Related by context. All words. (Click for frequent words.) 81 eNOS 76 ERK1 2 76 inducible nitric oxide synthase 76 fatty acid oxidation 76 nitric oxide synthase 75 casein kinase 75 TGF ß 74 VEGF receptor 74 PDGFR 74 cell adhesion molecule 74 nitric oxide synthase NOS 74 IL 1β 74 reductase 73 IL 1beta 73 hydroxylase 73 MAP kinase 73 plasminogen activator inhibitor 73 activin 73 heme oxygenase 1 73 TGF β 73 caveolin 73 HIF 1alpha 73 cyclooxygenase 2 73 cyclooxygenase COX 73 matrix metalloproteinase 73 renal fibrosis 72 caveolin 1 72 IL 1ß 72 CTGF 72 upregulates 72 MEK1 72 estrogen receptor alpha 72 iNOS 72 vascular permeability 72 LDL receptor 72 antioxidant enzyme 72 MMP2 72 intercellular adhesion molecule 72 HepG2 cells 72 vascular endothelial 72 TNFalpha 72 glucose transporter 72 SCD1 72 Factor VEGF 72 muscarinic receptors 72 androgen receptor AR 72 Prolactin 72 lipogenesis 72 cyclooxygenase 72 coronary vasodilation 72 pro angiogenic 72 FGFR3 72 RANK Ligand 72 microglial activation 72 metalloproteinase 72 ACh 72 antiapoptotic 72 p#NTR 71 Vascular endothelial growth 71 autophagic 71 polyamine 71 selective inhibition 71 proteoglycan 71 extracellular signal 71 c MYC 71 dehydrogenase 71 TGF ß1 71 cystic fibrosis transmembrane conductance 71 adhesion molecule 71 enzyme COX 71 ectopic expression 71 cyclin dependent kinase 71 deacetylation 71 contractile function 71 elastase 71 Angiotensin converting enzyme 71 thromboxane A2 71 prostaglandin E2 PGE2 71 isoenzyme 71 IL6 71 fibrin deposition 71 receptor kinase 71 SGLT2 71 adipogenic 71 vWF 71 neurite outgrowth 71 serine threonine 71 MEK ERK 71 NFκB 71 nitrotyrosine 71 5 hydroxytryptamine 71 transthyretin 71 CEACAM1 71 proximal tubule 71 Clusterin 71 monocyte chemotactic protein 71 mitogen activated protein kinase 70 neovascularization 70 protein kinase C 70 TNFa 70 frataxin 70 lymphangiogenesis 70 FGFR1 70 endoplasmic reticulum stress 70 endothelial activation 70 NFkappaB 70 collagen deposition 70 MT1 MMP 70 Overexpression 70 acetylcholine receptor 70 mitogen 70 Angiotensin II 70 STAT1 70 hypoxia inducible factor 70 haematopoietic 70 receptor subtype 70 TGF beta1 70 NFkB 70 lipoxygenase 70 M1 muscarinic 70 vasodilatation 70 proapoptotic 70 mTOR mammalian target 70 E cadherin expression 70 Hypoxia Inducible Factor 70 HIF 1a 70 glucokinase 70 arginase 70 matrix metalloproteinases 70 thioredoxin 70 5 lipoxygenase 70 miR #a [002] 70 eIF4E 70 Sgk1 70 acyl CoA 70 Endothelin 70 endothelial nitric oxide 70 TGFβ 70 c myc gene 70 bone morphogenetic protein 70 vasodilatory 70 KLF2 70 RAR beta 70 p# MAPK 70 proinflammatory cytokines 70 cyclic AMP cAMP 70 transcriptional activation 70 prostaglandin D2 70 cytokine interleukin 70 LPS induced 70 catabolism 70 p#Kip# 70 glucocorticoid receptor 70 ERalpha 70 colony stimulating factor 70 FGFR4 69 heme oxygenase 69 PAR1 69 AT1R 69 mitochondrial biogenesis 69 phosphorylates 69 mRNA expression 69 TNF α 69 apoptotic pathway 69 NO synthase 69 hepatic glucose production 69 β catenin 69 proteolysis 69 metalloproteinases 69 adrenergic receptors 69 transcriptional repressor 69 TSP1 69 CXCL# 69 glucose uptake 69 prostaglandin synthesis 69 E selectin 69 MMP9 69 glucagon receptor 69 prostaglandin E2 69 overactivation 69 FGF2 69 proto oncogene 69 osteocalcin 69 effector functions 69 prostaglandin E 69 intestinal epithelium 69 kinase pathway 69 leukocyte adhesion 69 ADAMTS# 69 catenin 69 fibrogenesis 69 HDAC2 69 interleukin IL -6 69 protein tyrosine phosphatase 1B 69 collagen synthesis 69 ERa 69 glomerular 69 mediated inhibition 69 NF kappaB activation 69 c myc 69 PKC beta 69 chloride channels 69 RAS RAF MEK 69 cyclic AMP 69 transmembrane receptor 69 thymidylate synthase TS 69 hepatic lipase 69 thyrotropin 69 CDK5 69 #ß 69 PTHrP 69 aldose reductase 69 β cell 69 RANK ligand 69 phosphatase 69 ENaC 69 interleukin IL 69 DGAT1 69 Galectin 69 histone acetylation 69 Akt signaling 69 TIMP 69 isoenzymes 69 β cells 69 Rab5 69 IFN γ 69 TIMP 1 69 leptin signaling 69 serine proteases 69 VEGFR 69 cholecystokinin CCK 69 striatal dopamine 69 phosphatidylinositol 3 69 anti apoptotic 69 UCP2 69 erythropoiesis 69 p# activation 69 ß1 69 RIP1 69 eotaxin 69 tyrosine phosphorylation 69 SIRT2 69 aberrantly activated 69 TGF b 69 69 neuronal nitric oxide synthase 69 EGFR signaling 69 upregulating 69 triacylglycerol 69 carcinoembryonic antigen 69 claudin 69 ErbB4 69 VEGF induced 69 1α 69 BMP signaling 69 mRNA encoding 69 Angiotensin 69 serine protease 69 paracrine 68 HIF 1α 68 cytokine IL 68 #HT#A 68 calcineurin 68 TrkA 68 myogenesis 68 proinflammatory 68 glucose homeostasis 68 mineralocorticoid receptor 68 prolyl 68 5 HT1A 68 Nampt 68 protein tyrosine phosphatase 68 hypothalamic pituitary adrenal axis 68 LRAT 68 GABAergic 68 polycystin 68 IL #p# 68 calcium homeostasis 68 NKT cell 68 microglial 68 downregulates 68 neurofibromin 68 anti inflammatory cytokine 68 receptor tyrosine kinase 68 nNOS 68 ERK activation 68 PPAR γ 68 adipogenesis 68 vasodilation 68 chemokine receptor 68 thrombospondin 68 inflammatory cytokine 68 Caspase 68 proinflammatory cytokine 68 antiproliferative activity 68 neurturin 68 phospholipase A2 68 Fas ligand 68 p# mitogen activated 68 p# MAP kinase 68 receptor gamma 68 PPARg 68 CYP# [002] 68 prostate epithelial cells 68 Rac1 68 S#A# [002] 68 leptin receptor 68 uncoupling protein 68 tyrosine hydroxylase 68 VEGF protein 68 SGLT1 68 FasL 68 Upregulation 68 lysosomal 68 tumorigenicity 68 Macrophage 68 superoxide dismutase 68 neurohormones 68 ER alpha 68 VEGFR1 68 VE cadherin 68 JAK2 enzyme 68 amyloid ß 68 4E BP1 68 NKG2D 68 TGF β1 68 PHD2 68 HIF1 alpha 68 TGF beta pathway 68 Akt activation 68 ERK signaling 68 autocrine 68 contractility 68 alpha subunit 68 leukemic cell 68 Aldosterone 68 cytokines IL 68 monocyte 68 STAT3 signaling 68 beta adrenergic receptors 68 alpha Gal 68 Smad4 68 collagen degradation 68 receptor subtypes 68 PGC 1α 68 neurotrophic 68 cytokine signaling 68 enkephalin 68 alveolar epithelial cells 68 leukocyte recruitment 68 constitutively active 68 GLI1 68 downregulation 68 IGFBP 3 68 UCP1 68 neuronal differentiation 68 FKBP# 68 mitogenic 68 hypothalamic 68 atherogenesis 68 natriuresis 68 VEGF expression 68 protein CETP 68 TGF Beta 68 PTP1B 68 cyclin dependent kinase inhibitor 68 GATA3 68 lymphocyte activation 68 TRAIL R2 68 isomerase 68 HuR 68 P selectin 68 ERK pathway 68 alkaline phosphatase ALP 68 antioxidant enzymes 68 PI3K/Akt 68 nicotinic acetylcholine receptor 68 antiangiogenic 68 myofibroblast 68 PDE#A 67 NF κB 67 leukocyte 67 hyperactivated 67 cyclin D1 67 catecholamine 67 uPAR 67 SIRT1 gene 67 angiotensinogen 67 GluR1 67 neurotrophic factor 67 somatostatin 67 carbohydrate metabolism 67 basic fibroblast 67 Dystrophin 67 regulated kinase 67 NADPH 67 vessel dilation 67 γ secretase 67 Sirt1 67 cytochrome c 67 paxillin 67 protein phosphatase 67 cytoprotective 67 P cadherin 67 Smad3 67 N acetyl 67 adipokines 67 TORC2 67 c Fos 67 IFN g 67 tyrosinase 67 BCL2 67 mPGES 1 67 Hedgehog signaling 67 serotonin receptor 67 monocytes macrophages 67 glycogen synthase kinase 67 osteoblast 67 GRK2 67 osteoclast formation 67 BH4 67 interferon γ 67 PKC inhibitor 67 oxidase 67 mTOR signaling 67 osteoclastic 67 pro inflammatory cytokine 67 mitochondrial respiration 67 IFN gamma 67 TNF alpha IL 67 Oncogenic 67 vascular endothelial cells 67 HMG CoA reductase 67 ornithine decarboxylase 67 neurotransmitters serotonin 67 c MET 67 Lp PLA 2 67 PDE1 67 NF kappaB 67 factor PlGF 67 Adiponectin 67 aminobutyric acid 67 POMC neurons 67 fibulin 67 #beta HSD1 67 LTB4 67 lung epithelium 67 AgRP 67 podocyte 67 RhoA 67 Akt 67 pDC 67 CD#b 67 focal adhesion kinase FAK 67 sFlt 1 67 aquaporin 67 matrix metalloproteinases MMPs 67 GLUT4 67 coenzyme 67 pathophysiological effects 67 PARP1 67 sortilin 67 Ca2 + 67 cytoskeletal 67 Th1 type 67 noradrenergic 67 tryptase 67 GSTP1 67 TTR gene 67 GPR# [002] 67 hematopoiesis 67 induces apoptosis 67 degranulation 67 interleukins 67 Phosphorylation 67 pro apoptotic 67 FGF receptor 67 FLT3 67 podocytes 67 aldehyde dehydrogenase 67 macrophage infiltration 67 nicotinic receptor 67 PGE2 67 nAChR 67 Î ² 67 enzyme phosphodiesterase 67 Hepcidin 67 dopamine transporter 67 Mcl 1 67 cytokines interleukin 67 transactivation 67 cytokine receptor 67 NQO1 67 cyclic adenosine monophosphate cAMP 67 lysyl oxidase 67 uPA 67 histone deacetylases 67 metabolizing enzyme 67 Runx2 67 plasminogen 67 TGF alpha 67 adipocyte 67 Kupffer cells 67 IRE1 67 GnT 4a 67 myeloid derived 67 monocyte chemoattractant protein 67 neuropeptide Y 67 Gata4 67 vessel constriction 67 inhibitory effects 66 E#F# 66 COX2 66 factor HGF 66 tumorigenesis 66 dose dependently 66 autoregulation 66 potent inhibitory 66 proteolytic 66 JAK STAT 66 macrophage colony stimulating 66 hypothalamic pituitary 66 angiotensin II 66 ERK phosphorylation 66 ß catenin 66 PIP2 66 cyclin E 66 FGF# 66 cell motility 66 TNFR 66 interleukin 1β 66 acinar 66 ACE2 66 PTPN# 66 steroidogenesis 66 chemokine 66 cytidine 66 adipokine 66 Bcl XL 66 arachidonic acid 66 CB1 receptor 66 glucocorticoid 66 mevalonate 66 LRP6 66 K + ATPase 66 acetylcholinesterase 66 gluconeogenesis 66 adrenoceptor 66 integrin alpha 66 eicosanoid 66 S6K 66 CYP#B# 66 methyl D aspartate 66 glycolytic 66 gastrin 66 agonist induced 66 serine threonine kinase 66 regulated kinase ERK 66 LRP5 66 adrenocortical 66 S#K# 66 extracellular domain 66 ApoA1 66 sGC 66 Fc receptor 66 glutamatergic 66 brain derived neurotrophic 66 Immunohistochemical analysis 66 thyroid hormone receptor 66 bradykinin 66 cardiolipin 66 fibrotic disease 66 XBP1 66 RUNX3 66 MAPK pathway 66 glucagon secretion 66 pancreatic islet 66 SMAD4 66 costimulatory molecules 66 peripheral insulin sensitivity 66 von Willebrand Factor vWF 66 EGFR protein 66 desmin 66 Fibroblast Growth Factor Receptor 66 peroxidation 66 lipoprotein lipase 66 IGFBP 66 bFGF 66 mitotic progression 66 Eg5 66 TGR5 66 HbF 66 dephosphorylation 66 erythroid 66 adenylate cyclase 66 Rap1 66 intimal hyperplasia 66 TMEM#B 66 diacylglycerol 66 osteoprotegerin 66 phosphate dehydrogenase 66 ischemia reperfusion injury 66 hypoxia inducible transcription 66 synaptic transmission 66 cholesterol homeostasis 66 immunostimulatory 66 myocyte 66 G6PD 66 TNF receptors 66 1alpha 66 Monocyte 66 Endothelial 66 cytoplasmic domain 66 cytosolic 66 Ras pathway 66 triphosphate 66 PTP 1B 66 hypothalamus pituitary 66 Nedd4 66 NADPH oxidase 66 insulin secretion 66 cytokeratin 66 cyclin dependent kinases 66 lymphotoxin 66 cAMP 66 EGF receptor 66 hyperactivation 66 interleukin 1beta 66 adrenal cortex 66 inflammatory mediators 66 phagocytosis 66 PDGF receptor 66 excitatory neurotransmitter glutamate 66 N methyl 66 peroxidase 66 breast epithelial cells 66 renin angiotensin aldosterone 66 lactate dehydrogenase 66 selective modulator 66 adrenergic receptor 66 cathepsin B 66 coactivator 66 proteolytic enzymes 66 BMP2 66 hydroxylation 66 p# alpha [001] 66 SREBP 66 F actin 66 Renin 66 related apoptosis inducing 66 myocyte enhancer factor 66 fatty acid synthase 66 CaM kinase II 66 DMT1 66 neutrophil recruitment 66 Inosine 66 presynaptic 66 vasoactive 66 demethylation 66 miR #a [001] 66 alpha secretase 66 desaturase 66 H#K#me# 66 KCNE2 66 Cyclooxygenase 66 experimental autoimmune encephalomyelitis 66 phagocyte 66 PAK1 66 E3 ligase 66 T lymphocyte 66 fucose 66 STAT5 66 extracellular calcium 66 glutamate receptor 66 gut mucosa 66 ATPase 66 HDAC6 66 cAMP signaling 66 isoform 66 ZFP TF 66 IRS1 66 inflammatory cytokines 66 chemokine SDF 1 66 cyclic adenosine monophosphate 66 AMPA receptor 66 glycosyltransferase 66 Th2 66 HPA axis 66 neurofilament 66 peroxisomal 66 deoxy D 66 Wnt signaling 66 transgenic mouse model 66 homeobox gene 66 SOX9 66 effector function 66 adrenal hormone 66 glial derived neurotrophic 66 S nitrosylation 66 GAPDH 66 adipose cells 66 NFKBIA 66 potent stimulator 66 TGF beta 66 Tie2 66 synaptogenesis 66 oncoprotein 66 KLF4 66 CD1d 66 enzymatic activity 66 IL #E 66 immune modulator 66 actin cytoskeleton 66 calcium calmodulin dependent 66 downregulated 66 neurotransmitter GABA 66 peroxisome proliferator activated 66 Notch receptor 66 #S proteasome 66 serotonin synthesis 66 lysophosphatidic acid 66 partial agonist 66 gene encoding 66 cofilin 66 chondrocyte 66 gamma aminobutyric acid 66 LRP1 66 von Willebrand factor 65 phospho 65 Wnt beta catenin 65 serotonin reuptake 65 Factor Receptor 65 amyloid β 65 MAPK 65 EETs 65 interleukin IL -# 65 pharmacological inhibition 65 neointimal hyperplasia 65 TrkB 65 baroreflex 65 TGFbeta 65 mTORC1 65 PPARγ 65 TFPI 65 Notch signaling 65 JNK1 65 Brain Derived Neurotrophic 65 5 HT2A serotonin 65 GH secretion 65 IGFBP2 65 noradrenaline 65 hTERT 65 steroidogenic 65 N Myc 65 endothelial 65 apoptotic cell 65 cardiac contractility 65 myeloperoxidase 65 BCL#A 65 beta amyloid peptide 65 HER2 neu 65 Aâ 65 ouabain 65 Skp2 65 hormone angiotensin 65 NMDA receptor 65 immunoreactivity 65 IFNg 65 Th1 cells 65 tumor angiogenesis 65 catalase 65 osteoblast differentiation 65 neutrophil infiltration 65 gamma aminobutyric acid GABA 65 platelet activation 65 tumor suppressor protein 65 receptor blocker 65 EGFr 65 GPx 65 potential vanilloid 65 Bcl 65 dopaminergic neurons 65 alveolar macrophages 65 upregulation 65 superoxide dismutase SOD 65 intestinal absorption 65 protein encoded 65 Adrenergic 65 urocortin 65 CD# ligand 65 secretory pathway 65 beta subunit 65 hyperinsulinemia 65 capillary endothelial cells 65 Pdx1 65 fractional shortening 65 melanocyte 65 tumor microenvironment 65 oxidative phosphorylation 65 pyruvate kinase 65 angiopoietin 65 fibrillin 1 65 IGF IR 65 growth hormone secretion 65 SGK1 65 DNA methyltransferases 65 retinal ischemia 65 Protein Kinase C 65 immunomodulation 65 inhibitory receptor 65 secretase 65 anti CD3 65 KLF# 65 Notch1 65 natriuretic 65 epithelial cells lining 65 heparanase 65 histone H3 65 transgene expression 65 CaM 65 Foxp3 65 intracellular pH 65 ligand TRAIL 65 constitutively expressed 65 WNK1 65 mutant p# 65 β2 65 antidiuretic hormone 65 muscarinic 65 phosphoprotein 65 C5a 65 receptor activation 65 vimentin 65 Phenylalanine 65 Factor NGF 65 plasmin 65 HMG CoA 65 endogenous ligands 65 oncogenic transformation 65 pro inflammatory cytokines 65 lipid synthesis 65 Kv#.# 65 cystic fibrosis transmembrane 65 palmitate 65 mineralocorticoid 65 NKX2 65 HER2 receptors 65 hormone angiotensin II 65 constitutively 65 Dysregulation 65 anti inflammatory cytokines 65 inverse agonist 65 tau phosphorylation 65 glycogen metabolism 65 MDM2 65 MMPs 65 potent inhibition 65 skeletal muscle cells 65 synthetase 65 TNF IL 65 caspase 65 gastric carcinogenesis 65 receptor alpha 65 Akt1 65 receptor mediated endocytosis 65 cardiac myocytes 65 PTH secretion 65 nicotinic receptors 65 secreted protein 65 toxic beta amyloid 65 myo inositol 65 ABCB1 65 Vpr 65 hormone secretion 65 Leydig cells 65 cathepsins 65 enterocytes 65 naturally occurring amino acid 65 beta arrestin 65 vesicular monoamine transporter 65 phosphoinositide 65 Bcl xL 65 antiproliferative effects 65 aromatase 65 EphB2 65 mitochondrial enzymes 65 prostanoid 65 Rho kinase 65 TCF#L# 65 PEDF 65 renal perfusion 65 microcirculation 65 TLR2 65 endothelial lipase 65 EphA2 65 regulator CFTR protein 65 myeloid cells 65 NRG1 65 TRAIL induced apoptosis 65 neuronal dysfunction 65 Aß 65 infarcted myocardium 65 IgG1 65 Sirt3 65 SUMOylation 65 N cadherin 65 receptor blockers 65 bcl 2 65 Cyclin D1 65 phospholipase 65 TNFα 65 keratinocyte 65 glucan 65 1beta 65 acetylation 65 leukotrienes 65 Peroxisome proliferator activated 65 neuronal migration 65 epithelia 65 spermatogenesis 65 potentiation 65 glutamic acid decarboxylase 65 methyltransferase 65 ARNT 65 Kir#.# 65 Neuropeptide Y 65 PDGF BB 65 glutamyl 65 intra tumoral 65 axonal degeneration 65 upregulate 65 peripheral tissues 65 pleiotropic 65 NMDAR 65 striatal 65 estrogen receptor beta 65 PGC 1a 65 GABAergic interneurons 65 tumor vasculature 65 MyoD 65 ß amyloid 65 neuronal plasticity 65 plasma kallikrein 65 murine model 65 S1P 65 acetylcholinesterase AChE 65 SOCS3 65 cytochrome P# 65 axon outgrowth 65 substrate specificity 65 D aspartic acid 64 CatB 64 receptor inhibitor 64 cyclic GMP 64 galectins 64 potent inducer 64 hormone aldosterone 64 Interferon gamma 64 tumor antigen 64 factor Xa 64 EP1 receptor 64 mediated apoptosis 64 MnSOD 64 BMAL1 64 RANKL 64 interferon IFN 64 LDL receptors 64 cytokine receptors 64 intracellular calcium 64 galanin 64 FUS1 64 caspase activation 64 HER2 HER2 64 cholesterol biosynthesis 64 alveolar epithelial 64 transferase 64 C EBP alpha 64 matrix metalloprotease 64 myocardial tissue 64 GLUT1 64 β amyloid 64 lipoprotein Lp 64 fatty acid metabolism 64 cerebral ischemia 64 enterolactone 64 monocytic 64 inhibitory effect 64 B lymphocyte stimulator 64 lipid homeostasis 64 beta globin gene 64 gastric acid secretion 64 endogenous glucose 64 ubiquitylation 64 LXRs 64 TGFß 64 ABCG2 64 Tissue Factor 64 cPLA2 64 CTLA 4