Related by context. All words. (Click for frequent words.) 71 conformational changes 67 chromatin structure 67 tyrosine phosphorylation 67 focal adhesions 66 intramolecular 66 structural rearrangements 66 membrane protein 66 F actin 65 transmembrane 65 adherens junctions 65 endonuclease 65 exocytosis 65 ligand binding 65 amino acid substitutions 64 coiled coil 64 heterochromatic 64 proteolysis 64 kinase domain 64 X inactivation 64 endocytic 63 oligomer 63 morphogen 63 nucleases 63 oligomerization 63 BMP signaling 63 6S RNA 63 COOH terminal 63 membrane fusion 63 Fig. 1a 63 magnetization 63 substrate specificity 63 endonucleases 63 neurite outgrowth 63 presynaptic 63 vesicle fusion 62 amino acid residues 62 biogenesis 62 Htt 62 tRNA 62 vacuolar 62 cytoskeletal 62 acetylation 62 CD1d 62 gp# [002] 62 Hedgehog signaling 62 Vps# 62 β 62 tetramer 62 EBNA1 62 nucleosome 62 glutamate receptor 62 Rac1 62 Cdc# 62 dynamin 62 microtubule 62 transcriptional regulation 62 secretory pathway 62 telomeric 62 nucleotide 62 thymocyte 62 DNA demethylation 62 histone 62 depolarization 62 morphogenesis 62 proto oncogene 62 occludin 62 electron density 62 postsynaptic 62 epithelia 62 ubiquitylation 62 epithelial mesenchymal transition 61 H#K# [002] 61 PIP3 61 titin 61 RNA polymerase II 61 actin binding 61 fluorescence intensity 61 oligomeric 61 EF Tu 61 synaptogenesis 61 oscillatory 61 H#K#me# 61 histone methylation 61 Fig. 1C 61 catenin 61 TOP2A gene 61 helicase 61 tubulin 61 Ca2 + 61 Wnt signaling 61 riboswitch 61 transactivation 61 SUMOylation 61 cadherin 61 epigenetic modifications 61 centromeres 61 ribozyme 61 interconversion 61 dimer 61 ubiquitination 61 actin cytoskeleton 61 centromere 61 myosin 61 condensin 61 T#M 61 cell motility 61 cytoplasmic 61 pRb 61 actin myosin 61 LIS1 61 centrosome 61 Fig. 1A 61 myofibroblasts 61 receptor molecule 61 protein conformation 61 meiotic 60 Wnt proteins 60 basolateral 60 beta globin 60 nucleolar 60 metaphase 60 glycan 60 transcriptional activation 60 phosphorylation 60 glycosyltransferase 60 transmembrane domain 60 TGF ß 60 conformations 60 PIP2 60 histone modifications 60 ligase 60 PAX5 60 glycosylation 60 heterochromatin 60 Phosphorylation 60 transduction 60 FGF signaling 60 ectodomain 60 β catenin 60 fig. S1 60 transcriptionally 60 phagocytosis 60 beta subunit 60 GAPDH 60 gene rearrangements 60 morphogens 60 CPEB 60 ribosomal DNA 60 antigen binding 60 steric 60 hypothalamic pituitary 60 metazoan 60 Arp2 3 60 ciliated 60 tropomyosin 60 meiotic recombination 60 morphogenetic 60 Fig. 3B 60 rRNA 60 cilium 60 proteoglycan 60 ERK1 2 60 mRNA expression 60 cytokinesis 60 subcellular 60 centromeric 60 conductance 60 microglial 60 homologs 59 VE cadherin 59 alanine 59 decoherence 59 serine protease 59 cytochrome c 59 adsorbate 59 Mre# 59 cytosolic 59 processive 59 hydroxylation 59 polyadenylation 59 effector 59 spectrin 59 epithelial 59 chromophore 59 ssDNA 59 proteolytic cleavage 59 AMPA receptors 59 transmembrane protein 59 cohesin 59 amino acid sequence 59 transcriptional repressor 59 Wnts 59 JAK STAT 59 chemotactic 59 polypeptide 59 dynactin 59 dephosphorylation 59 Supplementary Fig 59 V3 loop 59 p# activation 59 mutational 59 neuroepithelial cells 59 dimerization 59 mesoderm 59 histone acetylation 59 fig. S2 59 genomic instability 59 E cadherin 59 hyperactivation 59 ligand receptor 59 Fig. 1d 59 colocalization 59 ATPase 59 ATPase activity 59 oncogenic transformation 59 zebrafish embryo 59 mRNA decay 59 homolog 59 p# NTR 59 cAMP 59 phosphorylates 59 myosin VI 59 TFIIH 59 tetragonal 59 microstructural 59 Vpr 59 polypeptide chain 59 focal adhesion 59 tumorigenesis 59 miRNA expression 59 glycolipids 59 SMAD4 59 RNA polymerases 59 disulfide bonds 59 MyoD 59 neuronal migration 59 polymerase 59 signaling cascade 59 intron 59 mitotic 59 oxidative phosphorylation 59 APOBEC3G 59 E3 ligase 59 subunit 59 figs. 59 adipogenic 59 Smad3 59 mutant proteins 59 amino terminal 59 actin polymerization 59 MAPK pathway 59 epigenetic silencing 59 modulatory 59 Jhdm2a 59 RNAP 59 5 hydroxymethylcytosine 59 cytoskeletal structure 59 Rab5 59 axon guidance 59 TRIM5 59 rostral 59 Dpp 59 phytochrome 59 neuromuscular junction 59 KLF4 59 c myc 59 Dictyostelium 59 lamellar 59 ß catenin 59 acetylcholine receptor 59 anisotropy 59 paxillin 59 osteoblast differentiation 59 GTPase 59 Pax6 58 cis regulatory 58 autophagic 58 palmitoylation 58 receptor binding 58 synaptic transmission 58 isoforms 58 transferase 58 tumor suppressor protein 58 fibronectin 58 isoform 58 P cadherin 58 PrP 58 disulfide bond 58 RhoA 58 DSBs 58 vimentin 58 5' triphosphate 58 costimulatory 58 receptor proteins 58 kinetochores 58 caveolae 58 RNA splicing 58 mitotic spindle 58 STAT1 58 genetic recombination 58 topoisomerases 58 cyclin B1 58 dendritic 58 proline rich 58 myosins 58 glycoprotein 58 metabolic enzymes 58 HipA 58 malignant transformation 58 Fig. 3b 58 clathrin 58 mitochondrial respiration 58 autoregulation 58 #BP# 58 bacterial enzyme 58 chromatin 58 chromatin remodeling 58 protein complexes 58 PDZ domains 58 histone H3 58 serine threonine kinase 58 proteolytic 58 methyltransferase 58 homodimers 58 actin filament 58 elastic fibers 58 immunoreactivity 58 scavenger receptor 58 epithelial cell 58 nAChR 58 eukaryotic cells 58 topoisomerase 58 Fig. 2B 58 GLUT4 58 magnetization reversal 58 ERK signaling 58 ERK2 58 bilayer 58 mutagenesis 58 synaptic 58 neural crest cells 58 Fig. 2C 58 cysteine residues 58 Sgk1 58 GABAA receptors 58 carboxyl terminal 58 protein phosphorylation 58 signaling cascades 58 Ago2 58 intracellular signaling 58 epigenetic alterations 58 ATP hydrolysis 58 inhomogeneity 58 mitogen activated protein kinase 58 ACh 58 DNMT1 58 antibody antigen 58 ionic currents 58 cyclin 58 calpain 58 subunits 58 Kv#.# 58 supramolecular 58 PTPN# 58 evolutionarily conserved 58 COL#A# 58 interneurons 58 MT1 MMP 58 polymerases 58 chloroplast 58 ADAMTS# 58 bistability 58 caveolin 1 58 Alu elements 58 alveolar epithelial cells 58 helices 58 carboxy terminal 58 Golgi apparatus 58 dendritic spine 58 endosomal 58 MAP kinase 58 dimeric 58 motoneurons 58 diffusible 58 BMAL1 58 transferrin receptor 58 ankyrin repeats 58 serine 58 junctional 58 amino terminus 58 magnetosomes 58 morphologic 58 ribosomal protein 58 cadherins 58 Sonic hedgehog 58 pilus 58 Dysregulation 58 p# MAPK 58 ploidy 58 sequence homology 58 histone protein 58 neurotransmitter receptor 57 N cadherin 57 Fig. 4a 57 nonlinear optical 57 microRNAs miRNAs 57 kinetochore 57 synaptic vesicle 57 phenotype 57 enzymatic activity 57 gamma H2AX 57 cofilin 57 Nod1 57 subcellular localization 57 desmin 57 mRNA molecules 57 integrins 57 stilbene 57 helicases 57 synuclein 57 histone proteins 57 hammerhead ribozyme 57 lysosomal 57 mammary epithelial cells 57 ephrin 57 esterase 57 nuclease 57 coexpression 57 functionalization 57 neuroligins 57 flagellar 57 β1 57 ectopic expression 57 miR# 57 syntaxin 57 lysine residues 57 replicase 57 posttranslational modifications 57 hexamer 57 microvilli 57 CaM 57 astrocytic 57 polypeptides 57 innervation 57 synapse formation 57 ABCA1 57 Foxp3 57 monomeric 57 tetramers 57 phosphorylate 57 striated muscle 57 antigen receptor 57 anaphase 57 translationally 57 metalloproteinases 57 nodulation 57 FGFs 57 Amino acid 57 ribosomal 57 trimeric 57 kinesin 57 DNA methylation patterns 57 ESCRT 57 spermatogenesis 57 transmembrane domains 57 phosphatase 57 chromosome condensation 57 HCV replication 57 myosin V 57 SIRT2 57 ankyrin 57 phenotypic expression 57 alternative splicing 57 peptide MHC 57 actin filaments 57 cell adhesion 57 Aβ 57 constitutively active 57 RNA molecules 57 antiparallel 57 granule cells 57 neuronal activity 57 extracellular proteins 57 GABAB receptors 57 dynein 57 Dicer enzyme 57 trypanosome 57 transgene expression 57 hsp# 57 cyclization 57 podocytes 57 tumor suppressor p# 57 drug metabolizing enzymes 57 cytoplasmic tail 57 protein actin 57 photosystem II 57 morphological 57 H#K# [001] 57 AMPA receptor 57 ALK gene 57 Rad# 57 trimer 57 posttranslational modification 57 post perovskite 57 CTCF 57 apoptotic 57 lipid membrane 57 melanocyte 57 uracil 57 Fig. 3A 57 antiferromagnetic 57 eukaryotic cell 57 Drp1 57 budding yeast 57 cortical excitability 57 transcription factors 57 primary cilium 57 epistasis 57 diffraction pattern 57 Fig. 1D 57 ligand 57 LKB1 57 apical 57 PML RARA 57 oscillatory behavior 57 calmodulin 57 Cyclin D1 57 constitutively 57 integrin activation 57 Notch signaling 57 proteins 57 microtubules 57 intestinal epithelium 57 Fig. 4B 57 TGF beta signaling 57 coactivators 57 CEACAM1 57 Rb#/p# 57 MAPKs 57 uPAR 57 chromosomal rearrangement 57 homodimer 57 cofactors 57 acetyl groups 57 Fig. 1c 57 nucleotide sequence 57 vesicle 57 histidine 57 metastable 57 caspase activation 57 tRNA synthetase 57 NADPH 57 Hox gene 57 TGF beta pathway 57 kinesins 57 BMP receptor 57 phosphoprotein 57 retinal neurons 57 mitochondrial membranes 57 c Src 57 isoenzymes 57 beta adrenergic receptors 57 membrane lipids 57 deacetylation 57 missense mutations 57 intracellular Ca 2 57 dystroglycan 57 cell nuclei 57 HMGA2 57 Fig. 57 Purkinje cell 57 NKT cell 57 E3 ubiquitin ligase 57 receptor tyrosine kinase 57 cAMP signaling 57 demethylation 57 post translational modifications 57 osteoclast 57 bacterial ribosome 56 polycystin 56 MEK1 56 E cadherin expression 56 quantitative trait loci 56 globin 56 electrical conductance 56 inhibitory 56 immunostaining 56 GTPases 56 dephasing 56 Fig. 2b 56 TGF ß1 56 operon 56 topo II 56 cytoplasmic domain 56 rhodopsin 56 constitutively expressed 56 mRNA translation 56 cathepsin B 56 effector molecules 56 ß1 56 alpha subunit 56 RNAs 56 antigenic shift 56 chondrocyte 56 paralogs 56 sRNA 56 perivascular 56 homology 56 methylation patterns 56 ouabain 56 mutant protein 56 indel 56 oxidized lipids 56 Ubx 56 F1 ATPase 56 contractile 56 guanosine 56 NS3 56 noncoding RNA 56 secretase 56 mRNA 56 dorsal horn 56 wavefunction 56 crystallographic 56 Runx2 56 homologues 56 glial 56 Cre recombinase 56 isotypes 56 PKC delta 56 osteoblastic 56 synthetase 56 Chromosomal 56 synaptotagmin 56 cytokine secretion 56 regulated kinase ERK 56 fig. S3 56 PDZ domain 56 Nedd4 56 gene transcription 56 glucocorticoid receptor 56 epitope 56 Smoothened 56 mRNAs 56 chirality 56 #S subunit 56 MLL gene 56 prophase 56 palytoxin 56 photonic crystal 56 apical membrane 56 ligand binding domain 56 activin 56 myogenic 56 amyloid fibrils 56 cofactor 56 phospholipid membranes 56 GAGs 56 paramagnetic 56 Prox1 56 BMP4 56 NF κB activation 56 exonuclease 56 virulence genes 56 transcriptional machinery 56 chromosomal rearrangements 56 receptor subunit 56 DNA rearrangements 56 overactivation 56 tyrosine residues 56 plasminogen 56 Hox genes 56 mitochondrial enzyme 56 upregulation 56 Fig. 3C 56 fluorophore 56 TGF β 56 mesenchymal cell 56 depolarizing 56 amplitudes 56 synovial 56 cytochrome c oxidase 56 TGFbeta 56 isomeric 56 epigenetic regulation 56 ribosomal RNA 56 CD# expression [001] 56 metaplasia 56 TGFß 56 Cathepsin B 56 cellular senescence 56 replisome 56 IKKß 56 ubiquitin ligase 56 saccadic 56 lysophosphatidic acid 56 endothelial 56 TRPV4 56 adhesion molecule 56 #q#.# [002] 56 fibrillar 56 Fig. 2a 56 immunodominant 56 substituents 56 extracellular 56 nucleolus 56 opioid receptor 56 bacterial genomes 56 viral genomes 56 TGFb 56 fibril 56 riboswitches 56 acinar 56 thymocytes 56 microglial activation 56 eIF2 56 lamellae 56 catalytically active 56 exon 56 superior colliculus 56 intracellular signal transduction 56 tetherin 56 FSH receptor 56 NEDD8 56 GPR# [002] 56 stereochemistry 56 primary cilia 56 huntingtin 56 molecule 56 disulfide 56 secretory 56 centrosomes 56 aggrecan 56 inhibitory receptor 56 kinesin motor 56 endoplasmic reticulum 56 untranslated regions 56 anisotropic 56 BRAF protein 56 neurite 56 fibril formation 56 neural crest 56 CHD7 56 KaiC 56 intermolecular 56 chromosomal instability 56 tyrosine 56 Cajal bodies 56 ciliary 56 non coding RNA 56 glycolytic 56 intracellular proteins 56 crosslinking 56 polynucleotides 56 Skp2 56 electron tunneling 56 protease 56 renal fibrosis 56 TRPV3 56 HIP1 56 chemotaxis 56 mediated inhibition 56 efferent 56 cyclins 56 membrane proximal 56 anterior pituitary 56 viral genome 56 telomere maintenance 56 macromolecules 56 QDs 56 FtsZ 56 RAS RAF MEK 56 homologous recombination 56 collagen fibers 56 MEF2 56 germinal center 56 Notch1 56 actin 56 PP2A 56 mosaicism 56 γ 56 RNA sequences 56 AChE 56 translocates 56 antisense molecules 56 adhesion proteins 56 Fig. 3a 56 cytoskeleton 56 subcellular structures 56 NFkB 56 PrPC 56 amino acid substitution 56 transgenic mice expressing 56 C3 convertase 56 amyloid peptides 56 lamina 56 homologous 56 organelle 56 overexpression 56 Hcrt 56 ligands 56 cellular pathways 56 intestinal epithelial 56 solvation 56 molecule binds 56 PrPSc 55 nitric oxide synthase NOS 55 intracellular pH 55 segmental duplications 55 A. thaliana 55 mutant huntingtin protein 55 alpha helix 55 tenascin C 55 ribonucleic acids 55 proximal tubule 55 beta globin gene 55 primary visual cortex 55 chromosomal 55 stomatal 55 somatic mutation 55 glycoproteins 55 chemical reactivity 55 cleavage furrow 55 RecA 55 GABAergic 55 gliosis 55 matrix metalloproteinase 55 proapoptotic 55 prion protein 55 TNF receptors 55 oncogenic 55 inflammatory cytokine 55 Cx# [001] 55 ERK activation 55 N Myc 55 caveolin 55 Immunohistochemical analysis 55 dermal papilla 55 DNA ligase 55 defensin 55 synthases 55 aT cell 55 cathepsins 55 EGF receptor 55 photosystems 55 HOTAIR 55 HtrA2 55 macromolecular 55 resonance frequency 55 immunological synapse 55 synaptic vesicles 55 hydrophobicity 55 transcription elongation 55 CaM kinase II 55 cardiac myocytes 55 Sox# 55 splice variants 55 MAP kinase pathway 55 cytidine 55 netrin 1 55 Histone 55 chromosomal translocations 55 IFN γ 55 oxidase 55 ribonucleoprotein 55 IRE1 55 centrioles 55 S nitrosylation 55 semaphorin 55 3'UTR 55 Hsp# [001] 55 ncRNA 55 connexin# 55 serine threonine 55 cyclic AMP 55 electrical conduction 55 dimers 55 MECP2 gene 55 endosome 55 potentiation 55 cortical neurons 55 actin fibers 55 vinculin 55 ADAM# 55 XPB 55 surface plasmon 55 RNA strand 55 hippocampal neurons 55 transcriptional activity 55 denaturation 55 macrocycle 55 integrin 55 fascin 55 H#K# methylation 55 major histocompatibility complex 55 signaling pathways 55 chromatin modification 55 HDAC6 55 mutation 55 ATF2 55 genotoxic stress 55 carbenes 55 ligand induced 55 hypocretin neurons 55 punctate 55 Fc receptors 55 intergenic 55 Diels Alder reaction 55 dsDNA 55 polyamine 55 Vpu 55 symbiont 55 laterality 55 amino acid residue 55 neuronal circuits 55 gene locus 55 microRNA expression 55 magnetisation 55 efflux 55 recombinase 55 molecular 55 tensile stress 55 phosphatidylinositol 55 guanine nucleotide exchange 55 sarcoplasmic reticulum 55 ligases 55 striatal 55 polyglutamine 55 receptor activation 55 cells transfected 55 Notch pathway 55 adduct 55 TET2 55 microtubule dynamics 55 glomerular 55 fission yeast 55 thioredoxin 55 leukemic cell 55 pre mRNA splicing 55 catalytic subunit 55 cellular prion protein 55 NF kappaB 55 ribonuclease 55 antigenic drift 55 capsid 55 cell lysis 55 MHC molecules 55 HEK# cells 55 valine 55 neuronal dysfunction 55 endogenous 55 topological 55 Rab# 55 receptor subtypes 55 amyloid deposits 55 hypoxia inducible transcription 55 electrostatic interactions 55 myofibroblast 55 dendrite 55 histone modification 55 mesenchyme 55 IL6 55 p#/CBP 55 CD# ligand 55 beta tubulin 55 muscarinic receptors 55 vitamin D receptor VDR 55 gamete formation 55 histone code 55 homologous chromosomes 55 protein fragment 55 SGK1 55 cryptochrome 55 poly dA 55 invadopodia 55 cDNAs 55 postsynaptic neuron 55 hydrogenase 55 thymic 55 eukaryotic 55 sarcomere 55 osmotic stress 55 amino acid 55 dinucleotide 55 crystal lattice 55 microRNA molecules 55 SWI SNF 55 cysteines 55 FEN1 55 homology modeling 55 ferroelectricity 55 PAK1 55 flavin 55 Fig. 1b 55 mTORC1 55 periosteal 55 globin genes 55 stromal 55 downregulation