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(Click for frequent words.) 76 ERK signaling 75 cyclic AMP cAMP 74 autocrine 74 prostaglandin synthesis 74 neuronal signaling 72 IRE1 72 neurite outgrowth 72 microtubule dynamics 72 nitric oxide synthase 72 mitogenic 72 LDL receptor 72 fatty acid oxidation 72 tryptase 72 carbohydrate metabolism 72 EphB2 71 Notch signaling 71 muscarinic receptors 71 CDK5 71 osteoclast formation 71 Aldosterone 71 autophagic 71 cAMP signaling 71 MAP kinase 71 Hedgehog signaling 71 caveolin 1 71 cyclic nucleotide 71 podocyte 71 metabolizing enzymes 71 HuR 71 gluconeogenesis 71 IKK2 70 ERK1 2 70 calcium homeostasis 70 Thyroid hormone 70 fibrogenesis 70 aldose reductase 70 secretory pathway 70 TGF ß 70 steroidogenic 70 erythropoiesis 70 transcriptional activation 70 neuronal synapses 70 β catenin 70 glucocorticoid receptor 70 pRb 70 FGFs 70 HMG CoA reductase 70 IL6 70 synaptic transmission 70 HCV replication 70 γ secretase 70 SUMOylation 70 acetylcholinesterase 70 cardiolipin 70 cofilin 70 proapoptotic 70 serine proteases 70 hedgehog signaling 70 EGFR signaling 70 deacetylation 70 RAS RAF MEK 70 STAT3 signaling 70 MMP9 70 renal fibrosis 69 synapse formation 69 oligomerization 69 oncogenic signaling 69 osteoblast 69 nicotinic acetylcholine receptors 69 enzymatic activity 69 androgen receptor AR 69 Akt1 69 E3 ubiquitin ligase 69 folate metabolism 69 AT1R 69 COX enzymes 69 proximal tubule 69 p# MAPK 69 PPARγ 69 beta adrenergic receptors 69 HIF 1α 69 TXNIP 69 mitogen activated protein kinase 69 apoptotic pathway 69 abnormal angiogenesis 69 intestinal mucosa 69 p#Kip# 69 LRP5 69 UCP1 69 ERa 69 NF kappaB activation 69 epithelial barrier 69 leptin signaling 69 CEACAM1 69 oncogenic transformation 69 neuromuscular junction 69 messenger molecule 69 eotaxin 69 HSF1 69 potent inducer 69 S6K 69 tumorigenicity 69 inducible nitric oxide synthase 69 amylin 69 polyamine 69 ouabain 69 adrenal cortex 69 opioid peptides 69 matrix metalloproteinases 69 tau phosphorylation 69 hepatic glucose production 69 cholesterol metabolism 69 genotoxic stress 69 lymphocyte activation 69 mTORC1 69 apoE 68 malonyl CoA 68 IL 1β 68 neurotrophic 68 VEGF protein 68 NR2B subunit 68 cytokine signaling 68 Fas ligand 68 AMPA receptor 68 mTOR signaling 68 intestinal epithelium 68 TORC2 68 hypothalamic pituitary adrenal axis 68 microglial activation 68 podocytes 68 ADAMTS# 68 neurotransmitter GABA 68 fibrin deposition 68 hematopoiesis 68 nitric oxide synthase NOS 68 transcriptional repressor 68 degranulation 68 fatty acid metabolism 68 prostaglandin E2 PGE2 68 adenosine receptors 68 upregulates 68 BMP signaling 68 NFκB 68 PPAR gamma 68 platelet adhesion 68 HepG2 cells 68 cathepsins 68 overactivation 68 membrane lipids 68 induced apoptosis 68 ENaC 68 TGF b 68 ubiquitylation 68 cyclic adenosine monophosphate cAMP 68 Hh pathway 68 hormone secretion 68 interleukin 1beta 68 prostanoid 68 lipoprotein metabolism 68 hyperactivation 68 Akt activation 68 humoral immunity 68 IL 1beta 68 p# activation 68 Angiotensin converting enzyme 68 NKG2D 68 selective inhibition 68 ACh 68 MT1 MMP 68 HPA axis 68 glutamate receptors 68 FANCD2 68 pleiotropic 68 lipid homeostasis 68 glomerular 68 HDAC2 68 elastase 68 VEGF expression 68 gamma aminobutyric acid 68 vWF 68 Smad3 68 activin 68 mineralocorticoid 68 excitatory neurotransmitter glutamate 68 oxidase 68 proteolysis 68 MMP2 68 biofilm formation 68 GABA neurotransmitter 68 hypothalamic 68 acinar 68 TGF β 68 glucokinase 68 somatostatin 68 glycosyltransferase 68 activate p# 68 Src kinase 68 PECAM 1 68 GRP# 68 dystroglycan 68 estrogen receptor alpha 68 costimulation 68 SIRT2 68 neuronal apoptosis 68 intracellular signaling 68 inflammatory cytokine 68 CYP #A# 68 beta subunit 68 downregulating 68 isoenzymes 68 DGAT1 68 neuronal differentiation 68 iNOS 68 M1 muscarinic 68 NF kappaB 68 sortilin 68 receptor inhibitor 68 actin cytoskeleton 68 thyrotropin 67 adrenocortical 67 signaling cascades 67 adipogenic 67 extracellular dopamine 67 SGK1 67 neurofibromin 67 acetylcholine receptor 67 Phosphorylation 67 EP1 receptor 67 adrenal hormone 67 intercellular communication 67 RANK Ligand 67 Wnt signaling 67 neutrophil recruitment 67 Six3 67 cPLA2 67 CD# expression [002] 67 catabolism 67 p#NTR 67 receptor activation 67 morphogen 67 glycogen metabolism 67 NADPH oxidase 67 phosphorylates 67 #HT#A 67 paracrine 67 inhibitory neurotransmitters 67 serine threonine kinase 67 beta arrestin 67 4E BP1 67 G6PD 67 pro inflammatory cytokine 67 XBP1 67 ectopic expression 67 glucose homeostasis 67 TRPV4 67 IGFBP 3 67 SCD1 67 ERK pathway 67 glutamate signaling 67 secretase 67 proinflammatory 67 TNFalpha 67 5 HT2A serotonin 67 NK1R 67 hypothalamic pituitary 67 vascular endothelial 67 mPGES 1 67 axon guidance 67 inflammasome 67 catenin 67 vasodilatation 67 redox active 67 PTEN protein 67 upregulating 67 ryanodine receptor 67 monocytes macrophages 67 CaM kinase II 67 IFNg 67 thromboxane A2 67 phagocytosis 67 NOD2 67 BCL#A 67 GLUT4 67 V2 receptor 67 VE cadherin 67 mitotic progression 67 calcineurin 67 anterior pituitary 67 potent stimulator 67 microglial 67 vascular endothelial cells 67 cystic fibrosis transmembrane conductance 67 CXCL# 67 phosphatidylinositol 3 67 allergic inflammation 67 cyclooxygenase COX 67 Sgk1 67 Angiotensin II 67 IFN γ 67 basophils 67 histone deacetylases 67 microvascular endothelial cells 67 phagocyte 67 prostaglandin E2 67 lysyl oxidase 67 IRS1 67 PPAR γ 67 hormone aldosterone 67 PPAR alpha 67 renin angiotensin aldosterone 67 primary cilia 67 Akt signaling 67 anti inflammatory cytokine 67 p# alpha [001] 67 eNOS 67 noradrenergic 67 coagulation cascade 67 gastric mucosal 67 antibody mediated 67 motor neuron degeneration 67 IL 1ß 67 Src kinases 67 adipocyte 67 tumor suppressor PTEN 67 tyrosine phosphorylation 67 aberrantly activated 67 XBP 1s 67 Nampt 67 eicosanoids 67 coexpression 67 MAP kinases 67 oxidant stress 67 myofibroblast 67 serotonin synthesis 67 Treg cell 67 acid GABA 67 leukocyte adhesion 67 GnT 4a 67 paxillin 67 mediated inhibition 67 HIF 1alpha 67 TNF α 67 CB2 receptor 67 leukocyte recruitment 67 mutant huntingtin protein 67 metalloproteinases 67 immunoreactivity 67 neuroinflammatory 67 homodimers 67 PHD2 67 lysosomal 67 PPARgamma 67 Aâ 67 SOCS3 67 serotonin reuptake 67 cholecystokinin CCK 67 TrkB 67 effector function 67 mitochondrial respiration 67 PI3K Akt 67 apoptosis induced 67 GLI1 67 Notch pathway 66 P selectin 66 inhibiting enzymes 66 TrkA 66 TNFa 66 PDGFR 66 MEK ERK 66 glucocorticoid receptors 66 lung epithelial cells 66 CCL5 66 angiotensinogen 66 Neuropeptide Y 66 cdk5 66 NADPH 66 neuropeptide Y 66 polycystin 1 66 vascular permeability 66 tropomyosin 66 Treg cells 66 lymphangiogenesis 66 D aspartate 66 extracellular signal 66 downregulation 66 Notch receptor 66 mitogen activated protein kinases 66 mesenchymal cell 66 renal tubules 66 JAK2 enzyme 66 receptor subtypes 66 radiosensitivity 66 Nedd4 66 neuroligins 66 neuronal plasticity 66 coronary vasodilation 66 osteogenic differentiation 66 Smad4 66 protein CETP 66 TNF receptors 66 mevalonate 66 proinflammatory cytokine 66 RANK ligand 66 TGF beta1 66 synaptotagmin 66 neurotransmission 66 Bcl xL 66 phosphoinositide 66 matrix metalloproteinases MMPs 66 receptor mediated endocytosis 66 vasoactive 66 GABAergic neurons 66 serine threonine 66 telomere maintenance 66 SIRT1 gene 66 IL #p# 66 TRAIL induced apoptosis 66 reductase 66 p# mitogen activated 66 mTOR mammalian target 66 intestinal epithelial cells 66 toxic beta amyloid 66 E#F# 66 PI3K signaling 66 Runx2 66 Vpr 66 TGFβ 66 hedgehog pathway 66 Rap1 66 FasL 66 isoenzyme 66 constitutively active 66 TGFbeta 66 macrophage migration 66 renal tubular 66 ERalpha 66 cell adhesion molecules 66 PTHrP 66 PPARg 66 HIF 1a 66 BCL2 66 beta1 integrin 66 oxidases 66 cyclic AMP 66 metabolizing enzyme 66 SMAD4 66 5 HT1A 66 inverse agonist 66 neurotransmitter glutamate 66 tumor suppressor protein 66 peroxynitrite 66 glucocorticoid receptor GR 66 β1 66 endothelial nitric oxide 66 p# alpha [002] 66 intracellular proteins 66 endothelial nitric oxide synthase 66 Prolactin 66 lymphatic vasculature 66 proteoglycan 66 natriuresis 66 umbilical vein 66 antioxidant enzyme 66 cypin 66 catecholamine 66 casein kinase 66 potent inhibitors 66 p# MAP kinase 66 proNGF 66 P cadherin 66 lipogenesis 66 PDE1 66 amyloid formation 66 antitumor efficacy 66 innate immune responses 66 PTH secretion 66 Pten 66 STAT4 66 Rac1 66 E selectin 66 vasoconstrictor 66 cytoprotective 66 cholesterol biosynthesis 66 covalently bound 66 GABAA receptors 66 urocortin 66 Or#b 66 MAPK pathway 66 aP2 66 antiapoptotic 66 atherogenesis 66 FGFR4 66 gut microflora 66 vesicle fusion 66 intercellular signaling 66 UCP2 66 P glycoprotein 66 lung epithelium 66 tissue homeostasis 66 FKBP# 66 lowers blood glucose 66 mice lacking 66 regulating gene expression 66 enkephalin 66 induced phosphorylation 66 peroxidation 66 myo inositol 66 NF KB 66 amyloid deposition 66 BMAL1 66 renal excretion 66 proton pump 66 bradykinin 66 heme oxygenase 66 POMC neurons 66 Sirt3 66 downregulates 66 Sp1 66 CCL# 66 stellate cells 66 Oncogenic 66 Cx# [001] 66 AgRP neurons 66 TGF beta signaling 66 Nod1 66 hypocretin 66 metabolic enzymes 66 sphingomyelin 66 NF kB pathway 66 haematopoietic 66 lipopolysaccharide 66 Foxp3 66 uPAR 66 PIP2 66 Th1 type 66 cystic fibrosis transmembrane 66 TGF beta pathway 66 PEDF 66 Rho GTPases 66 mucosal immune 66 TSP1 66 ABCA1 66 selenoproteins 66 cyclooxygenase 65 Fc receptor 65 intestinal microflora 65 glycosaminoglycans 65 thymidylate synthase TS 65 ARF1 65 melanocyte 65 proteinase 65 intracellular pH 65 protein kinase C 65 LPA1 receptor 65 naturally occurring amino acid 65 DNA methyltransferases 65 FGFR3 65 beta adrenergic 65 PC# cells 65 JAK STAT 65 RUNX3 65 cAMP dependent 65 gamma aminobutyric acid GABA 65 Rab5 65 FOXP3 65 tumor angiogenesis 65 NF kB signaling 65 oxidized LDL 65 neurotransmitters serotonin 65 metalloproteinase 65 oncomodulin 65 c myc gene 65 c MYC 65 Hsp# [001] 65 E cadherin expression 65 sGC 65 PKC inhibitors 65 calpain 65 ERK phosphorylation 65 lipid rafts 65 Runx1 65 c myc 65 NPD1 65 Jhdm2a 65 tumorigenesis 65 gastric mucosa 65 uroguanylin 65 fatty acid synthase 65 Androgen receptor 65 NKX#.# 65 PKC inhibitor 65 NR2B 65 epithelia 65 Ras pathway 65 synovial cells 65 CYP#B# 65 amyloid β 65 NF KappaB 65 synaptogenesis 65 pressure natriuresis 65 adipokine 65 WNK1 65 proteolytic 65 basal lamina 65 Rho kinase 65 vesicle formation 65 TNFα 65 regulated kinase ERK 65 pathophysiological effects 65 airway hyperresponsiveness 65 ß catenin 65 orexin receptors 65 PP2A 65 PDE#A 65 angiotensin converting enzyme 65 mitochondrial metabolism 65 PAR1 65 selectively inhibited 65 D aspartic acid 65 NO synthase 65 TLR5 65 digesting enzymes 65 caveolae 65 AT1 receptor 65 C5aR 65 transthyretin 65 amyloid ß 65 improves insulin sensitivity 65 Notch signaling pathway 65 PKC beta 65 intracellular signal transduction 65 platelet activation 65 encodes protein 65 Elevated serum 65 FGF2 65 Nicotinamide 65 pituitary hormone 65 cytokine secretion 65 lipid synthesis 65 NKT cell 65 hyperactivated 65 downregulate 65 apoE4 65 S#K# 65 T lymphocyte 65 Mdm2 65 Th2 65 arginase 65 intestinal absorption 65 NFkB 65 focal adhesion kinase 65 HER2 receptors 65 bile acid 65 cytolytic 65 anaphase promoting complex 65 leptin receptor 65 F actin 65 interleukin 1β 65 PGC1 65 H#K# methylation 65 fibrillin 1 65 LIS1 65 adult neurogenesis 65 immunomodulatory effects 65 dimerization 65 apoptosis pathways 65 c Myb 65 caspase activation 65 Wnts 65 insulin signaling pathways 65 BH4 65 Stat3 65 DMT1 65 vitamin D receptors 65 cofactors 65 Aβ 65 cyclic GMP 65 nNOS 65 receptor tyrosine kinase 65 virulence genes 65 prostaglandin D2 65 soluble CD# 65 aminobutyric acid 65 interstitium 65 immunopathology 65 Wnt signaling pathway 65 glutamatergic 65 chromosome condensation 65 induced neuronal 65 neuropeptide Y NPY 65 cultured hippocampal neurons 65 IRAK1 65 experimental autoimmune encephalomyelitis 65 cytokine receptor 65 isomerase 65 antioxidant enzymes 65 regulates gene expression 65 aberrant activation 65 cell adhesion molecule 65 endogenous cannabinoids 65 spermatogenesis 65 selective modulator 65 KLF2 65 pancreatic alpha 65 peripheral tissues 65 vimentin 65 calmodulin kinase II 65 SH2 B 65 Upregulation 65 nAChR 65 effector functions 65 transmembrane receptor 65 PTEN gene 65 STAT1 65 LRP6 65 c MET 65 phospholipase A2 65 proteinases 65 Endothelin 65 Akt3 65 vessel constriction 65 adrenoceptor 65 adipokines 65 Smoothened 65 cyclooxygenase 2 65 melanin synthesis 65 interleukin IL -# 65 PKC alpha 65 adhesion molecule 65 transcriptional regulation 65 hydroxylase 65 lipid metabolism 65 osteoclast activity 65 transactivation 65 histone methylation 65 TGF ß1 65 5 HT1A receptor 65 methyl D aspartate 65 pro angiogenic 65 cholesterol efflux 65 uPA 65 RIP1 65 IGF IR 65 RKIP 65 GABA receptor 65 excitotoxic 65 pDC 65 neuronal function 65 cell motility 65 GABAergic interneurons 65 Flt3 65 serotonergic 65 eicosanoid 65 MMP7 65 enzymatic pathways 65 kinase pathway 65 5 lipoxygenase 65 LPS induced 65 KATP channel 65 HDAC6 65 cytoskeletal 65 TLR2 65 overactivated 65 arginine vasopressin 65 receptor gamma 65 phosphatases 65 extracellular calcium 65 excitatory neurotransmitter 65 prostate carcinogenesis 65 hydrolases 65 dehydrogenase 65 Cdc7 65 Extracellular 65 nAChRs 65 SIRT3 65 glucocorticoid 65 FOXO3a 65 HIF 2alpha 64 endothelial activation 64 BACE1 64 proteolytic enzymes 64 glucocorticoid hormones 64 FGFR1 64 adipogenesis 64 Th2 cytokines 64 glycogen synthesis 64 PAK1 64 5 HT2A receptor 64 NF kappaB pathway 64 soluble TNF receptor 64 Orexin 64 bacterial virulence 64 peroxisomal 64 Stat5 64 mTOR signaling pathway 64 protein tyrosine kinase 64 dysregulated 64 CatB 64 Cyclin E 64 STIM1 64 FGF# 64 NFkappaB 64 FGFR2 64 inhibiting COX 64 Abeta# 64 Thyroid hormones 64 Wnt beta catenin 64 Wnt pathway 64 GPI anchored 64 arachidonic acid AA 64 gut mucosa 64 CYP#A# enzyme 64 mitochondrial enzyme 64 protein tyrosine phosphatase 1B 64 protein Hsp# 64 TGF alpha 64 chitinase 64 ERBB2 64 breast carcinogenesis 64 corticotropin releasing factor 64 CD1d 64 ß amyloid 64 Notch1 64 MAPK 64 GRK2 64 p# pathway 64 cardiac myocytes 64 Clusterin 64 transgene expression 64 JNK1 64 endocrine glands 64 oncoprotein 64 alveolar macrophages 64 serotonin uptake 64 glycated 64 synapse maturation 64 proteostasis 64 myogenesis 64 myofibroblasts 64 paracellular 64 biogenesis 64 GluR1 64 stathmin 64 human airway epithelial 64 CaM kinase 64 FGF signaling 64 myeloperoxidase 64 E3 ligase 64 dopamine D2 64 proximal tubular 64 proinflammatory cytokines 64 CDK8 64 nicotinic acetylcholine receptor 64 von Willebrand factor 64 Drp1 64 ALDH2 64 intestinal microbiota 64 Hh signaling 64 Cyclin D1 64 sphingolipid 64 Vasopressin 64 Proteostasis Network 64 insulin signaling pathway 64 ApoA1 64 Cdc# 64 #ß 64 CYP #D# 64 neurosteroid 64 axonal degeneration 64 ATPase activity 64 hormone adiponectin 64 pharmacological inhibition 64 NAD + 64 hippocampal neurons 64 ErbB receptors 64 LTB4 64 lipoxygenase 64 PARP1 64 FUS1 64 receptor PPAR 64 cyclins 64 TGF beta 64 TSLP 64 Ferritin 64 adenylate cyclase 64 PIP3 64 steroidogenesis 64 collagen synthesis 64 plasma lipids 64 glucose transporter 64 K + ATPase 64 gene polymorphisms 64 leukemia inhibitory 64 oxidized lipids 64 Th1 cells 64 cell signaling pathway 64 benfotiamine 64 HER2 neu 64 Integrins 64 AgRP 64 monocyte derived 64 Sonic hedgehog 64 guanosine 64 NR#A# 64 fast skeletal troponin 64 inhibitory effect 64 motilin 64 CB1 receptor 64 NF κB activation 64 Abeta protein 64 glutamate neurotransmission 64 cyclase 64 acetyltransferase 64 ankyrin B 64 metabolic homeostasis 64 S nitrosylation 64 retinoid X 64 MEK1 64 Amino acid 64 kinase domain 64 receptor mediated 64 vasodilation 64 posttranslational modification 64 SGLT1 64 histone acetylation 64 airway hyper responsiveness 64 adrenocorticotropic hormone ACTH 64 signal transduction pathway 64 thioredoxin 64 thrombospondin 64 metalloproteases 64 thyroid hormone receptor 64 beta. 64 protein p# 64 granzyme B 64 MnSOD 64 alveolar epithelial cells 64 polycystin 64 KCNE2 64 coactivators 64 cellular prion protein 64 CagA 64 GSK3B 64 c Abl 64 airway remodeling 64 GABAergic 64 CCR5 receptors 64 Pax6 64 costimulatory molecules 64 osteoblastic 64 glutamate receptor 64 incretin hormones 64 Gata4 64 antioxidant glutathione 64 dopamine transporter 64 hsp# 64 apolipoproteins 64 acyl CoA 64 keratinocyte 64 Macrophage 64 tetrahydrobiopterin 64 heparanase 64 mutant huntingtin 64 GATA3 64 glycolytic 64 dose dependently 64 mitochondrial enzymes 64 colon carcinogenesis 64 cathepsin B 64 viral proteins 64 tyrosine hydroxylase 64 TLR4 64 diffusible 64 brain derived neurotrophic 64 superoxide dismutase 64 protease enzymes 64 activate AMPK 64 striatal dopamine 64 Oxidative damage 64 DNMT1 64 amino acid tyrosine 64 ER alpha 64 Endocannabinoids 64 cyclin B1 64 Alu RNA 64 frataxin 64 factor Xa 64 peroxisomes 64 SOCS1 64 habenula 64 hepatotoxic 64 inhibit angiogenesis 64 RANTES 64 EphA2 64 cotransporter 64 micro RNAs 64 SIRT6 64 serotonin receptor 64 nicotinamide