Related by context. All words. (Click for frequent words.) 65 anion 64 Ca2 + 64 transcriptional activation 63 redox reactions 63 JAK STAT 63 ATP hydrolysis 62 eNOS 62 synaptic vesicle 62 oligomerization 62 transmembrane 62 neuronal signaling 62 γ 62 ubiquitination 62 oxidative phosphorylation 62 nucleolar 62 ERK1 2 62 GABAA receptors 61 porphyrin 61 intramolecular 61 endocytic 61 Rab5 61 lysosomal 61 autophagic 61 hypothalamic pituitary 61 BMP signaling 61 ERK pathway 61 p# activation 61 6S RNA 61 paxillin 61 ATPase 61 heme oxygenase 61 homodimers 61 intracellular 61 proteolysis 61 cytosolic 60 secreted protein 60 nonequilibrium 60 adipocyte 60 calcium homeostasis 60 glomerular 60 SIRT2 60 GSK3 60 intracellular pH 60 sGC 60 oxidative 60 Aβ 60 actin cytoskeleton 60 chemical reactivity 60 physico chemical properties 60 isotope fractionation 60 S nitrosylation 60 electrophilic 60 Nitric oxide NO 60 morphogen 60 amyloid β 60 osteoclast formation 60 tyrosine phosphorylation 60 p# MAPK 60 complexation 60 K + ATPase 60 proton pump 59 diffusible 59 solvation 59 intracellular signaling 59 synaptic transmission 59 glutathione GSH 59 mRNA expression 59 stoichiometry 59 ERK signaling 59 electrochemical 59 MEK1 59 MAP kinase 59 glycolipids 59 protein kinase C 59 proteolytic 59 transactivation 59 GluR1 59 TXNIP 59 hypothalamic 59 VE cadherin 59 ubiquitylation 59 HIF 1a 59 AMPA receptor 59 endonuclease 59 catenin 59 endogenous 59 IL6 59 actin binding 59 FOXO 59 mitogen activated protein kinase 59 pro angiogenic 59 redox active 59 membrane protein 59 HIF 1alpha 59 hepatocyte 59 lipoxygenase 59 matrix metalloproteinases 59 chemisorption 59 glial 59 peroxynitrite 59 catalytic reactions 59 hydrophobicity 59 serine protease 58 mTOR signaling 58 hydrogenase 58 proto oncogene 58 N Myc 58 ENaC 58 TGF beta1 58 prostaglandin E2 PGE2 58 metabolic enzymes 58 #S proteasome 58 efflux 58 acetyl CoA 58 ERK1 58 catalytically active 58 amide 58 transgene expression 58 neuronal differentiation 58 PHD2 58 exocytosis 58 nitric oxide synthase 58 STAT1 58 NKT cell 58 ligand receptor 58 muscle contractility 58 cAMP 58 circadian clock genes 58 Wnt signaling 58 presynaptic 58 Clusterin 58 epithelia 58 antiferromagnetic 58 postsynaptic 58 QDs 58 proximal tubule 58 dimerization 58 carbene 58 di GMP 58 Hedgehog signaling 58 malonyl CoA 58 deacetylation 58 H#K#me# 58 intracellular proteins 58 quinone 58 osteoblast 58 modulatory 58 Aâ 58 PTH secretion 58 erythropoiesis 58 prostaglandin E 58 glucocorticoid receptor 58 proinflammatory 58 sorption 58 biogenesis 58 kinase domain 58 vacuolar 58 actin polymerization 58 phagocytosis 58 sRNA 58 galectins 58 beta adrenergic receptors 58 Vps# 58 NF kappaB pathway 58 hippocampal neurons 58 vesicle fusion 58 thiol 58 glutamate receptors 58 transduction 58 glycolytic 58 self assembled monolayer 58 paramagnetic 58 cyclic AMP cAMP 58 osmotic pressure 58 cellular metabolism 58 transcriptional repressor 58 metallothionein 58 actin dynamics 58 VEGF expression 58 IL #p# 58 endothelial 58 Cdc7 58 GLI1 58 uracil 58 mediated inhibition 58 reactant 58 Fig. 1A 58 GAPDH 58 dopants 58 paracrine 58 FGFR3 58 morphogens 58 NF kappaB 58 coexpression 57 cytokine signaling 57 prostaglandin synthesis 57 antiapoptotic 57 β 57 c fos 57 phospho 57 polyamines 57 N cadherin 57 intermolecular 57 prolyl 57 c myc 57 hyperactivation 57 tumor microenvironment 57 Cdc# 57 enzymatic pathways 57 hydroxyl radical 57 intercellular communication 57 renin angiotensin aldosterone 57 calpain 57 transcriptional regulation 57 receptor mediated endocytosis 57 epoxide 57 lipid rafts 57 pRb 57 focal adhesion 57 osteoclast 57 bacterial virulence 57 tetramer 57 synaptogenesis 57 neurite outgrowth 57 divalent 57 nitration 57 PIP2 57 anionic 57 mitochondrial enzyme 57 disulfide bond 57 sulfation 57 TGF ß 57 histone methylation 57 MT1 MMP 57 dephosphorylation 57 inhibitory 57 NFAT 57 stomatal 57 chromatin structure 57 glucose homeostasis 57 cytoplasmic 57 uPAR 57 undoped 57 polyadenylation 57 neuromuscular junction 57 secretory pathway 57 melanocyte 57 Kv#.# 57 biomolecule 57 cAMP signaling 57 heterogeneous catalysis 57 Akt activation 57 HIF 1α 57 cell adhesion 57 asymmetric catalysis 57 HepG2 cells 57 plasma membrane 57 thermodynamic properties 57 site directed mutagenesis 57 atherogenesis 57 Superoxide 57 autocrine 57 kinase pathway 57 Supplementary Fig 57 beta subunit 57 VEGF receptor 57 adipokine 57 Aβ# 57 aqueous electrolyte 57 glutamate receptor 57 membrane fusion 57 membrane permeability 57 neurotrophic 57 intracellular calcium 57 singlet oxygen 57 carbenes 57 PP2A 57 ERK activation 57 ncRNA 57 magnetization 57 homeostatic 57 triacylglycerol 57 beta tubulin 57 immunomodulation 57 β amyloid 57 histidine 57 FOXO3a 57 serine threonine 57 caveolae 57 cytoskeletal 57 chloroplast 57 bile acid 57 donor acceptor 57 oligomer 57 CRAC channel 57 proapoptotic 57 Dysregulation 57 adsorption 57 dimeric 57 lipid metabolism 57 osmotic stress 57 extracellular calcium 57 phosphoprotein 57 calcineurin 56 Vpr 56 nephron 56 CPEB 56 endothelial nitric oxide synthase 56 pDCs 56 nitrotyrosine 56 myo inositol 56 Pim kinases 56 TORC2 56 caspase activation 56 SCD1 56 oxidized LDL 56 glutamatergic 56 silicide 56 hyperpolarization 56 Stat1 56 carbohydrate metabolism 56 leukocyte 56 IL 1beta 56 methanogenesis 56 chemokine receptor 56 chemically reactive 56 substrate specificity 56 Extracellular 56 cultured hippocampal neurons 56 oxidase 56 oxidases 56 allosteric 56 Notch signaling 56 constitutively 56 lysophosphatidic acid 56 downregulated 56 glutamyl 56 reactivity 56 monomeric 56 osteoblast differentiation 56 disulfide 56 lymphangiogenesis 56 interconversion 56 SUMOylation 56 peroxidase 56 downregulate 56 EF Tu 56 endoplasmic reticulum stress 56 NKG2D 56 histone modifications 56 Rap1 56 β catenin 56 gold nanoclusters 56 enzymatic reactions 56 Runx2 56 chemosensitivity 56 coenzyme 56 concentration gradient 56 cyclization 56 tumor suppressor protein 56 stilbene 56 ferromagnet 56 RNA polymerases 56 transferrin receptor 56 vibrational modes 56 depolarizing 56 perovskite 56 endogenous ligands 56 podocyte 56 ERK2 56 dopant 56 reaction kinetics 56 microglial activation 56 FGF signaling 56 NFκB 56 AT1R 56 MAPK 56 enthalpy 56 cofactor 56 FGF2 56 fig. S1 56 substituents 56 hydrolases 56 56 E3 ligase 56 isoprenoid 56 glucose transporter 56 electrostatic interactions 56 acyl CoA 56 hydrolytic 56 Fig. 2b 56 eicosanoid 56 posttranslational modification 56 operon 56 Protein Kinase C 56 muscarinic receptors 56 tropomyosin 56 functionalization 56 ligands 56 cysteine 56 TNF α 56 iron pnictides 56 Th2 56 RecA 56 hydrogen ions 56 lung epithelium 56 binding affinities 56 phosphoinositide 56 constitutively active 56 titania nanotubes 56 imine 56 Wnts 56 -# mV [002] 56 sphingomyelin 56 heparanase 56 solubilizing 56 miR #a [002] 56 immunoreactivity 56 STIM1 56 TGF β 56 catecholamine 56 selective inhibition 56 actin filament 56 formate 56 auxin 56 hydride 56 glucokinase 56 Fc receptors 56 antibody antigen 56 porphyrins 56 aquaporin 56 bioelectrical 56 drug metabolizing enzymes 56 protein conformation 56 phosphatase 56 colocalization 56 transcriptional regulator 56 oncogenic transformation 56 bilayer 56 phosphorylation 56 TNFalpha 56 Nernst 56 plasminogen 56 GABAB receptors 56 dinitrogen 56 P selectin 56 membrane lipids 56 neuroendocrine 56 occludin 56 Fc receptor 56 cellular organelles 56 adenosine triphosphate 55 intestinal microflora 55 chromophore 55 endosomal 55 ligand 55 oncoprotein 55 upregulates 55 reductase 55 arachidonic acid AA 55 microglial 55 druggable target 55 oligomeric 55 cofactors 55 ACE2 55 TRPV3 55 focal adhesions 55 thiourea 55 NFkappaB 55 ferroelectrics 55 4E BP1 55 transferase 55 transgenic mice expressing 55 aminobutyric acid 55 cyclic AMP 55 dimer 55 IL 1ß 55 cyclic GMP 55 adenosine triphosphate ATP 55 Aß 55 Fig. 1b 55 purine 55 MAPK signaling 55 MAPKs 55 pyrimidine 55 tau phosphorylation 55 ubiquitin ligase 55 estrone 55 peroxisome proliferator activated 55 HSP# 55 macromolecular complexes 55 dimers 55 CD1d 55 metallic ions 55 NF κB 55 Rab# 55 mitochondrial biogenesis 55 cathepsin B 55 posttranslational modifications 55 LDL receptor 55 synaptic vesicles 55 PAK1 55 astrocytic 55 anti apoptotic 55 superoxide dismutase 55 protein tyrosine kinase 55 extracellular 55 receptor gamma 55 photothermal 55 F actin 55 lipid peroxides 55 electrical conductance 55 antioxidant enzyme 55 tyrosine 55 carboxylate 55 cell motility 55 mitochondrial membrane 55 isomeric 55 viscoelasticity 55 glucose transporters 55 polyamine 55 ATP synthase 55 miRNA expression 55 supramolecular 55 Skp2 55 magnesium Mg 55 phosphatidylinositol 55 autotrophic 55 proteoglycan 55 β1 55 bradykinin 55 photolysis 55 PIP3 55 fatty acid oxidation 55 solubilization 55 EGF receptor 55 angiotensinogen 55 tenascin C 55 inhomogeneity 55 ncRNAs 55 anions 55 KLF4 55 cationic 55 imidazole 55 contractility 55 organometallic 55 triphosphate 55 #HT#A 55 DNMT1 55 intracellular signal transduction 55 alkynes 55 adsorbed 55 electron doped 55 phytochrome 55 inflammatory cytokine 55 c Myb 55 myofibroblasts 55 Fig. 1d 55 intercellular 55 mitochondrial respiration 55 Reactive oxygen species 55 centrosome 55 hydrolysis 55 Fig. 1C 55 constitutively expressed 55 apoptotic pathway 55 pathophysiological 55 cellular senescence 55 GABAergic 55 TIR1 55 bilayers 55 HOTAIR 55 cortical neurons 55 bistability 55 neurotransmitter receptors 55 chloride channels 55 crystallinity 55 FGFs 55 galectin 55 biosynthesis 55 NR2B subunit 55 transduce 55 antiangiogenic 55 Fig. 2a 55 TSP1 55 vesicle trafficking 55 riboswitch 55 neuroligins 55 borane 55 hydroxyl radicals 55 protonated 55 adenosine A2A receptor 55 vascular endothelial 55 endosome 55 CTGF 55 guanosine 55 arsenite 55 σ 55 mitochondrial 55 magnesium ion 55 phospholipid 55 Notch signaling pathway 55 hydroxide ions 55 ß1 55 renal fibrosis 55 signal transduction 55 androgen receptor 55 kcal mol 55 fig. S# 55 Fig. 4B 55 ligand binding 55 lipid 55 cypin 55 RANK ligand 55 intercellular signaling 55 ultracold molecules 55 synapse formation 55 histone H3 55 Fig. 1c 55 Th2 immune 54 polycystin 54 depolarized 54 urinary excretion 54 keratinocyte 54 fermion 54 steric 54 activin 54 asparagine 54 leptin signaling 54 nucleophilic 54 nitric oxide synthase NOS 54 synthetase 54 P glycoprotein 54 Foxp3 54 S#A# [002] 54 ATP adenosine 54 IFN g 54 histone modification 54 HUVEC 54 adhesion proteins 54 endothelial cell 54 oxygenic photosynthesis 54 adipogenic 54 catalysis 54 spermidine 54 JNK1 54 cyclic adenosine monophosphate cAMP 54 unconventional superconductivity 54 alkane 54 potent inhibitors 54 messenger molecule 54 xenobiotic 54 FSH receptor 54 PDGFR 54 upregulation 54 cementite 54 nitrogenase 54 PDZ domain 54 aldose reductase 54 selenoproteins 54 multiferroic 54 intracellular compartments 54 H#K# [001] 54 endogenously 54 Nedd4 54 carborane 54 PPAR gamma 54 hexamer 54 chloride ion 54 apoptosis pathway 54 NHCs 54 conductivity 54 gluconeogenesis 54 ACh 54 adhesion molecule 54 liquid crystalline 54 oxidation 54 ferromagnetic 54 conformational 54 beta arrestin 54 miR# 54 cytosol 54 glycolysis 54 adduct 54 GRP# 54 Fig. 3b 54 eukaryotic cell 54 signaling cascades 54 degranulation 54 Rho GTPases 54 TGF Beta 54 #T# L1 54 HMG CoA reductase 54 acetylcholine receptor 54 PPARg 54 ceria 54 nanoparticulate 54 tumorigenicity 54 beta amyloid peptide 54 diene 54 RRM1 54 axon guidance 54 proteostasis 54 CXCL# 54 CD4 + T lymphocytes 54 P gp 54 Wnt pathway 54 AMPA receptors 54 Hsp# [001] 54 TGF ß1 54 Id1 54 #BP# 54 palmitate 54 ciliated 54 peroxisomal 54 tetragonal 54 nitrogen fixation 54 Fig. 1a 54 IKKß 54 biomineralization 54 transduced 54 Amino acid 54 hexose 54 HSF1 54 cell signaling pathways 54 immunoregulatory 54 MTT assay 54 photoelectrochemical 54 conductance 54 cytoskeletal structure 54 rotaxanes 54 oscillatory 54 annexin V 54 intestinal epithelial 54 electromotive force 54 zinc ions 54 magnons 54 pyrimidines 54 VEGFR1 54 methyltransferase 54 glucocorticoid receptors 54 connexin# 54 thyrotropin 54 E#F# 54 radiolabeled 54 estrogen metabolism 54 ATP Adenosine 54 carcinogenesis 54 subcellular compartments 54 Ferritin 54 electron 54 reactive oxygen species 54 glycogen metabolism 54 cytoprotective 54 APOBEC3G 54 Angiotensin converting enzyme 54 interfacial 54 hypoxia inducible transcription 54 γ secretase 54 receptor subtypes 54 mitogenic 54 monolayer 54 endogenous cannabinoids 54 absorption spectroscopy 54 adipogenesis 54 iNOS 54 D2 receptor 54 NMDAR 54 desaturase 54 HDAC2 54 mRNA decay 54 osmolality 54 magnetisation 54 TrkB 54 tRNA synthetase 54 coactivators 54 sphingolipid 54 chalcogenide 54 endocytosis 54 5 hydroxymethylcytosine 54 catabolism 54 BMAL1 54 Signal transduction 54 carboxylic acid 54 NADPH oxidase 54 eicosanoids 54 serotonin receptor 54 carcinoembryonic antigen 54 FRET 54 quantum criticality 54 NADH 54 Phenylalanine 54 postsynaptic neuron 54 heterogeneities 54 #HT#A receptor 54 oocyte maturation 54 dioxygenase 54 cytokinesis 54 paracellular 54 neurohormonal 54 flavin 54 vasodilatation 54 GABA neurotransmitter 54 GLUT4 54 vimentin 54 CatB 54 CEACAM1 54 IFN alpha 54 tubule 54 endogenous ligand 54 TRAF6 54 tumorigenesis 54 aminopeptidase 54 cyclic nucleotide 54 photocatalysis 54 interphase 54 MAP kinases 54 lipoprotein lipase 54 platelet activation 54 steroidogenesis 54 SGK1 54 WNK1 54 patterning technique 54 KaiC 54 GABAA receptor 54 platelet adhesion 54 cytochrome c 54 HDAC6 54 mitochondrial oxidative 54 hydrogenases 54 histone H4 54 thermal decomposition 54 DNA demethylation 53 Fig. 3a 53 myofibroblast 53 MMP9 53 hydroxylation 53 conformational changes 53 DNA methyltransferases 53 thymocyte 53 RANTES 53 noradrenergic 53 protein CETP 53 clusterin 53 thermally activated 53 UCP2 53 Coulomb blockade 53 Smad3 53 cytoplasmic domain 53 NF kappaB activation 53 PTHrP 53 heterogeneous catalysts 53 Notch1 53 cuprate 53 cyclooxygenase COX 53 neurotransmission 53 CTCF 53 cholesterol efflux 53 thromboxane A2 53 fluorescence resonance energy 53 palytoxin 53 colloidal particles 53 Acetylcholine 53 inhibitory neurotransmitters 53 putrescine 53 heavy fermion 53 Oncogenic 53 opioid receptor 53 phospholipid membranes 53 PGE2 53 polypeptides 53 Fig. 4b 53 isoforms 53 enzyme kinetics 53 intestinal epithelial cells 53 gold nanocluster 53 acyclic 53 excitotoxicity 53 ligases 53 p#Kip# 53 proinflammatory mediators 53 epithelial cell 53 sulfonated 53 Homeostasis 53 microRNA molecule 53 abscisic acid 53 myocyte 53 integrin receptors 53 cathepsins 53 trans splicing 53 DNA adducts 53 TRPV4 53 membrane receptors 53 superoxide 53 P cadherin 53 Elevated serum 53 cleavable 53 regulating gene expression 53 inner mitochondrial membrane 53 cellular prion protein 53 physico chemical 53 regulates gene expression 53 proinflammatory cytokine 53 alkyl 53 posttranslational 53 amyloid beta peptides 53 synaptic function 53 binding affinity 53 NAD + 53 chromosome condensation 53 transcriptional activity 53 pnictides 53 intercalation 53 NADPH 53 hematopoiesis 53 supersolid 53 disulfide bonds 53 recrystallization 53 gelation 53 thioredoxin 53 oxidant 53 hydrides 53 peptidic 53 incretin 53 Fig. 3B 53 neuronal dysfunction 53 intermetallic 53 Galectin 53 peroxisome 53 vanadate 53 physiologically relevant 53 heterostructures 53 demethylation 53 GSK3B 53 cell signaling pathway 53 TAp# 53 osteogenesis 53 lipid membranes 53 subcellular localization 53 phosphocreatine 53 endocannabinoid system 53 hemoglobin Hb 53 dihydrogen 53 triiodothyronine T3 53 monocyte 53 endoplasmic reticulum ER 53 molecule 53 lithium cobalt 53 biological macromolecules 53 TGFβ 53 solutes 53 platinum Pt 53 amylin 53 c myc gene 53 shear modulus 53 phosphatidylserine 53 figs. 53 aldosterone 53 calcium ion 53 anabolism 53 LPA1 receptor 53 beta globin gene 53 Abeta# 53 proNGF 53 calcium ions 53 tumorigenic 53 fatty acid metabolism 53 telomere maintenance 53 crosslinking 53 chromatin remodeling 53 glucosides 53 Androgen receptor 53 biotransformation 53 enzymatic activity 53 enzymes catalyze 53 cytochrome oxidase 53 proton gradient 53 acetylated 53 Hypothalamic 53 Myosin II 53 GPI anchored 53 electron tunneling 53 saturable 53 conjugated polymers 53 excitatory neurotransmitter 53 fibrillar 53 Oxidative stress 53 transfer FRET 53 ABCA1 53 adrenergic receptors 53 protein phosphatase 53 ligand induced 53 ubiquinone 53 HtrA2 53 mTORC1 53 electrochemically 53 pyruvate 53 Pax6 53 TGFbeta