56 orthogonally 56 peptidoglycan 56 lamella 56 dentin 56 actin fibers 56 trophoblasts 56 polystyrene beads 56 bacterial membranes 56 cytokeratin 56 mRNA molecules 56 polymeric membranes 56 Confocal microscopy 56 unreacted 56 focal adhesion 56 vacuolar 56 conductivities 56 secretory pathway 56 pyrophosphate 56 interphase 56 ceramic membranes 56 polaritons 56 breast epithelial cells 56 microcapsules containing 56 vacuole 56 chemically bonded 56 SNARE complex 56 membranous 56 pn junction 56 Fig. 3B 56 transmural 56 C3 convertase 56 proteolytic cleavage 56 membrane permeability 56 isomeric 56 cellular organelles 56 NaOH 56 polymer scaffolds 56 bifunctional 56 pyrimidines 56 graphane 56 polymer fibers 56 NMR spectra 56 enterocytes 56 aliquots 56 MEFs 56 endocytic 56 quantum dots 56 cobalt atom 56 anneal 56 protonated 56 mucin 56 epitaxially grown 56 ferromagnet 56 dielectric materials 56 fibrin clot 56 martensitic 56 eluting 56 cortical neurons 56 semiconductive 56 wettability 56 graphene oxide 56 titanium oxides 56 nanoprobes 56 titanium carbide 56 Rab5 56 desorbed 56 cellular membranes 56 gamete formation 56 conformations 56 trabecular 56 nucleases 56 Nanorods 56 ATPase activity 56 desaturase 56 heparan sulfate 56 mitotic spindles 56 keratinocytes 56 nanoparticle aggregates 56 coding genes 56 Fig. 1B 56 galactose 56 coronary plaques 56 volcanoclastic 56 wettable 56 optically transparent 56 stockwork veins 56 endosomal 56 nanosized particles 56 microtubes 56 chlorophylls 56 TGF beta1 56 GAPDH 56 octahedral 56 semiconductor quantum dots 56 polyaniline 56 microparticles 56 SNAREs 56 cytoplasmic 56 cuprate 56 metal oxide nanoparticles 56 exocytosis 56 semiconducting polymer 56 cohesin 56 GPa 56 austenitic stainless steel 56 absorption spectra 56 eukaryotic cell 56 liposomes 56 hydrophobic compounds 56 perivascular 56 femora 56 endospores 56 keratins 56 hydroxide ions 56 semiconducting tubes 56 metallisation 56 Microtubules 56 endophytic 56 ligand receptor 56 transmembrane domain 56 solder bumps 56 condensin 56 midgut 56 mica sheets 56 constitutively active 56 proteoglycan 56 glioblastoma cells 56 catenin 56 reactants 56 multiwalled nanotubes 56 uraninite 56 mitochondrial membrane potential 56 acetyl CoA 56 ZrO 2 56 granulation tissue