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(Click for frequent words.) 81 endothelial nitric oxide synthase 79 IL 1β 78 IL 1ß 78 TNFalpha 78 TGF ß 78 ERK1 2 78 TGF β 77 IL 1beta 77 selective inhibition 77 pro angiogenic 77 extracellular signal 77 iNOS 77 nitric oxide synthase 76 heme oxygenase 1 76 ectopic expression 76 cell adhesion molecule 76 inducible nitric oxide synthase 76 TNF α 76 fatty acid oxidation 75 osteoblast 75 muscarinic receptors 75 ENaC 75 activin 75 AT1R 75 TNFa 75 ACh 75 STAT1 75 proinflammatory cytokines 75 tyrosine phosphorylation 75 neurite outgrowth 75 caveolin 1 75 TGF beta1 74 renal fibrosis 74 proapoptotic 74 antiapoptotic 74 proteoglycan 74 mitogen activated protein kinase 74 PGE2 74 HIF 1alpha 74 reductase 74 IL6 74 phosphatidylinositol 3 74 autophagic 74 endothelial nitric oxide 74 UCP2 74 transcriptional repressor 74 Vascular endothelial growth 74 Kupffer cells 74 LTB4 74 proinflammatory cytokine 74 proinflammatory 74 nitrotyrosine 74 arginase 74 peroxisome proliferator activated 74 IFN gamma 74 LPS induced 74 5 lipoxygenase 74 PDGFR 74 cyclooxygenase 74 p#NTR 74 deacetylation 74 p# activation 74 HDAC2 73 inflammatory cytokines 73 AMPA receptor 73 Ca2 + 73 transcriptional activation 73 plasminogen activator inhibitor 73 caveolin 73 CEACAM1 73 chemokine receptor 73 Angiotensin II 73 HIF 1α 73 inflammatory cytokine 73 E#F# 73 mRNA expression 73 protein kinase C 73 phosphorylates 73 Smad3 73 Fas ligand 73 c MYC 73 CTGF 73 Rab5 73 estrogen receptor alpha 73 cyclin D1 73 thyrotropin 73 eotaxin 73 NO synthase 73 angiotensin II 73 triacylglycerol 73 KLF4 73 HepG2 cells 73 upregulation 73 lymphangiogenesis 73 IFN γ 73 estrogen receptor beta 73 cyclooxygenase 2 73 eicosanoid 73 ABCA1 73 IGFBP 3 73 upregulating 73 COX2 73 IL #p# 73 mediated inhibition 73 Endothelin 73 elastase 73 CXCL# 73 acetylcholine receptor 73 Aldosterone 73 MAP kinase 73 prostaglandin E2 PGE2 73 erythropoiesis 73 overactivation 73 anti inflammatory cytokine 73 VEGF receptor 72 RhoA 72 isoenzyme 72 glomerular 72 anti apoptotic 72 MEK1 72 upregulates 72 Aβ 72 constitutively active 72 adipocyte 72 vWF 72 glucocorticoid 72 lysosomal 72 microglial activation 72 receptor subtype 72 prostaglandin E2 72 Clusterin 72 NFκB 72 Th1 type 72 pharmacological inhibition 72 MMP2 72 ß catenin 72 catenin 72 Prolactin 72 cytokine signaling 72 Rac1 72 inhibitory effects 72 cytoprotective 72 receptor subtypes 72 TGF β1 72 monocyte 72 HIF 1a 72 S#A# [002] 72 hypoxia inducible factor 72 antioxidant enzyme 72 microglial 72 #ß 72 Î ² 72 cytokine IL 72 osteocalcin 72 1α 72 72 somatostatin 72 pro inflammatory cytokines 72 TGF alpha 72 PPARγ 72 cytoplasmic domain 72 HPA axis 72 hypothalamic pituitary 72 LRP6 72 RANK Ligand 72 ERK1 72 adhesion molecule 72 VE cadherin 72 SCD1 72 androgen receptor AR 72 TIMP 1 72 isoenzymes 72 FasL 72 serine protease 72 Overexpression 72 receptor gamma 72 mediated apoptosis 72 adrenergic receptors 72 Angiotensin converting enzyme 72 M1 muscarinic 72 Nampt 72 mitogenic 72 cAMP 72 Rho kinase 72 p# MAPK 72 dopamine transporter 72 vascular endothelial 72 β catenin 72 glucocorticoid receptor 72 TGFβ 72 pro apoptotic 72 Phosphorylation 72 mitogen 72 naturally occurring molecule 72 transactivation 71 MT1 MMP 71 vasodilatation 71 Upregulation 71 BMP signaling 71 downregulates 71 ERalpha 71 interleukin IL -6 71 matrix metalloproteinase 71 Abeta# 71 paracrine 71 serotonin receptor 71 TGF ß1 71 proteolysis 71 thromboxane A2 71 anti inflammatory cytokines 71 hypothalamic 71 cytokine 71 NKG2D 71 5 hydroxytryptamine 71 aberrantly activated 71 aldosterone 71 P cadherin 71 serine threonine 71 #HT#A 71 EGFr 71 5 HT1A 71 adipogenesis 71 Jhdm2a 71 eIF4E 71 mTOR signaling 71 cofilin 71 #β estradiol 71 LDL receptor 71 neovascularization 71 cyclic AMP 71 PTHrP 71 ERK activation 71 Th2 71 FGFR3 71 constitutively expressed 71 lipoxygenase 71 NF kappaB activation 71 pro inflammatory cytokine 71 monocyte chemotactic protein 71 ERa 71 catecholamine 71 ER alpha 71 S nitrosylation 71 SGLT2 71 regulated kinase ERK 71 adipogenic 71 vascular endothelial cells 71 PPARg 71 SIRT2 71 neurotrophic 71 pDCs 71 presynaptic 71 Macrophage 71 MnSOD 71 superoxide dismutase 71 hypothalamic pituitary adrenal axis 71 calcineurin 71 tyrosine hydroxylase 71 ERK phosphorylation 71 E selectin 71 PDE1 71 EZH2 71 P selectin 71 FGF2 71 receptor activation 71 Nedd4 71 Sgk1 71 phosphatases 71 beta subunit 71 adrenoceptor 71 muscarinic 71 interferon γ 71 autocrine 71 K + ATPase 71 cystic fibrosis transmembrane conductance 71 Notch1 71 Runx2 71 miR #a [001] 71 Akt 71 Factor VEGF 71 histone acetylation 71 EGFR signaling 71 thioredoxin 71 mitochondrial biogenesis 71 glucose transporter 70 CD#b 70 noradrenergic 70 GRK2 70 monocytes macrophages 70 CB1 receptor 70 NMDAR 70 Notch signaling 70 NADPH oxidase 70 transgene expression 70 proto oncogene 70 lipoprotein lipase 70 IL #E 70 TNFα 70 adipokine 70 nNOS 70 cyclooxygenase COX 70 cytosolic 70 4E BP1 70 RANKL 70 neuronal differentiation 70 sFlt 1 70 prostaglandin synthesis 70 c myc 70 Sirt1 70 TGF beta 70 FGFR4 70 PON1 70 overexpression 70 myeloid derived 70 downregulated 70 partial agonist 70 allergic inflammation 70 casein kinase 70 estrone 70 MAPK 70 glutamatergic 70 fibrin deposition 70 heme oxygenase 70 FKBP# 70 neuronal nitric oxide synthase 70 ERK signaling 70 PTPN# 70 osteoclast 70 bradykinin 70 osteoclast formation 70 CatB 70 colony stimulating factor 70 VEGF induced 70 adrenal cortex 70 TGF b 70 Akt activation 70 adenylate cyclase 70 c myc gene 70 NMDA receptor 70 cyclic AMP cAMP 70 effector function 70 PAR1 70 cytokine interleukin 70 factor BDNF 70 clusterin 70 vascular permeability 70 ADAMTS# 70 VEGFR1 70 interleukins 70 arachidonic acid 70 PEDF 70 uPAR 70 cAMP signaling 70 phospholipase A2 70 antioxidant enzymes 70 cytokines IL 70 melanocyte 70 FGFR1 70 GSTT1 70 hyperactivation 70 GAPDH 70 transmembrane protein 70 kinase pathway 70 PlGF 70 dehydrogenase 70 N methyl 70 VEGF expression 70 S1P 70 c Fos 70 antiproliferative activity 70 PHD2 70 hydroxylase 70 enzymatic activity 70 Wnt signaling 70 immunostimulatory 70 mice lacking 70 NKT cell 70 RIP1 70 phosphate S1P 70 leptin receptor 70 1alpha 70 Mcl 1 70 coronary vasodilation 70 NFkB 70 proximal tubule 70 alveolar epithelial cells 70 p#Kip# 70 induced apoptosis 70 glucose homeostasis 70 renin angiotensin system 70 protein tyrosine phosphatase 1B 70 mineralocorticoid receptor 70 aromatase 70 mitochondrial respiration 70 intracellular signaling 70 brain derived neurotrophic 70 Aß 70 coenzyme 70 protein tyrosine phosphatase 70 STAT3 70 MyoD 70 TMEM#B 70 agonist induced 70 JAK STAT 70 HuR 70 Fc receptor 70 related apoptosis inducing 70 frataxin 70 PTH secretion 70 vasodilatory 70 BCL2 70 cyclin dependent kinase inhibitor 70 hepatic glucose production 70 PKC isoforms 70 agonism 70 leukocyte 70 gastrin 70 immunoreactivity 70 CagA 70 TGF beta pathway 70 Rho GTPase 70 leukotriene 70 GLI1 70 IFNg 70 ABCB1 70 Th1 70 Akt1 70 PI3 kinase 69 Smad4 69 receptor kinase 69 myofibroblast 69 acyltransferase 69 atherogenesis 69 hyperinsulinemia 69 FGF# 69 T lymphocyte 69 angiogenic 69 MAPK pathway 69 NFkappaB 69 PKC inhibitor 69 cyclin E 69 inflammatory mediators 69 factor HGF 69 CYP# [002] 69 tumorigenesis 69 thromboxane 69 ApoA1 69 pRb 69 Notch receptor 69 selective modulator 69 endothelin 69 subcellular localization 69 Angiotensin 69 alpha subunit 69 amyloid β 69 alpha secretase 69 CB1 receptors 69 GSK 3ß 69 adrenocortical 69 metabolizing enzyme 69 endothelial 69 H#K#me# 69 bile acid 69 polyamine 69 CCL# 69 TORC2 69 NF κB 69 IGF IR 69 IGFBP 69 mTOR 69 Renin 69 vasodilation 69 palytoxin 69 apoE 69 induces apoptosis 69 steroidogenesis 69 PPAR γ 69 miR# 69 glutamate receptors 69 tumor angiogenesis 69 LRP5 69 Foxp3 69 pathophysiological effects 69 serine threonine kinase 69 homodimers 69 Hypoxia Inducible Factor 69 angiotensin 69 haematopoietic 69 RAS RAF MEK 69 Galectin 69 endothelial activation 69 Akt signaling 69 CD4 + CD# 69 endoplasmic reticulum stress 69 factor PlGF 69 macrophage colony stimulating 69 chitinase 69 GLUT4 69 SOX9 69 γ secretase 69 survivin 69 nicotinic acetylcholine receptor 69 IGFBP2 69 anti proliferative 69 gonadotropins 69 apolipoprotein AI 69 TGFb 69 cholecystokinin CCK 69 1beta 69 CCL2 69 effector functions 69 glutamate receptor 69 oncogenic transformation 69 antiangiogenic 69 adrenal hormone 69 SGLT1 69 Arginine 69 carbohydrate metabolism 69 myocyte 69 prolyl 69 Protein Kinase C 69 leptin signaling 69 estrogen metabolism 69 platelet activation 69 acetyltransferase 69 oncoprotein 69 glucokinase 69 uPA 69 intestinal epithelium 69 regulated kinase 69 HDAC6 69 C5aR 69 histone H3 69 cathepsin B 69 secreted protein 69 TSP1 69 Th1 cells 69 MTHFR 69 Hedgehog signaling 69 HMG CoA reductase 69 CD1d 69 pDC 69 GATA3 69 alpha Gal 69 PDE#A 69 ERK2 69 XBP1 69 ERK pathway 69 G6PD 69 dephosphorylation 69 β amyloid 69 POMC neurons 69 interleukin 1β 69 catabolism 69 PPAR gamma 69 contractility 69 tau phosphorylation 69 TLR2 69 amyloid ß 69 arachidonic acid AA 69 paxillin 69 nicotinic receptor 69 adiponectin 69 JAK2 enzyme 69 receptor tyrosine kinase 69 steroidogenic 69 epithelia 69 cyclic adenosine monophosphate cAMP 69 apoptotic pathway 69 ADAM# 69 hormone angiotensin II 69 receptor PPAR 69 myo inositol 69 nAChRs 69 hematopoiesis 69 protein interleukin 69 acyl CoA 69 angiotensin converting enzyme 69 constitutively 69 CYP#B# 69 CGRP 69 ligand TRAIL 69 CDK5 69 Bcl xL 69 ERBB2 69 D aspartic acid 69 PI3K Akt 69 fibrogenesis 69 JAK2 69 ErbB2 68 Oncogenic 68 Ki# 68 synthetase 68 estrogen receptors 68 ERK5 68 serotonin reuptake 68 Rap1 68 oligomerization 68 cyclin dependent kinase 68 MMP9 68 Androgen receptor 68 oxysterols 68 TNF receptors 68 downregulation 68 protein phosphatase 68 mitochondrial enzyme 68 RANK ligand 68 circadian clock genes 68 glucose uptake 68 fatty acid synthase 68 Nrf2 68 CXCL5 68 tubulin polymerization 68 prostaglandin E 68 phosphoinositide 68 gene polymorphism 68 PC# cells 68 receptor blocker 68 cell motility 68 tyrosine kinase 68 tumorigenicity 68 Wnt beta catenin 68 nicotinamide 68 neurofibromin 68 SREBP 68 myeloperoxidase 68 glutamyl 68 isoform 68 STAT3 activation 68 VEGF protein 68 gastric carcinogenesis 68 costimulatory 68 TAp# 68 ribosomal protein 68 aldose reductase 68 pyrimidine 68 LNCaP cells 68 vimentin 68 CCR9 68 pituitary hormones 68 protein CETP 68 superoxide dismutase SOD 68 heparanase 68 neurotrophic factors 68 FOXO3a 68 Monocyte 68 SOCS3 68 mTOR mammalian target 68 dimerization 68 NPD1 68 JNK1 68 immunomodulation 68 sGC 68 neurotransmitters serotonin 68 VEGFR2 68 FGFs 68 malonyl CoA 68 AT1 receptor 68 striatal dopamine 68 astrocytic 68 alveolar macrophages 68 cannabinoid receptor 68 cathepsins 68 GSTP1 68 NF kappaB 68 mimetic peptide 68 lactate dehydrogenase 68 inverse agonist 68 PGC 1α 68 KLF2 68 sphingosine 1 68 eicosanoids 68 oxidative phosphorylation 68 peroxynitrite 68 CCR2 68 dimeric 68 collagen deposition 68 inhibitory effect 68 triiodothyronine 68 modulatory 68 Aâ 68 VEGF 68 ubiquitination 68 IRAK1 68 mutant huntingtin protein 68 MDSCs 68 TXNIP 68 phosphatidylinositol 68 NAD + 68 mineralocorticoid 68 PECAM 1 68 lung epithelium 68 cyclins 68 c Src 68 lipogenesis 68 nAChR 68 resistin 68 RANTES 68 Norepinephrine 68 proinflammatory mediators 68 beta adrenergic receptors 68 serine proteases 68 bFGF 68 carcinoembryonic antigen 68 WNK1 68 angiotensinogen 68 leukemic cell 68 hTERT 68 phagocyte 68 tumor suppressor protein 68 autoregulation 68 plasminogen 68 PAK1 68 CXCR2 68 sortilin 68 adipokines 68 ATPase 68 cytokine receptor 68 TRAIL induced apoptosis 68 Hcy 68 ACE2 68 neuropeptide Y 68 GABAergic 68 syntaxin 68 neurotrophic factor 68 cholesterol efflux 68 leukocyte adhesion 68 potent inducer 68 null mice 68 inhibitory activity 68 HER3 68 #β HSD1 68 dose dependently 68 EphA2 68 oxidase 68 calcium homeostasis 68 thyroid hormone receptor 68 N cadherin 68 PPAR alpha 68 hepatoma 68 E cadherin expression 68 Smad7 68 Cathepsin B 68 catalase 68 macrophage infiltration 68 CCR7 68 renin angiotensin aldosterone 68 amyloid peptide 68 MDM2 68 GPR# [002] 68 RAR beta 68 cytochrome P 68 CTLA 4 68 NFAT 68 V#F mutation 68 metalloproteinase 68 GPx 68 interleukin 1beta 68 Ghrelin 68 downstream effector 68 nitric oxide synthase NOS 68 potent inhibition 68 thrombospondin 68 P glycoprotein 68 bcl 2 68 SIRT1 68 NADPH 68 adenosine diphosphate ADP 68 PLA2 68 suppressor cells 68 FGFR2 68 keratinocyte 68 muscarinic receptor 68 monoamine 68 NKT cells 68 protein tyrosine kinase 68 c MET 68 prostaglandin D2 68 PKC beta 68 coexpression 68 inhibitory 68 ß1 68 gluconeogenesis 68 eIF2 68 PPARgamma 68 EGF receptor 68 TNFR 68 CD8 + 68 experimental autoimmune encephalomyelitis 68 endogenous 68 thymic 68 anti fibrotic 67 interleukin IL 67 E3 ligase 67 nicotinic receptors 67 Adrenergic 67 endogenous cannabinoids 67 pigment epithelium derived 67 p# alpha [001] 67 UCP1 67 hyperactivated 67 PDGF receptor 67 tropomyosin 67 Inosine 67 palmitoleate 67 beta amyloid peptide 67 platelet aggregation 67 endocannabinoid signaling 67 lysophosphatidic acid 67 cyclic nucleotide 67 5 HT2A receptor 67 matrix metalloproteinases 67 peroxisomal 67 hydrolases 67 progranulin 67 F actin 67 BCL#A 67 tenascin C 67 heterodimers 67 chromatin remodeling 67 GluR1 67 β2 67 myofibroblasts 67 leukotrienes 67 secretory pathway 67 pleiotropic 67 antiproliferative effects 67 hydroxylation 67 isomerase 67 prostate epithelial cells 67 hepatic lipase 67 collagen synthesis 67 enzyme COX 67 β 67 endogenous ligands 67 p# MAP kinase 67 LRP1 67 monocyte chemoattractant protein 67 FOXO 67 glycolytic 67 CIB1 67 Androgen 67 NR2B subunit 67 Adiponectin 67 acid GABA 67 synaptogenesis 67 selective antagonist 67 superoxide 67 Cdc# 67 prostaglandins 67 HbF 67 gene polymorphisms 67 interferon IFN 67 leukocyte recruitment 67 IFN g 67 TGFß 67 tumor microenvironment 67 neuropeptide Y NPY 67 immunomodulatory effects 67 Cx# [001] 67 cardiac fibroblasts 67 aminobutyric acid 67 TGF beta signaling 67 C5a 67 NR2B 67 transthyretin 67 gamma aminobutyric acid 67 autoantibody 67 mevalonate 67 Th2 cytokines 67 ornithine decarboxylase 67 potentiates 67 Endothelial 67 β1 67 IGF 1R 67 PI3K 67 lyase 67 transcriptionally 67 selective agonist 67 phospholipase 67 Caveolin 1 67 secretory 67 enzyme phosphodiesterase 67 ESR1 67 glycogen metabolism 67 cardiac hypertrophy 67 leukotriene B4 67 Cytotoxic T 67 neointimal hyperplasia 67 endogenous ligand 67 Src 67 cardiolipin 67 costimulation 67 adenosine receptors 67 TIMP 67 peripheral tissues 67 antitumor efficacy 67 glucagon receptor 67 ApoB 67 cannabinoid receptors 67 t# c# CLA 67 basolateral 67 adrenergic receptor 67 motoneurons 67 Brain derived neurotrophic 67 deoxy 67 mRNA translation 67 ouabain 67 occludin 67 ALDH2 67 IgG1 67 Id1 67 synovial cells 67 proteolytic 67 TLR4 67 BH4 67 collagen degradation 67 peroxidation 67 Lp PLA 2 67 myocyte enhancer factor 67 GSNO 67 CD#L 67 thrombin receptor 67 beta endorphin 67 hormone secretion 67 synaptic transmission 67 basic fibroblast 67 intracellular calcium 67 IRE1 67 leukemia inhibitory 67 NKX#.# 67 lymphocyte 67 BACE1 67 beta adrenergic 67 Interferon gamma 67 messenger molecule 67 adiponectin hormone 67 PP2A 67 MMPs 67 IKK2 67 endothelial cell 67 demethylation 67 ubiquitin ligase 67 renal tubular 67 TRPV4 67 SGK1 67 IFN beta 67 cholesterol homeostasis 67 interleukin IL -# 67 vasoactive 67 dopaminergic 67 COL#A# 67 antitumor 67 PDGFR alpha 67 GlcNAc 67 STIM1 67 receptor inhibitor 67 TTR gene 67 cytidine 67 thyroid hormones 67 retinoic acid 67 GRP# 67 bone resorption 67 SSc 67 TrkB 67 lymphocyte activation 67 pancreatic islet 67 druggable target 67 enkephalin 67 FOXP3 67 ceramide 67 Amino acid 67 cytochrome c 67 LKB1 67 MEK ERK 67 effector memory 67 B7 H4 67 pyrimidines 67 Immunohistochemical analysis 67 N Myc 67 glucosides 67 transmembrane receptor 67 phosphoprotein 67 serotonin transporter 67 Dysregulation 67 glucocerebroside primarily 67 enzyme inhibitors 67 gamma aminobutyric acid GABA 67 neuronal signaling 67 transgenic mice expressing 67 hippocampal neurons 67 β cell 67 N acetyl 67 cellular metabolism 67 beta arrestin 67 5 HT1A receptor 67 GABAA receptors 67 BMP2 67 Eg5