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(Click for frequent words.) 82 TGF β 80 activin 80 TGF ß1 78 TGF beta1 78 eNOS 78 ERK1 2 78 KLF4 78 IL 1beta 78 autophagic 77 Smad3 77 p#Kip# 77 TNFalpha 77 Akt activation 77 uPAR 76 renal fibrosis 76 TGFβ 76 keratinocyte 76 neurite outgrowth 76 TGF b 76 Notch signaling 76 VE cadherin 76 BMP4 76 MEK1 76 TNFa 75 vascular endothelial 75 IL 1ß 75 Smad4 75 MT1 MMP 75 Fas ligand 75 FasL 75 p# MAPK 75 TNF α 75 NFκB 75 caveolin 1 75 vimentin 75 E#F# 75 cytokine signaling 75 p#NTR 75 IFN γ 75 beta amyloid peptide 75 transcriptional activation 75 p# activation 75 IL 1β 75 P selectin 75 pro angiogenic 75 Rab5 75 endothelial nitric oxide synthase 75 fatty acid oxidation 75 iNOS 75 glucocorticoid receptor 75 microglial 75 PEDF 75 HepG2 cells 75 proteoglycan 75 ERK signaling 75 STAT1 75 AMPA receptor 75 catenin 74 chemokine receptor 74 microglial activation 74 PAK1 74 serotonin receptor 74 HIF 1a 74 TGF beta 74 PDGFR 74 inducible nitric oxide synthase 74 leptin signaling 74 VEGF receptor 74 proinflammatory cytokine 74 TAp# 74 nitric oxide synthase 74 calcineurin 74 ADAMTS# 74 transcriptional repressor 74 mitogen activated protein kinase 74 Wnt signaling 74 palytoxin 74 JAK STAT 74 IGFBP 3 74 antiapoptotic 74 IGFBP2 74 secretase 74 plasminogen 74 MAP kinase 74 TGFß 74 astrocytic 74 osteoblast 74 NFkappaB 74 deacetylation 74 CEACAM1 74 phosphatidylinositol 3 74 selective inhibition 74 CagA 74 pRb 74 BMP signaling 74 M1 muscarinic 74 PHD2 74 Foxp3 74 alveolar epithelial cells 73 KLF2 73 IL6 73 cAMP signaling 73 annexin V 73 PTHrP 73 Immunohistochemical analysis 73 HDAC2 73 c myc 73 constitutively active 73 protein kinase C 73 nNOS 73 factor HGF 73 c MYC 73 Fc receptor 73 Phosphorylation 73 Rap1 73 EGF receptor 73 TRPV4 73 constitutively 73 TGF beta signaling 73 DGAT1 73 endonuclease 73 proteolytic 73 vascular endothelial cells 73 TGFbeta 73 endoplasmic reticulum stress 73 UCP2 73 proteolysis 73 FGF2 73 ectopic expression 73 FGFR3 73 arginase 73 oncoprotein 73 LRP6 73 XBP1 73 IFN gamma 73 Th2 73 mucin 73 TGF β1 73 prostaglandin E2 PGE2 73 MEK ERK 73 TGFb 73 ERK pathway 73 eotaxin 73 steroidogenic 73 vWF 73 ENaC 73 β catenin 73 FGF# 73 lysosomal 73 GAPDH 73 downregulation 73 EphA2 73 ABCA1 73 adrenergic receptors 73 somatostatin 73 γ secretase 73 SOCS3 73 estrogen receptor alpha 73 effector function 73 cathepsin B 73 MAPK pathway 73 E cadherin expression 73 demethylation 73 Oncogenic 73 Notch1 73 anti inflammatory cytokine 73 DNMT1 73 cell adhesion molecules 73 monocyte 73 HIF 1alpha 73 muscarinic receptors 73 transgene expression 73 PGE2 73 Runx2 73 ACh 73 adipogenesis 73 innate immune responses 73 neurotrophic 73 mitogen 73 cardiolipin 73 receptor signaling 73 beta subunit 73 proto oncogene 73 TSLP 73 LRP5 73 tyrosine phosphorylation 73 NFkB 73 adipogenic 73 myofibroblasts 72 enzymatic activity 72 PPARγ 72 prostaglandin synthesis 72 cell adhesion molecule 72 mediated inhibition 72 Th1 cells 72 MyoD 72 proapoptotic 72 perivascular 72 Nedd4 72 SCD1 72 neovascularization 72 proinflammatory cytokines 72 synuclein 72 intracellular signaling 72 ß catenin 72 F actin 72 cyclooxygenase 2 72 inflammasome 72 72 TGF Beta 72 adhesion molecule 72 intestinal epithelium 72 Aβ 72 PTPN# 72 serine protease 72 HOTAIR 72 cystic fibrosis transmembrane conductance 72 TGF beta pathway 72 HCV replication 72 CTGF 72 uPA 72 glycosyltransferase 72 autocrine 72 glucose transporter 72 ER alpha 72 spermidine 72 Sgk1 72 bone morphogenic protein 72 NF kappaB activation 72 TLR2 72 melanocyte stimulating hormone 72 inflammatory cytokine 72 osteoclast 72 inhibitory effects 72 sGC 72 AT1R 72 gluconeogenesis 72 paracrine 72 GSK 3ß 72 ERa 72 erythropoiesis 72 NKG2D 72 EphB2 72 osteogenic 72 Hedgehog signaling 72 STAT3 signaling 72 ERalpha 72 cholecystokinin CCK 72 PI3K Akt 72 TNF receptors 72 RhoA 72 Akt1 72 histone acetylation 72 LPS induced 72 immunoreactivity 72 HDAC6 72 ADAM# 72 phosphoprotein 72 Vascular endothelial growth 72 transthyretin 72 LDL receptor 72 basic fibroblast 72 TGF alpha 72 c MET 72 antioxidant enzyme 72 thioredoxin 72 proteolytic cleavage 72 Galectin 72 neurotrophic factors 72 TNFα 72 Cyclin D1 72 hyperactivated 72 protein tyrosine kinase 72 ouabain 72 miR# 72 NF κB 72 mitochondrial enzyme 72 glycosylated 72 androgen receptor AR 72 diffusible 72 UCP1 72 lymphocyte activation 72 cathepsins 72 haematopoietic 72 Rab# 72 pyruvate kinase 72 Ca2 + 72 PIP3 72 GPR# [002] 72 NF kB pathway 72 nAChR 72 ERK phosphorylation 72 mRNA expression 72 SIRT2 72 GLI1 72 antioxidant enzymes 72 CD1d 71 β2 71 adrenal cortex 71 costimulatory 71 IGF IR 71 CXCL# 71 IL #p# 71 ß1 71 IFNg 71 isoenzymes 71 S1P 71 HIF 1α 71 prostaglandin E2 71 neuronal differentiation 71 occludin 71 tumorigenesis 71 IRE1 71 sphingolipid 71 FUS1 71 RIP1 71 transferrin receptor 71 hyperactivation 71 thymidylate synthase TS 71 FGFs 71 eIF2 71 cytoprotective 71 telomere dysfunction 71 #ß 71 elastase 71 E selectin 71 calpain 71 cyclic AMP 71 glioma cells 71 Macrophage 71 IKK2 71 PI3 kinase 71 interleukin IL -# 71 NKT cells 71 Prolactin 71 heme oxygenase 1 71 MMP2 71 Jhdm2a 71 hedgehog pathway 71 caveolin 71 STAT3 71 Aldosterone 71 COX2 71 phosphorylates 71 triacylglycerol 71 extracellular signal 71 beta adrenergic receptors 71 CDK5 71 cytoplasmic domain 71 HMG CoA reductase 71 mucins 71 NADPH 71 K + ATPase 71 Nampt 71 GluR1 71 PAR1 71 TrkA 71 FGFR1 71 primary cilia 71 Hh pathway 71 effector functions 71 cyclic AMP cAMP 71 collagen synthesis 71 receptor tyrosine kinase 71 c Src 71 VEGFR1 71 cyclin D1 71 factor EGF 71 podocytes 71 β1 71 osteoclast activity 71 interferon γ 71 breast epithelial cells 71 TrkB 71 fibrin deposition 71 FGFR4 71 MMP9 71 hTERT 71 goblet cells 71 murine 71 PPARg 71 VEGF 71 EGFr 71 virulence genes 71 PPAR γ 71 thyrotropin 71 phosphatase 71 serine threonine 71 phagocytosis 71 mesothelin 71 nAChRs 71 tumorigenicity 71 fibrogenesis 71 4E BP1 71 TORC2 71 protein tyrosine phosphatase 71 anti inflammatory cytokines 71 dystroglycan 71 Akt signaling 71 ligand TRAIL 71 Nod1 71 Tubulin 71 cytokine interleukin 71 E3 ligase 71 PTH secretion 71 mitogenic 71 NKT cell 71 Akt 71 EGFR signaling 71 MDSCs 71 SIRT1 gene 71 paxillin 71 myocyte 71 ubiquitination 71 CD#L 71 CCR9 71 Wnts 71 ubiquitylation 71 osteoclast formation 71 oligomerization 71 RUNX3 71 mTORC1 71 adipocyte 71 cyclin E 71 cyclophilin D 71 glycosylation 71 metalloproteinases 71 proximal tubule 71 immunostimulatory 71 proinflammatory 71 NKX#.# 71 acyl CoA 71 ARF1 71 adipose cells 71 peroxynitrite 71 synaptogenesis 71 trophoblast cells 71 cyclooxygenase COX 71 induces apoptosis 71 Lyn kinase 71 Th1 type 71 IgG1 71 LKB1 71 neuronal nitric oxide synthase 71 Factor VEGF 71 BRAF protein 71 C EBP alpha 71 acinar 71 CaM 71 H#K#me# 71 hippocampal neurons 71 GLUT4 71 Amino acid 71 acetylcholine receptor 71 bone morphogenetic protein 71 lipoxygenase 70 amyloid β 70 GATA3 70 PC# cells 70 melanocyte 70 TRPV3 70 WT1 70 serine proteases 70 homodimers 70 Angiotensin II 70 dephosphorylation 70 oncogenic transformation 70 lung epithelium 70 nicotinic acetylcholine receptor 70 C1q 70 ceramide 70 micro RNAs 70 pleiotropic 70 FKBP# 70 C5aR 70 NMDA receptor 70 CCR7 70 miR #a [002] 70 macrophage colony stimulating 70 hepatoma 70 cholesterol homeostasis 70 RAR beta 70 CD#c 70 TLR3 70 tumor suppressor protein 70 osteoblastic 70 superoxide dismutase 70 PDGFR alpha 70 HER2 receptor 70 Wnt signaling pathway 70 Htt 70 5 HT1A 70 GRP# 70 exocytosis 70 eIF4E 70 CD4 + T lymphocytes 70 lymphangiogenesis 70 cytokine IL 70 matrix metalloproteinases 70 adrenoceptor 70 EZH2 70 T lymphocyte 70 glutamate receptors 70 Overexpression 70 JAK2 enzyme 70 serpin 70 Rac1 70 leukocyte adhesion 70 upregulating 70 NF kappaB 70 lymphotoxin 70 matrix metalloproteinase 70 chondrocyte 70 CCL5 70 dimeric 70 actin polymerization 70 EGFR protein 70 Mcl 1 70 Treg cell 70 Th1 70 #HT#A 70 pro inflammatory cytokine 70 podocyte 70 SMAD4 70 oxidative phosphorylation 70 fatty acid synthase 70 humoral immunity 70 vasodilatory 70 pDC 70 c Fos 70 Dpp 70 caspase activation 70 Upregulation 70 colony stimulating factor 70 SGK1 70 hepatic glucose production 70 cytokines IL 70 hydrolase 70 p#/CBP 70 epithelia 70 Kv#.# 70 synapse formation 70 IGF1R 70 dynamin 70 P cadherin 70 MDM2 70 chitinase 70 cardiac fibroblasts 70 MAPK 70 gut mucosa 70 SH2 B 70 secretory 70 HER2 neu 70 ERK activation 70 immunoregulatory 70 frataxin 70 myeloid cells 70 gastrin 70 PGC 1α 70 upregulates 70 N cadherin 70 ChR2 70 potent inhibition 70 RANKL 70 Wnt pathway 70 Th2 immune 70 neuromuscular junction 70 HER2 receptors 70 Smoothened 70 ciliary neurotrophic factor 70 PGC1 70 coexpression 70 IFN g 70 granzyme B 70 estrogen receptor beta 70 BCL#A 70 effector memory 70 overactivation 70 LTB4 70 neurotransmitter GABA 70 pDCs 70 lytic 70 PTP 1B 70 NADPH oxidase 70 transactivation 70 phosphate S1P 70 receptor activation 70 induced apoptosis 70 adenosine receptors 70 oncomodulin 70 posttranslational modification 70 triphosphate 70 Th# cells 70 esterase 70 cytosolic 70 polyamine 70 phosphatases 70 hepatocyte growth 70 RANK Ligand 70 PDGF receptor 70 NRG1 70 receptor gene 70 VEGF vascular endothelial 70 apoE 70 mesenchymal cell 70 PDGF B 70 mice lacking 70 leptin receptor 70 GRK2 70 BMP2 70 mutant protein 70 serotonin synthesis 70 transgenic mice expressing 70 nitric oxide synthase NOS 70 tumor antigen 70 HPA axis 70 protein phosphatase 70 beta1 integrin 70 MIF protein 70 #S proteasome 70 cytokine receptor 70 PDGF BB 70 Pten 70 Ras pathway 70 Th# 70 FoxO1 70 LPA1 receptor 70 GABAergic interneurons 70 adenylate cyclase 70 miR #a [001] 70 palmitate 70 metabolic enzymes 70 Endothelin 70 transcriptionally 70 cytochrome c 70 plasma kallikrein 70 enterocytes 70 cAMP 70 hexose 70 CB1 receptors 70 monocytes macrophages 70 PKC isoforms 70 subcellular localization 70 PU.1 70 pyrimidines 70 degranulation 70 intra tumoral 70 dehydrogenase 70 cytokine secretion 70 adipocyte differentiation 69 brain derived neurotrophic 69 secreted protein 69 fatty acid synthesis 69 HSF1 69 Th2 cytokines 69 leukocyte recruitment 69 vascular permeability 69 p# mutations 69 proteinase 69 STAT4 69 BACE1 69 nitrotyrosine 69 myofibroblast 69 E1A 69 adipokines 69 antiproliferative effects 69 Sp1 69 transfected cells 69 RANTES 69 PTEN protein 69 glucokinase 69 tumor suppressor p# 69 umbilical vein 69 Aâ 69 antibody mediated 69 Aurora kinase 69 downregulate 69 cyclic adenosine monophosphate cAMP 69 SUMOylation 69 metalloproteases 69 adrenocortical 69 innate immune response 69 alveolar macrophages 69 MAP kinases 69 PPARgamma 69 cardiac myocytes 69 SOD1 69 lymphoid cells 69 utrophin 69 SGLT1 69 CD#b 69 glomerular 69 kinase pathway 69 constitutively expressed 69 chromatin remodeling 69 TLE3 69 PECAM 1 69 Prox1 69 retinoic acid 69 p# MAP kinase 69 Wnt 69 intercellular adhesion molecule 69 mTOR signaling 69 naturally occurring molecule 69 pathophysiological effects 69 XBP 1 69 opioid receptor 69 aldose reductase 69 hypoxia inducible factor 69 stromal cells 69 glucocorticoid 69 interleukins 69 cofactor 69 osteocalcin 69 CaM kinase II 69 flavin 69 PKM2 69 ß amyloid 69 lysophosphatidic acid 69 Sirt1 69 catalase 69 Wnt beta catenin 69 cellular prion protein 69 Histone 69 toxic beta amyloid 69 signaling cascades 69 hydrolases 69 osteogenic differentiation 69 CGRP 69 transgenic rats 69 N acetyl 69 PPAR alpha 69 Treg cells 69 c myc gene 69 ligand induced 69 COX enzymes 69 BCL2 69 plasmin 69 NPD1 69 tyrosine kinase 69 telomerase reverse transcriptase 69 prostaglandin E 69 DNA demethylation 69 Tissue Factor 69 malonyl CoA 69 collagens 69 Rho kinase 69 CXCR2 69 GPx 69 Nrf2 69 reductase 69 fibrillin 1 69 HBx 69 IGFBP7 69 macrophage infiltration 69 Cytotoxic T 69 metalloproteinase 69 transmembrane receptor 69 CYP#B# 69 cytokeratin 69 adenosine diphosphate ADP 69 syntaxin 69 homodimer 69 hypermethylation 69 Alu RNA 69 plasminogen activator inhibitor 69 phosphorylate 69 cytokine 69 receptor inhibitor 69 p# alpha [001] 69 β 69 effector cells 69 guanine nucleotide exchange 69 intercellular signaling 69 cyclin dependent kinase inhibitor 69 colorectal tumor 69 Stromal 69 endogenous ligands 69 Monocyte 69 N methyl 69 mTOR mammalian target 69 microRNA miR 69 hypothalamic pituitary adrenal axis 69 NMDAR 69 caveolae 69 CCN2 69 receptor subtype 69 FOXO3a 69 peptide hormone 69 DMT1 69 carcinoembryonic antigen 69 CCL# 69 lymphoid 69 T#M 69 apoptosis inducing 69 adipokine 69 muscarinic 69 ERK5 69 glycolipids 69 GABAergic neurons 69 glioblastoma cells 69 claudin 69 apoE4 69 PIP2 69 LDLR 69 cyclin B1 69 S#A# [002] 69 Src 69 OGG1 69 Fibroblast Growth Factor 69 CatB 69 amyloid peptide 69 Aß 69 SGLT2 69 NQO1 69 phosphorylated tau 69 Vps# 69 neurotrophin 69 replicase 69 histone deacetylases 69 phagocyte 69 Skp2 69 metalloprotease 69 chemoattractant 69 Cathepsin B 69 prostate epithelial cells 69 intracellularly 69 Fc receptors 69 phosphatidylserine 69 receptor protein 69 IL #E 69 RAS RAF MEK 69 fibroblast cells 69 cytochrome c oxidase 69 cyclooxygenase 69 Caspase 69 Clusterin 69 bradykinin 69 POMC neurons 69 matrix metalloproteinases MMPs 69 Protein Kinase C 69 mRNA encoding 69 transmembrane protein 69 TMEM#B 69 thrombospondin 69 myo inositol 69 Pdx1 69 angiogenic 69 prostanoid 69 PrP 69 glucan 69 downstream effector 69 sortilin 69 lysyl oxidase 69 neurturin 69 protein tyrosine phosphatase 1B 69 ubiquitin ligase 69 serine threonine kinase 69 proteosome 69 Dysregulation 69 vasodilatation 69 Catenin 69 CD# expression [001] 69 ErbB2 69 epithelial barrier 69 calcium homeostasis 69 HbF 69 epithelial mesenchymal transition 69 downregulates 69 excitatory neurotransmitter glutamate 69 Aromatase 69 substrate specificity 69 GABAergic 69 ErbB4 69 inverse agonist 69 protein fragment 69 monomeric 69 splenocytes 69 hormone secretion 69 cultured neurons 69 6S RNA 69 NR2B subunit 69 Angiotensin converting enzyme 69 casein kinase 69 Eg5 69 microRNAs miRNAs 69 pro apoptotic 69 IL #R 69 allergic inflammation 68 growth hormone secretion 68 MMP# 68 Platelet Derived Growth 68 osteoprotegerin 68 TRAF6 68 cofilin 68 Kupffer cells 68 Hypoxia Inducible Factor 68 intestinal absorption 68 malignant prostate 68 Cdc# 68 LRAT 68 protein CETP 68 basophils 68 antitumor efficacy 68 cellular metabolism 68 SIRT3 68 nucleolin 68 myogenesis 68 follistatin 68 LNCaP cells 68 peptide antigens 68 NFAT 68 leucine zipper 68 ERK2 68 hedgehog signaling 68 neurotrophic factor 68 glycoprotein 68 cytochrome P 68 PKC delta 68 morphogen 68 CD4 + CD# 68 CTLA 4 68 cPLA2 68 demethylase 68 PARP1 68 glucocorticoid receptors 68 apoptotic pathway 68 Adiponectin 68 beta arrestin 68 oxidized LDL 68 lung epithelial cells 68 somatostatin receptors 68 metabolizing enzyme 68 mTOR signaling pathway 68 gastric mucosa 68 polyamines 68 gene p# 68 Neuropeptide Y 68 antiproliferative activity 68 RANK ligand 68 epithelial cells lining 68 genotoxic stress 68 leukocyte 68 tryptase 68 synovial cells 68 CPEB 68 mineralocorticoid 68 estrone 68 VEGF expression 68 aminopeptidase 68 TET2 68 ATPase 68 proinflammatory mediators 68 phosphoinositide 68 receptor subtypes 68 potentiation 68 alternatively spliced 68 basolateral 68 pyrimidine 68 MnSOD 68 mRNA translation 68 globin 68 pigment epithelium derived 68 CD# ligand 68 CCR3 68 Flt3 68 aldehyde dehydrogenase 68 Smad 68 Pin1 68 Androgen receptor 68 FGF signaling 68 CB1 receptor 68 PP2A 68 glycolytic 68 intestinal mucosa 68 HIF1 alpha 68 histone H3 68 oncogenic 68 fibroblast 68 Signaling Pathway 68 motoneurons 68 peroxidase 68 apical membrane 68 NR#A# 68 cytidine 68 mitochondrial respiration 68 aromatase 68 superoxide dismutase SOD 68 decarboxylase 68 potent inducer 68 Th2 responses 68 avidin 68 galectins 68 PTP1B 68 pituitary hormone 68 heme oxygenase 68 enzyme phosphodiesterase 68 E. faecalis 68 CB2 receptor