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(Click for frequent words.) 67 epoxide 66 DNA pixantrone alkylates 65 intramolecular 65 tetramer 64 pyrimidine 64 unlike anthracyclines 64 crosslinks 64 porphyrin 63 vesicle fusion 63 oligomerization 63 antiferromagnetic 63 paramagnetic 63 electrophilic 63 topoisomerase II 63 site directed mutagenesis 62 secretase 62 supramolecular 62 Fig. 2b 62 F actin 62 bosonic 62 oligomers 62 hexamers 62 uracil 62 γ 62 lipid vesicles 62 quinone 62 Aâ 62 proteolytic cleavage 62 lytic 62 crosslinking 61 amyloid peptides 61 block copolymer 61 monomeric 61 chemically reactive 61 steric 61 diene 61 oligomer 61 ribozyme 61 porphyrins 61 β1 61 isomerase II 61 multiferroic 61 alpha helical 61 cyclization 61 redox reactions 61 imidazole 61 processive 61 cysteine residues 61 bicyclic 61 mesenchyme 61 pyrophosphate 61 disulfide bond 61 fluorine atom 61 thiol 61 disulfide 61 membrane fusion 61 electrostatic interactions 61 dimeric 61 GAPDH 61 covalently linked 61 rotaxanes 61 nematic 61 lipid bilayer 61 Schematic representation 60 intermolecular 60 nucleophilic 60 endonuclease 60 crosslinked 60 sulfation 60 deacetylation 60 phenylene 60 micelle 60 cell lysis 60 overactivation 60 matrix metalloproteinases 60 DNA adducts 60 covalent bond 60 polypeptides 60 amphiphilic 60 dephosphorylation 60 sulfonated 60 sulfur atom 60 Annexin V 60 osteolytic 60 agarose 60 fibril 60 lipid membranes 60 sulfur atoms 60 lamellar 60 macrocycle 60 limbal 60 polaritons 60 alkyl 60 micronuclei 60 covalently bonded 60 Fig. 3b 59 bilayer 59 avidin 59 Amino acid 59 flavin 59 HUVEC 59 stilbene 59 boron atoms 59 collagenous 59 polynucleotides 59 tetramers 59 hydroperoxide 59 Fig. 1d 59 thiophene 59 self assembled monolayer 59 coiled coil 59 tunica vaginalis 59 adduct 59 amide 59 Diels Alder reaction 59 donor acceptor 59 divalent 59 mesoporous 59 fibrillar 59 EGF receptor 59 serine protease 59 Fig. 1D 59 collagen fibrils 59 trimers 59 SWCNT 59 electron doped 59 chemisorption 59 triphosphate 59 6S RNA 59 biomolecule 59 biotransformation 59 disulfide bonds 59 metalloproteases 59 5' triphosphate 59 polyethylene glycol PEG 59 inhomogeneity 59 dimerization 59 helices 59 GAGs 59 silicon nanowire 59 alkali metal 59 dispersive 59 dihydrogen 59 condensin 59 imine 59 monolayers 59 manganite 59 tau aggregates 59 spectrin 59 tumorigenicity 59 phosphonate 59 JNK activation 59 CPEB 59 SNAREs 59 nanomotor 59 posttranslational modification 59 autocatalytic 59 hyperinsulinemic euglycemic clamp 58 amyloid beta peptides 58 beta subunit 58 thermosensitive 58 tetragonal 58 actin binding 58 histidine 58 poly ethylene glycol 58 κ 58 micrometer scale 58 endocytic 58 covalent bonds 58 fibril formation 58 SDS PAGE 58 gold nanoclusters 58 covalent bonding 58 spheroidal 58 nucleobase 58 caveolae 58 antiangiogenic 58 adhesion proteins 58 glycolipid 58 polymerizing 58 strontium titanate 58 heterochromatic 58 nucleic acid molecules 58 moieties 58 ligand binding 58 carboxy 58 hydroxyl radicals 58 mitogenic 58 ERK1 2 58 ^ sup #m 58 photochemically 58 transduction 58 fig. S1 58 phagocytosis 58 nucleotide sequences 58 transmural 58 aminobutyric acid 58 polyaniline 58 methylene 58 phosphoprotein 58 membrane pores 58 potentiation 58 cycloaddition 58 hydroxyl radical 58 focal adhesions 58 glycosylated 58 M1 muscarinic 58 acyl CoA 58 antiparallel 58 titin 58 pyrimidines 58 glycosaminoglycans 58 microstructured 58 depolymerization 58 magnetic bead 58 myofibroblasts 58 liquid crystalline 58 hydrophobic interactions 58 autophagic 58 recrystallization 58 YBCO 58 rotaxane 58 transmembrane 58 Fig. 4b 58 carbene 58 antibody antigen 58 lipofuscin 58 bilayers 58 Fig. 1A 58 cytokine signaling 58 undoped 58 chalcogenide 58 cyclic peptide 58 morphogens 58 proteolytic 58 GABAA receptors 58 dsRNA 58 titania nanotubes 58 PIP2 58 nitrogen atoms 58 acinar 58 tyrosine 58 thiols 58 elastic deformation 58 thymidine 57 uniaxial 57 adducts 57 CdSe 57 BMP signaling 57 macromolecule 57 electron acceptor 57 MWNT 57 spermatic cord 57 glomerular 57 paracrine 57 integrin receptors 57 Mott insulator 57 tyrosine phosphorylation 57 polymerisation 57 martensite 57 Diels Alder 57 antigen binding 57 ligand receptor 57 cathepsin B 57 nanoelectromechanical 57 MCF7 cells 57 superlattice 57 pRb 57 substituents 57 dipeptide 57 gelation 57 epididymal 57 alkynes 57 exocytosis 57 vimentin 57 neurite outgrowth 57 polypeptide chain 57 metal cations 57 Aβ 57 fibrin gel 57 H#K# [001] 57 semiconductor nanowires 57 IRE1 57 cysteines 57 deuterated 57 transcriptional repressor 57 thioredoxin 57 colloidal crystals 57 fibrin matrix 57 microcavity 57 catalytically active 57 #S subunit 57 parylene 57 dimer 57 icosahedral 57 gelsolin 57 glucose oxidase 57 isotope fractionation 57 peptidic 57 chemically bonded 57 spicule 57 colocalization 57 P gp 57 thermal decomposition 57 constitutively active 57 lamina 57 micelles 57 collagen fibers 57 vacuolar 57 polyelectrolyte 57 transcriptional repression 57 denaturation 57 RNA polymerases 57 carbonyl 57 mesoscopic 57 conformational changes 57 replicase 57 acyclic 57 covalent 57 basal layer 57 C3 convertase 57 ferroelectricity 57 interconversion 57 osteoinductive 57 mitogen activated protein kinase 57 denaturing 57 β catenin 57 macroscopically 57 pharmacokinetic interactions 57 silica spheres 57 cytidine 57 transgene expression 57 proteolysis 57 interparticle 57 Fig. 3a 57 weakly interacting 57 depolarizing 57 polymerizes 57 acyl 57 amino acid substitutions 57 formamide 57 silicon atoms 57 linker molecules 57 genotoxic stress 57 cell adhesion molecules 57 adsorbate 57 caspase activation 57 DNase 57 monodisperse 57 ectodomain 57 ATPase 57 hapten 57 TrkB 57 Fas ligand 57 Amyloid beta 57 microfluidic channels 57 MT1 MMP 57 chromatid 57 neuroligins 57 borane 57 organometallic 57 FKBP# 57 mitochondrial respiration 57 biogenesis 57 cytochrome 57 macrocyclic 57 c Src 57 boron oxide 57 lysine residues 57 aryl 57 enzymatically 57 manganese atoms 57 microfabricated 57 ε 57 amyloidogenic 57 hydrolysis 57 vesicle 57 nanomagnets 57 dumbbell shaped 56 aggrecan 56 crystallinity 56 complexation 56 enantiomeric 56 ZnSe 56 vibrationally excited 56 Vps# 56 stoichiometry 56 trophoblasts 56 endoplasmic reticulum stress 56 CDK inhibitor 56 crystal lattices 56 osteoconductive 56 quasiparticle 56 oligomeric 56 photoactivation 56 N acetylglucosamine 56 mononuclear 56 hydrophobicity 56 myo inositol 56 AChE 56 P selectin 56 α β 56 plastid 56 redox active 56 nitride layer 56 NR2B subunit 56 nucleate 56 amyloid β 56 microcapsule 56 zinc ions 56 PHD2 56 ATP hydrolysis 56 monolayer 56 gate electrode 56 homodimer 56 osteoblastic 56 anionic 56 HepG2 cells 56 biotinylated 56 ribonuclease 56 peroxidation 56 graphene sheets 56 diffusive 56 NFkappaB 56 diamine 56 nanocrystalline 56 fluorescent staining 56 membered ring 56 MWCNT 56 dipole moment 56 trypsin 56 immunoreactivity 56 NADPH 56 polymer matrix 56 mediated inhibition 56 TRPV1 receptors 56 InAs 56 #S proteasome 56 concentration gradient 56 fibrin deposition 56 γ secretase 56 crystal lattice 56 sulfated 56 nanosphere 56 cysteine residue 56 hydroxide 56 nucleobases 56 ionic currents 56 photolysis 56 antisense molecules 56 Fig. 4B 56 dentinal 56 oscillatory 56 azide 56 elute 56 membrane lipids 56 nonlinear optical 56 nanodots 56 dopant 56 microglial 56 hydrogens 56 metaplasia 56 circular dichroism 56 superlattices 56 stereochemistry 56 morphogen 56 ligand binding domain 56 transferase 56 carboxylic acid 56 dielectric layer 56 heterodimer 56 bifunctional 56 ERK activation 56 pilus 56 Abeta protein 56 kinase domain 56 bilayer graphene 56 polyadenylation 56 glycan 56 polymer beads 56 proteoglycan 56 proteolytic activity 56 covalently bound 56 cleavable 56 perivascular 56 fibrin clot 56 lysis 56 photonic bandgap 56 nanoparticle aggregates 56 dimers 56 ultracold molecules 56 SUMOylation 56 seminal vesicle 56 nucleolar 56 p# MAPK 56 prokaryotic 56 telomere dysfunction 56 hydride 56 nanochannels 56 beta tubulin 56 nanoscopic 56 bacterial enzyme 56 cell nuclei 56 methyl groups 56 thymine 56 synthases 56 ssDNA 56 protein adsorption 56 metaphase 56 chondrocyte 56 lipid membrane 56 acetyl groups 56 LRP6 56 glycolipids 56 mesodermal 56 coexpression 56 disulphide 56 ribosomal DNA 56 neuroepithelial cells 56 neuromuscular junction 56 self assembled monolayers 56 SWCNTs 56 nanobelts 56 cytokine receptor 56 Rab5 56 graphite oxide 56 platelet adhesion 56 PI3K AKT 56 nanosized 56 intestinal epithelium 56 micrometer sized particles 56 actin polymerization 56 interstitial fluid 56 Ca2 + 56 lipid molecules 56 ciliated 56 Fig. 1a 56 poly L lysine 56 aluminum hydride 56 electronic excitations 56 N acetyl 56 solubilizing 56 thermodynamically stable 56 IL #p# 56 cadherins 56 xenobiotic 56 absorption spectroscopy 56 Cathepsin B 56 triangular lattice 56 allosteric 56 mesothelial cells 56 dissipative 56 cleavage furrow 56 di GMP 56 Figure 1C 56 ferromagnetic 56 photothermal 56 annexin V 56 ligand induced 56 leukocyte infiltration 56 selective inhibition 56 mitochondrial membrane 56 ribozymes 56 cytoskeletal protein 56 potent stimulator 56 tumoral 56 Rad# 55 hematoxylin 55 Josephson junctions 55 polariton 55 cytochrome c 55 electron proton 55 pearlite 55 proximal tubule 55 isoprenoid 55 peroxidase 55 Fig. 2B 55 magnesium ions 55 electrospray 55 spherical particles 55 beta. 55 nanoporous 55 aqueous solution 55 eluted 55 degranulation 55 SWNTs 55 superparamagnetic 55 crystallites 55 nanohorns 55 matrix metalloproteinases MMPs 55 hydroxyphenyl 55 intermolecular interactions 55 microglial activation 55 oxidizing agent 55 Extracellular 55 vascular endothelial cells 55 homologous recombination 55 helicases 55 equimolar 55 proteoglycans 55 urothelial 55 cofactors 55 bucky balls 55 cationic 55 neurite 55 CD1d 55 TRPV4 55 chalcogenides 55 nanomotors 55 intercellular signaling 55 peptidoglycan 55 ribonucleoprotein 55 Eg5 55 metastable 55 proapoptotic 55 chlorine atom 55 cyclic nucleotides 55 adsorbed 55 DNA glycosylase 55 bistability 55 F1 ATPase 55 vasoactive 55 cavitations 55 tubule 55 proton pump 55 prostaglandin E2 55 PDGF BB 55 polymer nanofibers 55 figs. 55 RecA 55 carborane 55 telomeric 55 hydrides 55 PEDOT 55 oxidant 55 bipyridine 55 guanidine 55 proteinaceous 55 beta amyloids 55 phosphate S1P 55 perovskite 55 endosome 55 Eq. 55 multi walled nanotubes 55 ERK signaling 55 motoneurons 55 palytoxin 55 liquid chromatographic 55 supernatant 55 polycystin 55 explants 55 centromeric 55 outer membrane proteins 55 mannose 55 nephrotoxic 55 GluR1 55 PML RARA 55 hydroxylation 55 nanospheres 55 pyruvate kinase 55 enzymatic degradation 55 chiral molecules 55 alpha subunit 55 enzymatic pathways 55 heterojunction 55 membranous 55 transmembrane protein 55 ADAMTS# 55 protein tyrosine phosphatase 55 lamellae 55 nanogels 55 functionalization 55 silicide 55 proline rich 55 photosystem II 55 ATP synthase 55 alkane 55 binding affinities 55 nanodroplets 55 amyloid fibrils 55 covalently attached 55 cadherin 55 transcriptional activation 55 ferro electric 55 SiO 2 55 unconjugated 55 photoactive 55 agarose gel 55 TGF ß1 55 photoconductive 55 biominerals 55 cytosolic 55 collagens 55 Western blotting 55 dinitrogen 55 VE cadherin 55 cementite 55 granzyme B 55 enzymatic digestion 55 tungstate 55 bisulfite sequencing 55 proteinase 55 hyperplastic 55 RNA strand 55 cadmium selenide 55 prostaglandin E2 PGE2 55 transporter proteins 55 asparagine 55 #BP# 55 Supplementary Fig 55 alkene 55 metalloproteinases 55 S nitrosylation 55 enantioselective 55 supersolid 55 azobenzene 55 heavy fermion 55 sphingolipid 55 CaM 55 beta cyclodextrin 55 quantum oscillations 55 endogenous opioid 55 electrokinetic 55 epidermal cells 55 sclerosing 55 SIRT2 55 chemical reactivity 55 fluorine atoms 55 ephrin A1 55 bimolecular 55 nanocarrier 55 nanodiamond 55 lysing 55 oxidases 55 Fig. 3c 55 titanate 55 nucleases 55 hydroxide ions 55 chelating 55 deoxy 55 glomerulus 55 protein filaments 55 paracellular 55 biological molecules 55 carbonyls 55 catabolism 55 adsorption 55 axonal degeneration 55 PrPSc 55 nanocages 55 cuprate 55 β amyloid 55 costimulation 55 potentiator 55 heterostructures 55 enzymatic reactions 55 pentacene 55 semiconducting properties 55 colloidal nanocrystals 55 conjugated polymers 55 antisense RNA 55 adenylate cyclase 55 tubules 55 ß catenin 55 topoisomerase 55 molecule 55 solubilization 55 microcavities 55 trabeculae 55 dopamine reuptake 55 TET2 55 ATP adenosine 55 physico chemical 54 cuticular 54 nanorod 54 macromolecular complexes 54 colloidal particles 54 TUNEL 54 actin filament 54 experimentally demonstrated 54 Raman spectra 54 inhibiting viral replication 54 hepatoma 54 melanin synthesis 54 hydrogen ions 54 autocrine 54 luminal surface 54 microinjection 54 unpaired electron 54 crystallographic 54 isoenzyme 54 cell outer membrane 54 H#K#me# 54 magnetization 54 p# activation 54 yttrium barium copper 54 superoxide anion 54 MDCK cells 54 magnetosomes 54 hemoglobin molecule 54 cytolytic 54 homodimers 54 Wnts 54 ACh 54 iNOS 54 trimeric 54 electron scattering 54 enzyme inhibitors 54 NF κB 54 TGF alpha 54 polyamines 54 electrical conductance 54 electrons emitted 54 Fig. 4a 54 eIF3 54 acetylcholine receptor 54 Arp2 3 54 electroactive 54 E#F# 54 orbitals 54 amorphous calcium carbonate 54 mevalonate 54 cobalt atoms 54 intraperitoneal injection 54 electrocatalyst 54 sequence homology 54 podocytes 54 electrochemically 54 elastic modulus 54 cellularity 54 η 54 amides 54 supernatants 54 physicochemical 54 hydroxyapatite 54 ribonucleic acid RNA 54 vasodilatory 54 neuromelanin 54 intervertebral disk 54 polymerized 54 vacuoles 54 synaptic vesicle 54 diatomic 54 inverse agonist 54 intermolecular forces 54 supercritical carbon dioxide 54 cofactor 54 renal tubules 54 nanometric 54 macromolecules 54 C# fullerenes 54 Vpu 54 spermine 54 surgical decompression 54 intermediate filaments 54 photosynthetic apparatus 54 apoptosis pathway 54 ceria 54 ubiquitylation 54 carbon atom 54 decoherence 54 Fig. 1c 54 glutathione GSH 54 T#M 54 MMP# 54 cytosine C 54 reactive intermediates 54 titanium atoms 54 aggregometry 54 osteoid 54 reductase 54 magnetic nanoparticle 54 opioid peptides 54 endosomal 54 axonal regeneration 54 oxidations 54 neurites 54 μ opioid receptor 54 fig. S2 54 PECAM 1 54 titania 54 bryostatin 54 dopants 54 semiconductor nanocrystals 54 biosynthetic 54 ERK pathway 54 crystalline solids 54 covalently 54 neurotransmitter receptor 54 membrane permeability 54 histone protein 54 cytochromes 54 PDGFR 54 absorber layer 54 diffusivity 54 SWNT 54 magnons 54 isomeric 54 diffraction pattern 54 denervation 54 electrostatic attraction 54 apoptosis induced 54 trophoblast cells 54 cisplatin resistant 54 porous membranes 54 inorganic salts 54 ^ Tc 54 fluorescence spectra 54 bistable 54 microcrystals 54 oncogenic transformation 54 cyclic adenosine monophosphate cAMP 54 Fig. 2c 54 Neuropeptide Y 54 fluorescently tagged 54 acetylated 54 AMPA receptor 54 eicosanoid 54 cyclooxygenase COX 54 magnetisation 54 unnatural amino acids 54 myocyte 54 hippocampal neurons 54 NF1 gene 54 pyramidal cells 54 plasmon 54 peptoid 54 submicrometer 54 adrenoceptor 54 fluorescence intensity 54 helium atoms 54 carboxyl 54 nitrogenase 54 guanosine 54 Fig. 2a 54 vibrational modes 54 translationally 54 CYP#B# 54 ATPase activity 54 cyclin B1 54 peroxynitrite 54 ferrocene 54 chromatin structure 54 GLUT4 54 iron arsenide 54 norepinephrine reuptake inhibition 54 mitochondrial biogenesis 54 Supplementary Figs 54 colorectal adenocarcinoma 54 keratinocyte 54 TGF beta1 54 tropomyosin 54 ferroelectrics 54 ADDLs 54 hydrolytic 54 epigenetic silencing 54 MAP kinase 54 ribonucleotide 54 Microtubules 54 biomineralization 54 lattice mismatch 54 receptor kinase 54 birefringence 54 cultured hippocampal neurons 54 fission yeast 54 synovial cells 54 secretory pathway 54 dimensional nanostructures 54 anion 54 zinc oxide nanowires 54 progerin 54 ß amyloid 54 macroporous 54 intergranular 54 epithelial cell 54 MALDI MS 54 Leydig cells 54 cyclohexanone 54 ciliates 54 mesoporous silica 54 histone acetylation 54 diphosphate 54 heparan sulfate 54 efflux pump 54 cyclin E 54 BMAL1 54 Immunohistochemical analysis 54 SVZ 54 powder diffraction 54 neuronal signaling 54 nanosized particles 54 STAT3 signaling 54 alkyne 54 constitutively 54 soluble proteins 54 epoxides 54 polymerised 54 kcal mol 54 TAp#