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(Click for frequent words.) 69 colloidal particles 69 electrostatic repulsion 68 intramolecular 67 hydrophobicity 66 redox reactions 66 epoxide 66 intermolecular 65 ATP hydrolysis 65 hydrogens 65 Fig. 2b 65 van der Waals forces 64 cyclization 64 anionic 64 oppositely charged 64 lipid bilayer 64 steric 64 bosonic 64 covalent bond 64 oligomerization 64 chemisorption 64 bilayers 63 membrane fusion 63 hexamers 63 heterogeneous catalysts 63 concentration gradient 63 bilayer 63 thermally activated 63 vesicle fusion 63 lithium atoms 63 magnesium ions 63 zinc ions 63 hydrophobic interactions 62 lipid membranes 62 BMP signaling 62 donor acceptor 62 disulfide bond 62 disulfide bonds 62 intracellular pH 62 gold nanoclusters 62 F actin 62 graphene layers 62 Fig. 2a 62 anion 62 biomolecule 62 cuticular 62 antibody antigen 62 electrostatic attraction 62 electron pairs 62 helices 62 membrane lipids 62 titania nanotubes 62 dopant 62 actin binding 62 paramagnetic 62 magnetization reversal 62 inhomogeneity 62 polypeptides 61 morphogens 61 oxidases 61 alkynes 61 phagocytosis 61 proton pump 61 interatomic 61 JAK STAT 61 electrophilic 61 chemically reactive 61 angiotensinogen 61 catalytic reactions 61 polypeptide chain 61 tetramers 61 electron scattering 61 crosslinks 61 oligomer 61 caveolae 61 SUMOylation 61 flavin 61 Fig. 1c 61 osmotic pressure 61 fluorescence intensity 61 histidine 61 cysteines 61 crystal lattices 61 5' triphosphate 61 paracellular 61 sulfur atom 61 neuronal pathways 61 crystallinity 61 dipole moment 61 intercalation 61 carboxylate 61 γ 61 GLUT4 61 Arp2 3 61 diffusible 61 protein adsorption 61 intestinal epithelium 60 biological molecules 60 CPEB 60 hydrophobic molecules 60 sulfation 60 spectrin 60 p# MAPK 60 cysteine residues 60 tetramer 60 SWNTs 60 isotope fractionation 60 enzymatic pathways 60 translationally 60 weakly interacting 60 mitochondrial membrane 60 Fig. 4B 60 Vps# 60 strontium titanate 60 6S RNA 60 magnesium ion 60 heterojunctions 60 disulfide 60 diatomic 60 cohesin 60 gelation 60 membrane transporters 60 photosystem II 60 SWCNT 60 #BP# 60 hexamer 60 poly L lysine 60 supramolecular 60 electronic excitations 60 nanocages 60 microfluidic channels 60 monolayers 60 photoconductive 60 colloidal crystals 60 carbene 60 conformational changes 60 proteolysis 60 reaction kinetics 60 globular proteins 60 chromatin structure 60 antiparallel 60 paxillin 60 PrPC 60 catalytically active 60 crosslinking 60 fermionic atoms 60 adsorbed onto 60 dimer 60 nanochannels 60 C3 convertase 59 fig. S1 59 amyloid peptides 59 interparticle 59 hydroxylation 59 adsorbate 59 intermolecular interactions 59 titin 59 helicases 59 hexose 59 depolarizing 59 nanodroplets 59 oxidative phosphorylation 59 Aâ 59 intracellular signal transduction 59 Fig. 1a 59 helium ions 59 anions 59 dimeric 59 Fig. 3b 59 colocalization 59 membrane permeability 59 adhesion proteins 59 pRb 59 dermal papilla 59 rubidium vapor 59 excitons 59 nonlinear optical 59 epitaxial layer 59 denaturation 59 quinone 59 P gp 59 ATPase 59 diene 59 DNase 59 lipid membrane 59 alkene 59 binding affinities 59 analyte 59 stilbene 59 quasiparticles 59 trimeric 59 chromophore 59 proteinaceous 59 monomeric 59 MAPKs 59 platelet adhesion 59 kinesin motor 59 solvation 59 di GMP 59 tensile strain 59 reactive intermediates 59 endocytic 59 silicon atoms 59 neurite outgrowth 59 self assembled monolayer 59 ionic currents 59 myosins 59 fluorescent molecules 59 cytosolic 59 RNA strand 59 dopants 59 imidazole 59 ATPase activity 59 transporter proteins 59 photoactivation 59 silicide 59 phytochrome 59 RecA 59 cytochrome c oxidase 59 adsorption 59 oncogenic transformation 59 Ca2 + 59 substituents 59 PDZ domains 59 efflux 59 secretory pathway 59 electron tunneling 59 ligand receptor 59 CD1d 59 bilayer graphene 59 chemical reactivity 59 impurity atoms 59 coiled coil 59 condensin 59 azobenzene 59 protein filaments 59 ERK signaling 59 monolayer 59 polaritons 59 imine 59 cell adhesion molecules 59 stereochemistry 59 sodium atoms 59 covalently 59 beta adrenergic receptors 59 posttranslational modification 59 IKKa 59 mRNA molecules 59 tyrosine phosphorylation 59 calmodulin 59 solubilizing 59 ferroelectricity 59 transcriptional activation 59 heterodimers 59 agarose 58 oscillatory 58 Shh signaling 58 PIP3 58 porphyrin 58 ssDNA 58 interfacial 58 mucins 58 pyrimidine 58 cellular respiration 58 neuronal signaling 58 cationic 58 basolateral 58 KLF4 58 cobalt atoms 58 ERK1 2 58 hyperpolarization 58 antiferromagnetic 58 quantum mechanically 58 valence electrons 58 hydrophobic surfaces 58 tensile stress 58 cavitations 58 P selectin 58 alpha helical 58 sodium ions 58 neuroligins 58 compressive strain 58 rRNA 58 adsorbed 58 protonated 58 CaM 58 covalent bonding 58 mitochondrial membranes 58 chiral molecules 58 endonuclease 58 coexpression 58 chloride ions 58 vesicle trafficking 58 peroxynitrite 58 inhomogeneities 58 lipid vesicles 58 saturable 58 interconversion 58 cortical neurons 58 nanoribbon 58 lung epithelium 58 kcal mol 58 conduction electrons 58 porphyrins 58 extracellular proteins 58 transcriptional repressor 58 isomeric 58 cytidine 58 uniaxial 58 thiol 58 van der Waals interactions 58 glycolytic 58 microstructures 58 cellular organelles 58 ferromagnetism 58 azide 58 crystallites 58 subcellular structures 58 nucleophilic 58 electron electron 58 nAChR 58 disulfide bridges 58 adsorbs 58 TGF ß 58 SWNT 58 ligand binding 58 cleavable 58 histone methylation 58 transduction 58 cytoskeletal structure 58 syntaxin 58 diamagnetic 58 primary cilia 58 SWCNTs 58 micelle 58 reactant 58 amide 58 potassium ions 58 pentacene 58 mitochondrial respiration 58 decoherence 58 helical structures 58 gelsolin 58 YBCO 58 exocytosis 58 unconventional superconductivity 58 isoprenoid 58 PDZ domain 58 sodium ion 58 phonons 58 conjugated polymers 58 PrPSc 58 IL #p# 58 HDAC5 58 microfabricated 58 histone modification 58 cysteine residue 58 centromeric 58 bacterial toxins 58 TappingMode 58 metallic ions 58 kinase domain 58 supersolid 58 Diels Alder reaction 58 odorant molecule 58 laminae 58 quasicrystal 58 secretory cells 58 RNA strands 58 dimensional electron 58 thiols 58 H#K# [001] 58 polymerases 58 rotaxanes 58 immiscible 58 NADPH 58 H#K#me# 57 Amyloid Precursor Protein 57 exciton 57 occludin 57 covalent bonds 57 antiferromagnets 57 ultracold molecules 57 centrioles 57 graphene sheets 57 metalloproteases 57 Si substrate 57 molecules 57 moieties 57 sulfonated 57 proteolytic cleavage 57 postsynaptic neuron 57 myofibroblasts 57 KaiC 57 acyclic 57 IKKß 57 centromeres 57 dimers 57 amino acid residues 57 carbonyls 57 hyperactivation 57 S nitrosylation 57 cofactors 57 PECAM 1 57 methanogenesis 57 hydrogen ions 57 deuterated 57 gate electrode 57 eukaryotic cell 57 conductance 57 macromolecule 57 Nedd4 57 vibrational modes 57 microcavities 57 microcavity 57 nitride layer 57 magnetisation 57 N cadherin 57 microRNA molecule 57 site directed mutagenesis 57 ribozyme 57 catenin 57 ligands 57 magnetization 57 vibrationally excited 57 TRPV3 57 overactivation 57 nanocrystal 57 protein Hsp# 57 photochemically 57 Amino acid 57 nucleases 57 hypothalamus gland 57 Pol IV 57 retinal neurons 57 anisotropic 57 dimerization 57 semiconductor nanowires 57 pore sizes 57 vacuolar 57 post translational modifications 57 IRE1 57 hydrophilic polymer 57 pentamer 57 magnetoresistance 57 titania 57 microstructural 57 synthases 57 Fig. 3a 57 Fig. 4b 57 cytokine signaling 57 sorption 57 glucose oxidase 57 nematic 57 synaptogenesis 57 FGFs 57 metal ions 57 polynucleotides 57 cellular prion protein 57 nucleons 57 photobleaching 57 MEK1 57 macromolecules 57 PIP2 57 thermal decomposition 57 collagens 57 enzymatic reactions 57 NR2B subunit 57 dentinal 57 ERK pathway 57 actin polymerization 57 bistable 57 compressive stress 57 cyclic AMP cAMP 57 acupuncture meridians 57 acetyl CoA 57 hydroperoxide 57 ubiquitylation 57 proteinase 57 transmembrane 57 lattice vibrations 57 processive 57 mesoporous 57 p# activation 57 nanocrystals 57 focal adhesions 57 biogenesis 57 intermolecular forces 57 cytokine receptors 57 alkenes 57 muscarinic receptors 57 fibril 57 pyrophosphate 57 beta. 57 chemotactic 57 submicrometer 57 serine threonine 57 polar solvents 57 silicon crystals 57 β 57 cell organelles 57 hippocampal neurons 57 morphogen 57 actin filaments 57 trimers 57 triphosphate 57 untranslated regions 57 homodimer 57 actin filament 57 elastic deformation 57 plasmon 57 neurotransmitter GABA 57 microcapsule 57 thioredoxin 57 adipocyte 57 ARF1 57 ouabain 57 ciliated 57 Hedgehog signaling 57 plasminogen 57 dopamine reuptake 57 xenobiotic 57 sphingolipid 57 deacetylation 57 Purkinje cell 57 boron atoms 57 oligomers 57 astrocytic 57 denatured proteins 57 Thermus thermophilus 57 proteolytic activity 57 GABAA receptors 57 heterostructures 57 dispersive 57 mitotic spindle 57 mitochondrial enzyme 57 lipid molecules 57 Mott insulator 57 hydrides 57 polyelectrolyte 57 collagen fibrils 57 Fig. 1A 57 Josephson junctions 57 topological defects 57 Rab5 57 ferromagnet 57 surfactant molecules 57 lamina 57 viscoelastic properties 57 dephosphorylation 57 heterochromatic 57 transmembrane proteins 57 cell outer membrane 57 APOBEC3G 57 conformations 57 tetragonal 56 constitutively active 56 uPAR 56 effector protein 56 metalloproteinases 56 suberin 56 dsRNA 56 secreted protein 56 synaptic vesicles 56 particulate contamination 56 TRPV4 56 stoichiometry 56 tau phosphorylation 56 alkane 56 emission spectra 56 GLI1 56 PTH secretion 56 asparagine 56 Fig. 4a 56 fluorescence spectra 56 electrostatically 56 semiconducting properties 56 cell lysates 56 crystal lattice 56 HSF1 56 diffusivity 56 fibrin gel 56 heme oxygenase 56 transmural 56 nitric oxide synthase NOS 56 ligand binding domain 56 SiO 2 56 circularly polarized light 56 agarose gel 56 inorganic ions 56 manganese atoms 56 adrenal cortex 56 circular dichroism 56 dynactin 56 aldehyde 56 nanohorns 56 transferrin receptor 56 glucocorticoid receptors 56 microdomains 56 trans isomers 56 glutamate receptor 56 dopant atoms 56 silica microspheres 56 beta subunit 56 Cdc# 56 meiotic recombination 56 bacterial membranes 56 Raman scattering 56 bistability 56 Fig. 3B 56 enzyme catalysis 56 self assembled monolayers 56 hydrolases 56 fermion 56 PAK1 56 thermodynamic properties 56 epithelia 56 Fig. 2B 56 antigenic peptide 56 alpha subunit 56 matrix metalloproteinases 56 electrokinetic 56 fig. S2 56 GluR1 56 cadherin 56 dissipative 56 interfacial tension 56 oxygen ions 56 microgel 56 miRNA expression 56 THz radiation 56 polyaniline 56 eIF4E 56 liquid crystalline 56 peroxidase 56 hydroxyl radicals 56 palytoxin 56 MMP# 56 E3 ligase 56 Notch signaling 56 colloidal nanocrystals 56 equilibration 56 mutant proteins 56 piRNAs 56 amyloid fibrils 56 tumoral 56 osteoclast activity 56 caveolin 1 56 vimentin 56 photocurrent 56 SNARE complex 56 diffusion coefficient 56 tropomyosin 56 van der Waals 56 proteolytic 56 AMPA receptor 56 neuroepithelial cells 56 polymer membranes 56 redox 56 podocytes 56 Rab# 56 netrin 1 56 tumorigenicity 56 biominerals 56 amyloid beta peptides 56 electrochemical reactions 56 isomerization 56 ferromagnetic 56 ß amyloid 56 wavefunction 56 multiferroic 56 Sgk1 56 HCV replication 56 ions 56 autocrine 56 NMR spectra 56 TORC2 56 intracellular proteins 56 graphane 56 metabolizing enzymes 56 epidermal cells 56 nitration 56 dielectric layer 56 dipoles 56 biophysical properties 56 glycosylated 56 formamide 56 Runx2 56 EF Tu 56 viral proteins 56 cholesterol homeostasis 56 cathepsins 56 quantum coherence 56 absorption spectroscopy 56 birefringence 56 vesicular 56 secretase 56 carbonate globules 56 neuronal migration 56 depolymerization 56 ubiquitination 56 insoluble proteins 56 fluorogenic 56 acetyl groups 56 mitochondrial biogenesis 56 substrate specificity 56 β amyloid 56 electrical conductance 56 conductivities 56 Extracellular 56 pentacene molecule 56 hydrophobic compounds 56 microglial activation 56 Xenopus embryos 56 eicosanoid 56 cycloaddition 56 microfluidic chips 56 physico chemical properties 56 adducts 56 keratinocyte 56 phospholipid membranes 56 intestinal epithelial cells 56 crystallographic 56 viscoelasticity 56 radiative recombination 56 W bosons 56 structural rearrangements 56 innate immune responses 56 Rac1 56 modulatory 56 toroid 56 coplanar 56 STAT1 56 corona discharge 56 eluted 56 Smad4 56 ribonucleotide 56 Akt activation 56 vinculin 56 chondrocyte 56 absorption spectra 56 cultured neurons 56 inhibitory receptors 56 martensite 56 resonant frequencies 56 histone H3 56 nonmagnetic 56 Auger recombination 56 uncharged particles 56 transgene expression 56 spherical particles 56 prokaryote 56 caspase activation 56 ceria 56 auxin transport 56 clathrin 56 DNA demethylation 56 metastable 56 GAGs 56 nanorod 56 Syt IV 55 cadherins 55 manganite 55 tRNAs 55 Raman spectra 55 polymer nanofibers 55 polymer matrix 55 cuprate 55 ryanodine receptor 55 synaptic vesicle 55 nanocrystalline 55 nonequilibrium 55 actin remodeling 55 ferro electric 55 supercurrent 55 fig. S4 55 PHD2 55 Ago2 55 selenoproteins 55 Diels Alder 55 physicochemical properties 55 ribonucleic acid RNA 55 QDs 55 TGF β 55 photoconversion 55 stoichiometric 55 dynein 55 crystalline structure 55 epoxides 55 K + ATPase 55 polariton 55 pyrimidines 55 presynaptic 55 pleiotropic 55 collagen fibers 55 NFκB 55 CRAC channel 55 β1 55 trypsin 55 dipolar 55 polymerisation 55 nitrogen atoms 55 regulating gene expression 55 TGF ß1 55 cadmium chloride 55 fibrillin 55 uracil 55 depolarization 55 block copolymer 55 glutamate receptors 55 membered rings 55 acetylcholine receptor 55 reactants 55 alkanes 55 nanolayers 55 cellulase 55 lytic 55 glycolipids 55 monodisperse 55 functionalization 55 prostaglandin synthesis 55 ferroelectrics 55 fluorescent dye molecules 55 metaphase 55 complexation 55 Eq. 55 nuclease 55 c MYC 55 microtubes 55 ab initio calculations 55 tubulin 55 protein tyrosine phosphatase 55 Golgi apparatus 55 shear modulus 55 cellular membranes 55 photoionization 55 semiconducting materials 55 derivatized 55 hydrogenase 55 cytochromes 55 calcium ion 55 cementite 55 cuprate superconductors 55 inflammatory cytokine 55 equimolar 55 patterning technique 55 micro RNAs 55 x ray absorption spectroscopy 55 Supplementary Fig 55 renal tubules 55 martensitic 55 phosphonate 55 MAPK pathway 55 nanochannel 55 STAT3 signaling 55 phagocyte 55 P2X 55 coercivity 55 inhomogeneous 55 hsp# 55 membrane receptors 55 polymer beads 55 nucleic acid molecules 55 cell lysis 55 lyse 55 cell nuclei 55 ErbB receptors 55 TRP channels 55 solubilize 55 cyclohexanone 55 Schematic representation 55 oscillatory behavior 55 HipA 55 SNAREs 55 Rubisco 55 granzyme B 55 poly dA 55 lattice mismatch 55 redox active 55 semiconductor nanocrystals 55 nanomagnets 55 phosphoprotein 55 velocity dispersion 55 electrochemically 55 isoenzymes 55 rotaxane 55 histone protein 55 fission yeast 55 dihydrogen 55 fibrillar 55 cathepsin B 55 proline rich 55 conformational 55 receptor mediated endocytosis 55 acetylation 55 proteosome 55 carbenes 55 superfluid 55 cAMP signaling 55 Rap1 55 terahertz pulses 55 histone H4 55 filopodia 55 circuitries 55 isoenzyme 55 divalent 55 undoped 55 unicellular organism 55 ATP synthase 55 nanocrystalline materials 55 kinesins 55 GFP fluorescence 55 monoamine 55 Schematic illustration 55 alkali metal 55 Fig. 1b 55 molecule 55 electron irradiation 55 methyl groups 55 photothermal 55 autophagic 55 SNARE proteins 55 depolarized 55 optical lattices 55 Dicer enzyme 55 heterostructure 55 adrenergic receptors 55 effector molecules 55 endosome 55 photon energies 55 HIP1 55 epithelial mesenchymal transition 55 JNK1 55 apical membrane 55 liquid electrolyte 55 nitrogenase 55 tubule 55 proximal tubule 55 cardiac fibroblasts 55 porous membranes 55 tyrosine 55 interstitial fluid 55 actin cytoskeleton 55 MT1 MMP 55 oxidized lipids 55 tin oxide 55 polymerizes 55 pyrrolysine 55 lattice spacing 55 intracellular compartments 55 synaptotagmin 55 adipose cells 55 electrophoretic 55 TGF beta1 55 recycling endosomes 55 dielectric permittivity 55 prostaglandin E2 PGE2 55 antigen binding 55 GaN layer 55 intracellular signaling 55 histone modifications 55 hydrocarbon molecules 55 electrons emitted 55 nanobubbles 55 bioactive molecules 55 mammalian tissues 55 fluorescent probes 55 figs. 55 catabolism 55 SGK1 55 carborane 55 fibrillin 1 55 covalent 55 molecule binds 55 pn junction 55 MOS transistors 55 plasma fibrinogen 55 auxin 55 nanospheres 55 RNA polymerases 55 micelles 55 tenascin C 55 semiconductor quantum dots 55 nitric oxide synthase 55 receptor subunit 55 homodimers 55 cyclic GMP 55 root nodules 55 electron doped 55 protein conformation 55 FGF signaling 55 crystalline solids 55 guanine nucleotide exchange 55 dimensional nanostructures 55 TXNIP 55 gene amplification 55 cilium 55 signaling cascades 55 Fig. 1d 55 mesodermal