Related by context. All words. (Click for frequent words.) 74 postsynaptic 74 ERK1 2 74 Rab5 74 Ca2 + 73 cytosolic 73 adhesion molecule 72 carboxyl terminal 72 CaM 72 astrocytic 72 IL 1beta 72 exocytosis 72 AMPA receptor 71 F actin 71 Purkinje cell 71 transmembrane 71 synaptic vesicles 71 ACh 71 cytoplasmic 71 GLUT4 71 vascular endothelial cells 71 basolateral 71 vacuolar 71 striatal 71 Cdc# 71 eNOS 71 caveolae 71 tyrosine phosphorylation 71 phosphorylates 71 caveolin 1 71 ATPase 71 transcriptional activation 71 secretory 70 endocytic 70 chemoattractant 70 Vps# 70 alpha subunit 70 synaptogenesis 70 endosomal 70 proteolysis 70 acyl CoA 70 Wnt signaling 70 paxillin 70 focal adhesions 70 VE cadherin 70 cell adhesion molecule 70 FGF signaling 70 Rap1 70 mitogen activated protein kinase 70 proximal tubule 70 Rac1 70 neurite outgrowth 70 autophagic 70 kinase domain 69 calcium ion 69 glutamate receptors 69 microglial 69 BMP signaling 69 inflammatory cytokine 69 SOCS3 69 oligomerization 69 TRPV4 69 mRNA expression 69 DNMT1 69 constitutively active 69 neuronal migration 69 constitutively 69 muscarinic receptors 69 PIP2 69 c Src 69 GTPase 69 glucose transporter 69 PIP3 69 transcriptional repressor 69 intracellular signaling 69 Runx2 69 ERK pathway 69 adenylate cyclase 69 ERK1 69 cytosol 69 glutamate receptor 69 endonuclease 69 anterior pituitary 69 beta subunit 69 Rab# 69 GAPDH 69 serine protease 69 nitric oxide synthase 69 E3 ligase 69 perivascular 69 cyclic AMP 69 transmembrane protein 69 transcriptional regulation 69 acetylcholine receptor 69 disulfide bond 68 Phosphorylation 68 vesicle fusion 68 cytoskeletal 68 RNA polymerases 68 H#K# [002] 68 iNOS 68 cytoplasmic domain 68 posterior cingulate 68 neuronal cell 68 palytoxin 68 MAP kinase 68 mononuclear 68 NMDA receptors 68 Sp1 68 morphogen 68 subcellular localization 68 MT1 MMP 68 cadherin 68 MAPKs 68 myofibroblasts 68 STAT1 68 mesoderm 68 histone acetylation 68 cyclic AMP cAMP 68 RhoA 68 endoplasmic reticulum 68 cAMP 68 dimeric 68 phosphatidylinositol 68 NR2B subunit 68 TGF ß 68 TGF ß1 68 hypothalamic 68 Fas ligand 68 c Fos 68 β catenin 68 ENaC 68 ligand receptor 68 opioid peptides 68 oxidase 68 Fig. 1C 68 MAPK 68 intramolecular 68 H#K#me# 68 IL 1ß 68 Aβ 68 deacetylation 68 anti apoptotic 68 Golgi apparatus 68 nAChRs 68 dehydrogenase 68 neuromuscular junction 68 thioredoxin 68 actin binding 68 N cadherin 68 IKKß 68 afferent 68 dephosphorylation 68 cAMP signaling 68 uPAR 68 intracellular proteins 68 GABAergic 68 Cathepsin B 68 aminobutyric acid 68 MEK1 68 receptor gamma 68 adrenal cortex 68 osteoblast 67 extracellular 67 homodimers 67 JAK STAT 67 antiapoptotic 67 colocalization 67 p#NTR 67 receptor tyrosine kinase 67 ABCA1 67 serine threonine kinase 67 vimentin 67 noradrenergic 67 extracellular signal 67 oxidative phosphorylation 67 plasma membrane 67 NFAT 67 Smad3 67 catenin 67 cell adhesion molecules 67 HIF 1alpha 67 #ß 67 vascular endothelial 67 acetylcholine receptors 67 estrogen receptor alpha 67 β amyloid 67 Hedgehog signaling 67 heterochromatic 67 MyD# 67 catecholamine 67 phosphatidylinositol 3 67 TNFalpha 67 hyperactivation 67 intracellular 67 lysosomal 67 TNFR 67 glomerular 67 lipid rafts 67 glutamatergic 67 β 67 Dpp 67 stromal cells 67 glial 67 efferent 67 granule cells 67 LRP6 67 Macrophage 67 synaptic transmission 67 GluR1 67 mitochondrial respiration 67 tubule 67 CEACAM1 67 transmembrane receptor 67 67 proteolytic cleavage 67 Purkinje cells 67 LDL receptor 67 E cadherin 67 synaptic cleft 67 IL 1β 67 cathepsin B 67 metalloproteinases 67 synthetase 67 polyadenylation 67 TrkB 67 lipoxygenase 67 AMPA receptors 67 rRNA 67 IL6 67 ERK2 67 cytochrome c 67 P cadherin 67 cyclooxygenase COX 67 pRb 67 Aâ 67 actin polymerization 67 P selectin 67 protein kinase C 67 ERK signaling 67 hippocampal 67 ubiquitin ligase 67 EGFP 67 FasL 67 ubiquitination 67 cingulate 67 Supplementary Fig 67 apoptotic 67 cultured neurons 67 secretory pathway 67 epithelia 67 phosphoprotein 66 paracrine 66 actin cytoskeleton 66 eIF4E 66 FOXO 66 matrix metalloproteinases 66 dendritic spine 66 neuropeptide Y 66 depolarization 66 cyclin B1 66 dopamine signaling 66 mediated inhibition 66 lysophosphatidic acid 66 ligand binding 66 dopamine transporter 66 synaptic vesicle 66 1α 66 IRE1 66 CXCL# 66 hippocampal neurons 66 serine threonine 66 phosphatase 66 transferase 66 regulated kinase ERK 66 SUMOylation 66 KLF4 66 cofactor 66 Kv#.# 66 BMAL1 66 centrosome 66 apical membrane 66 pro angiogenic 66 inducible nitric oxide synthase 66 dimerization 66 ATP hydrolysis 66 neurotransmitter glutamate 66 non coding RNA 66 cohesin 66 modulatory 66 histone H3 66 immunoreactive 66 huntingtin 66 beta adrenergic receptors 66 encodes protein 66 phagocyte 66 ouabain 66 proinflammatory 66 IL #p# 66 fibronectin 66 protein tyrosine phosphatase 66 TGF β 66 cortical neurons 66 syntaxin 66 GABAA receptors 66 mRNA translation 66 hydroxylation 66 transduced 66 monocyte 66 tau protein 66 conformational changes 66 HIF 1α 66 androgen receptor AR 66 miR# 66 homodimer 66 endocytosis 66 NADPH 66 guanosine 66 caveolin 66 lymphangiogenesis 66 receptor subtypes 66 nucleolin 66 endothelial nitric oxide synthase 66 6S RNA 66 osteoclast 66 noradrenaline 66 Notch receptor 66 pDC 66 cotransporter 66 mTOR signaling 66 amyloid β 66 tetramer 66 acetyl CoA 66 isoforms 66 nucleolar 66 transmembrane domains 66 endosomes 66 calpain 66 IFN γ 66 FKBP# 66 transactivation 66 mRNA encoding 66 proinflammatory cytokines 66 D2 receptor 66 coexpression 66 downregulate 66 proteolytic 66 chromatin remodeling 66 NMDA receptor 66 neurofilament 66 nitric oxide synthase NOS 66 phagocytosis 66 cardiac fibroblasts 66 Htt 66 TET2 66 neurite 66 pyrimidine 66 ERa 66 endogenous cannabinoids 66 cytokine signaling 66 tubulin 66 FGF2 66 adherens junctions 66 eicosanoid 66 TGFβ 66 adipogenic 66 striatal dopamine 66 interneurons 66 adrenoceptor 66 c MYC 66 serotonergic 66 upregulates 66 integrins 66 ribosomal protein 65 NR2B 65 immunoreactivity 65 GABAergic interneurons 65 receptor mediated endocytosis 65 MMP9 65 histone 65 TXNIP 65 acinar 65 GABA receptor 65 PKC isoforms 65 SIRT2 65 phosphoinositide 65 p#Kip# 65 aldose reductase 65 lysine residues 65 ubiquitylation 65 prefrontal cortical 65 umbilical vein 65 metalloproteases 65 upregulating 65 inhibitory synapses 65 cells transfected 65 excitatory 65 LIS1 65 intronic 65 1alpha 65 untranslated regions 65 TGF beta1 65 neuronal dysfunction 65 matrix metalloproteinase 65 HOTAIR 65 focal adhesion 65 angiotensinogen 65 RAS RAF MEK 65 tyrosine 65 mutant proteins 65 neurotransmitter receptors 65 μ opioid receptor 65 activin 65 apo AI 65 neurotransmitter acetylcholine 65 hypothalamic pituitary 65 lipogenesis 65 ß catenin 65 autocrine 65 Notch signaling 65 midbrain 65 S#A# [002] 65 cellular prion protein 65 ERalpha 65 adipocyte 65 receptor activation 65 FGFR3 65 sortilin 65 VEGF receptor 65 junctional 65 Hh 65 GLI1 65 TAp# 65 NF κB 65 proline rich 65 endosome 65 calcineurin 65 nAChR 65 proline 65 PGC 1α 65 mTORC1 65 plasminogen 65 HepG2 cells 65 focal adhesion kinase FAK 65 ChR2 65 dendritic spines 65 PDZ domain 65 peroxisomal 65 dystroglycan 65 regulates gene expression 65 isomerase 65 membrane lipids 65 synaptic 65 ectopic expression 65 Dysregulation 65 SVZ 65 cofilin 65 TIMP 1 65 dynactin 65 serotonin receptor 65 occludin 65 MAP kinases 65 postsynaptic neuron 65 NKT cell 65 opioid receptor 65 Upregulation 65 NAc 65 membrane protein 65 voltage gated 65 D aspartate 65 caspase activation 65 neurone 65 alanine 65 p# MAPK 65 miRNA expression 65 NR1 65 β1 65 Aß 65 microglial activation 65 neuropeptides 65 arcuate nucleus 65 axon guidance 65 diffusible 65 reductase 65 mu opioid receptors 65 agonist induced 65 ncRNA 65 Kir#.# 65 actin dynamics 65 posttranslational modification 65 Histone 65 NKG2D 65 adrenocortical 65 Tie2 65 TIMP 65 presenilin 65 neuronal signaling 65 superoxide dismutase 65 polyamines 65 motoneurons 65 receptor subtype 65 JNK1 65 hemichannels 65 osteoclast formation 65 melanocyte 65 chromatin structure 65 5 hydroxytryptamine 65 RUNX3 65 CXCR2 65 cysteine residues 65 paracellular 65 TACI 65 S nitrosylation 65 adenosine diphosphate ADP 65 aggrecan 65 proapoptotic 65 isoenzymes 65 proteoglycans 65 ryanodine receptor 65 cholecystokinin CCK 65 antioxidant enzyme 65 endoplasmic reticulum ER 65 PHD2 65 TGF b 65 lateral hypothalamus 65 fibrillar 65 subcellular 64 centromeric 64 prostaglandin E2 PGE2 64 Nedd4 64 TGF alpha 64 HtrA2 64 metaphase 64 hematopoietic progenitor cells 64 p# activation 64 glucocorticoid receptor 64 uracil 64 acetylcholine 64 Arp2 3 64 orbitofrontal cortex OFC 64 MALAT1 64 #HT#A 64 Androgen receptor 64 pro apoptotic 64 TGF beta pathway 64 tropomyosin 64 COL#A# 64 KLF2 64 DISC1 64 pDCs 64 M1 muscarinic 64 protein phosphatase 64 paraventricular nucleus 64 TSC1 64 NF kappaB 64 brain derived neurotrophic 64 RNA binding 64 osteocalcin 64 primary cilium 64 Syt II 64 renal fibrosis 64 Fig. 1A 64 WNK1 64 c Myb 64 CB1 receptors 64 CD1d 64 proinflammatory mediators 64 oligomeric 64 CD#b 64 NFκB 64 TORC1 64 lipoprotein lipase 64 NAD + 64 STIM1 64 adipogenesis 64 metallothionein 64 cyclic adenosine monophosphate 64 semaphorin 64 biogenesis 64 beta amyloid peptide 64 upregulation 64 Fig. 1B 64 FUS1 64 carcinoembryonic antigen 64 cadherins 64 hexamers 64 Skp2 64 P2X 64 hormone secretion 64 amyloid beta peptides 64 cyclooxygenase 2 64 γ secretase 64 PTPN# 64 monocyte chemotactic protein 64 sphingolipid 64 osteoblastic 64 malonyl CoA 64 pyramidal neurons 64 Hcrt 64 receptor subunit 64 prostaglandin E2 64 heterodimer 64 podocyte 64 tumor microenvironment 64 mitogen activated protein kinases 64 MAPK pathway 64 apical 64 plasmacytoid dendritic cells 64 condensin 64 downregulated 64 proto oncogene 64 PrP 64 serotonin transporter 64 chondrocyte 64 heterodimers 64 epithelial cells lining 64 alpha synuclein protein 64 tau phosphorylation 64 enkephalin 64 anterior cingulate 64 polyamine 64 habenula 64 induces apoptosis 64 myo inositol 64 UCP2 64 AgRP 64 hydrolase 64 site directed mutagenesis 64 Drp1 64 receptor kinase 64 neuronal activity 64 nitrotyrosine 64 methyl D aspartate 64 telomeric 64 cytidine 64 HuR 64 astrocyte 64 prostaglandin synthesis 64 genes encoding 64 podocytes 64 TMEM#B 64 GABAA receptor 64 endothelial cell 64 KLF# 64 methyltransferase 64 mitotic spindle 64 PAK1 64 TORC2 64 clathrin 64 PC# cells 64 Cyclin D1 64 E3 ubiquitin ligase 64 mice lacking 64 radial glia 64 hypocretin neurons 64 constitutively expressed 64 histone H4 64 cytoskeletal proteins 64 cytokine receptor 64 glomerulus 64 IGFBP 64 MDSCs 64 ErbB4 64 cyclic adenosine monophosphate cAMP 64 muscarinic 64 cholesterol efflux 64 AChE 64 CCL2 64 kinase pathway 64 structural rearrangements 64 ciliated 64 chemotaxis 64 Prolactin 64 Oncogenic 64 CYP#B# 64 secreted protein 64 neurotransmitters serotonin 64 hematopoiesis 64 CCL# 64 transporter proteins 64 tyrosine kinase 64 Smoothened 64 GRP# 64 fast skeletal troponin 64 quinone 64 synthase 64 Abeta# 64 intron 64 NFkB 64 dopaminergic neurons 64 excitatory neurotransmitter glutamate 64 cyclooxygenase 64 FGFR1 64 hexamer 64 ER alpha 64 transferrin receptor 64 ERBB2 64 serotonin reuptake 64 FGFs 64 tumor suppressor protein 64 phospholipase C 64 PGC1 64 lyase 64 inhibitory 64 Fig. 2b 64 glycosyltransferase 64 potassium ion 64 overexpressing cells 64 regulated kinase 64 overactivation 64 elastase 64 intestinal epithelial cells 64 phospholipase 64 tRNA synthetase 64 EGF receptor 64 Foxp3 64 signaling cascade 64 p# NTR 64 HIP1 64 excitatory synapses 64 intracellular calcium 64 gamma secretase 64 vWF 64 3'UTR 64 Extracellular 64 protein tyrosine kinase 64 integrin 64 transcriptionally 64 phospho 64 hydroxylase 63 glutamate 63 cypin 63 phosphorylated 63 overexpressing 63 cyclin D1 63 ARF1 63 vesicle 63 peripheral tissues 63 COOH terminal 63 Jhdm2a 63 IFN gamma 63 intestinal epithelium 63 costimulatory 63 selective inhibition 63 amino terminal 63 myocyte 63 transgene expression 63 C1q 63 epoxide 63 c fos 63 cytokine secretion 63 phagocytes 63 TRPV3 63 Polycomb 63 oncoprotein 63 S6K 63 chemokine receptor 63 PI3K Akt 63 interleukin 1beta 63 myofibroblast 63 downstream effector 63 X inactivation 63 Drosha 63 intracellular compartments 63 neuronal plasticity 63 phospholipid 63 messenger molecule 63 NR#A# 63 neuronal cells 63 cofactors 63 RNA polymerase II 63 RecA 63 cell adhesion 63 ubiquitinated 63 beta1 integrin 63 TGFb 63 hydrolases 63 adenylyl cyclase 63 subventricular zone 63 FSH receptor 63 ERK phosphorylation 63 adhesion molecules 63 cellular metabolism 63 dipeptide 63 NFATc1 63 antibody antigen 63 neurotransmission 63 downregulates 63 TrkA 63 recycling endosomes 63 bradykinin 63 lymphoid cells 63 guanine nucleotide exchange 63 CatB 63 transmembrane domain 63 neural cells 63 mRNA 63 TNF α 63 dehydrogenases 63 Overexpression 63 induced apoptosis 63 synuclein 63 aromatase 63 angiogenic 63 mutant protein 63 Mice deficient 63 γ 63 contractility 63 cytokines proteins 63 PML RARA 63 transgenic mouse model 63 MDR1 63 SWI SNF 63 dorsolateral 63 triacylglycerol 63 myocytes 63 VEGFR1 63 mPGES 1 63 Immunohistochemical analysis 63 EphA2 63 cardiac myocytes 63 opioid receptors 63 bile acid 63 druggable target 63 PBMCs 63 beta catenin 63 triphosphate 63 inhibitory neurotransmitters 63 XBP1 63 Clusterin 63 erythropoiesis 63 cytochrome P 63 triggers apoptosis 63 signaling cascades 63 HIF 1a 63 LDLR 63 Abeta protein 63 intracellularly 63 transgenic mice expressing 63 Cx# [001] 63 chemotactic 63 sphingomyelin 63 adipokines 63 LPS induced 63 antigen receptor 63 Nampt 63 GABAergic neurons 63 exonuclease 63 NF kappaB activation 63 phospholipase A2 63 HMG CoA reductase 63 mitogenic 63 Aβ# 63 MDMX 63 PcG 63 PPARgamma 63 oncogenic transformation 63 K + ATPase 63 Sgk1 63 histone modifications 63 heme oxygenase 63 MCF7 cells 63 procaspase 3 63 mesolimbic 63 CTGF 63 gamma aminobutyric acid 63 G6PD 63 EF Tu 63 neurotransmitter 63 P gp 63 glia 63 Fig. 1d 63 phosphate dehydrogenase 63 Nrf2 63 hindbrain 63 erythrocytes 63 cell motility 63 dorsal horn 63 glycosylation 63 palmitate 63 Peyer patches 63 Amino acid 63 phosphorylation 63 lipid bilayers 63 transcription factors 63 beta endorphin 63 mediated phosphorylation 63 urothelial 63 HEK# cells 63 stably transfected 63 neurones 63 HPA axis 63 CDH# 63 mediated apoptosis 63 fatty acid oxidation 63 Golgi 63 hexose 63 neuropeptide Y NPY 63 synapse formation 63 cytokine receptors 63 kinetochores 63 gamma H2AX 63 GTPases 63 proteoglycan 63 3' UTR 63 retinal neurons 63 dopaminergic 63 polypeptide 63 serotonin transporters 63 sensory neurons 63 proton pump 63 receptor molecule 63 Brain derived neurotrophic 63 MyoD 63 CD# receptor 63 5 lipoxygenase 63 entorhinal cortex 63 Microtubule 63 CaM kinase II 63 dendrite 63 apoE 63 ATPase activity 63 NKX#.# 63 glioma cells 63 acyltransferase 63 spermatogenesis 63 thymocyte 63 receptor mediated 63 glial cell 63 glucokinase 63 covalently linked 63 coactivator 63 osteoblast differentiation 63 KATP channels 63 protein CETP 63 FGFR4 63 rostral anterior cingulate cortex 63 porphyrin 63 caspases 63 JAK2 enzyme 63 palmitoylation 63 serine proteases 63 adrenergic receptors 63 conformational 63 CaMKII 63 PDGFR 63 replicase 63 beta actin 63 glycolytic 63 CpG 63 Phenylalanine 63 Dopaminergic 63 peroxynitrite 63 cytochrome c oxidase 63 disulfide 63 collagens 63 protein conformation 63 P glycoprotein 63 intercellular adhesion molecule 63 subcellular compartments 63 Vascular endothelial growth 63 basal ganglia 63 arrestin 63 peroxisome 63 Vpr 63 c Myc 63 norepinephrine NE 63 E#F# 63 SOD1 63 Fc receptor 63 phosphatases 63 vesicular 63 dynein 63 hypoxia inducible factor 63 PLA2 63 neuronal 63 fibrogenesis 63 Akt 63 efflux 63 DARPP 63 alveolar epithelial cells 63 endothelial 63 PGE2 62 thyroid hormone receptor 62 epithelial cell 62 Bcl xL 62 equimolar 62 hematopoietic progenitors 62 monoamine 62 tumor suppressor p# 62 N acetylaspartate 62 Integrins 62 TSLP 62 Wnt proteins 62 baroreceptor 62 leptin signaling 62 GABA neurotransmitter 62 coiled coil 62 receptor gene 62 miR #a [002]