Related by context. All words. (Click for frequent words.) 78 TNFalpha 78 TIMP 78 immunoreactivity 77 ERK1 2 76 immunostaining 76 IL 1beta 76 transgene expression 76 ERalpha 76 constitutively expressed 75 miRNA expression 75 overexpression 75 IL 1ß 75 HepG2 cells 75 microglial 75 cell adhesion molecule 75 HIF 1alpha 75 ERBB2 74 IFN gamma 74 mitogen activated protein kinase 74 H#K#me# 74 tyrosine phosphorylation 74 miR #a [001] 74 PDGFR 74 GSTP1 74 downregulated 74 lymph node metastasis 74 triacylglycerol 74 Overexpression 74 serum concentrations 74 Rab5 74 microglial activation 73 proapoptotic 73 isoenzyme 73 induced apoptosis 73 transduced 73 IGFBP 73 phospho 73 TIMP 1 73 Clusterin 73 caveolin 1 73 CagA 73 proto oncogene 73 IL #p# 73 eNOS 73 peripheral blood mononuclear 73 PTPN# 73 cytokeratin 73 FGFR3 73 carcinoembryonic antigen 73 FasL 73 RRM1 73 subcellular localization 73 VEGF expression 73 Immunohistochemical analysis 73 Ki# 73 hypermethylation 73 gene polymorphisms 73 ERK signaling 73 deacetylation 72 TGF beta1 72 #ß 72 phosphorylated 72 lactate dehydrogenase 72 glomerular 72 caveolin 72 ß catenin 72 dephosphorylation 72 transfected 72 isoforms 72 hydroxylase 72 matrix metalloproteinase 72 p#Kip# 72 downregulation 72 prostaglandin E 72 GLI1 72 serum cortisol 72 rs# [004] 72 promoter methylation 72 CD#b 72 uPAR 72 β 72 histone acetylation 72 p# MAPK 72 p# activation 72 c MYC 72 inducible nitric oxide synthase 72 rs# [001] 72 constitutively active 72 adipogenic 72 extracellular signal 72 striatal 72 antiapoptotic 72 activin 72 upregulated 72 CEACAM1 72 TGF ß 72 VEGF receptor 71 Kupffer cells 71 receptor subtypes 71 autophagic 71 catenin 71 Lp PLA 2 71 adrenocortical 71 interleukin IL -6 71 μmol L 71 serine threonine 71 Phosphorylation 71 S#A# [002] 71 LPS induced 71 vimentin 71 H#K# [002] 71 cAMP 71 cytosolic 71 isoprostane 71 Rap1 71 iNOS 71 isoform 71 BMP signaling 71 LNCaP cells 71 homodimers 71 PON1 71 immunoreactive 71 MAPK 71 TNF α 71 PTHrP 71 MLH1 71 heterozygotes 71 FGFR4 71 P cadherin 71 IL 1β 71 androgen receptor AR 71 rs# [002] 71 somatostatin 71 nitrotyrosine 71 Gln 71 lipoxygenase 71 inhibitory effects 71 alveolar epithelial cells 71 transcriptional regulation 71 contractility 71 fluorescence intensity 71 alkaline phosphatase 71 lactate dehydrogenase LDH 71 proteolysis 71 pDC 71 serum PTH 71 ACh 71 regulated kinase ERK 71 upregulation 71 immunoblotting 70 dose dependently 70 Supplementary Fig 70 substrate specificity 70 transgenic mice expressing 70 β catenin 70 regulated kinase 70 heterodimers 70 COL#A# 70 nM 70 coexpression 70 intact parathyroid hormone 70 splenocytes 70 overexpressing 70 proximal tubule 70 phosphatase 70 tryptase 70 HPA axis 70 hypothalamic pituitary 70 ß1 70 transfected cells 70 monocyte chemoattractant protein 70 serum albumin 70 clusterin 70 tumorigenicity 70 FDG uptake 70 CD# expression [001] 70 beta subunit 70 estrogen receptor alpha 70 PBMCs 70 thioredoxin 70 Aβ 70 P2X 70 β1 70 transactivation 70 MAPK pathway 70 phosphatidylinositol 70 osteocalcin 70 MAP kinase 70 Upregulation 70 ^ sup #m 70 homozygotes 70 splice variants 70 lymphangiogenesis 70 STAT1 70 dehydrogenase 70 rCBF 70 macrophage infiltration 70 thyrotropin 70 monocyte 70 gene polymorphism 70 gene expression 70 TGF β 70 Mutational 70 DNMT1 70 KLF4 70 E#F# 70 IGFBP 3 70 polyamine 70 epithelia 70 Aß 70 microRNA expression 70 GH secretion 70 IFN γ 70 FGF2 70 astrocytic 70 BCL2 70 Macrophage 70 PHD2 70 phosphoprotein 70 GAPDH 70 hypomethylation 70 transcriptional activation 70 neurite outgrowth 70 methylation patterns 70 syngeneic 70 Akt activation 70 interferon γ 70 retinol binding protein 70 steroidogenic 70 CXCL# 70 radiosensitivity 70 RhoA 70 thyroglobulin 70 E selectin 70 LRP6 70 1alpha 70 monocyte chemotactic protein 70 phosphatidylinositol 3 70 Western blotting 70 hTERT 70 serine protease 70 amino terminal 70 rs# [003] 70 1beta 70 sFlt 1 70 mitogenic 70 elastase 70 leukocyte 70 binding affinity 70 thrombospondin 70 Supplemental Figure 70 neuronal differentiation 70 receptor subtype 70 HIF 1a 69 Notch1 69 tyrosine hydroxylase 69 induces apoptosis 69 E cadherin expression 69 phenotype 69 endothelial nitric oxide synthase 69 Dysregulation 69 plasminogen activator inhibitor 69 wildtype 69 urinary excretion 69 MnSOD 69 steroidogenesis 69 histone modifications 69 mediated inhibition 69 protein tyrosine phosphatase 69 WT1 69 muscarinic receptors 69 NKG2D 69 triiodothyronine 69 PU.1 69 VE cadherin 69 presynaptic 69 EphB4 69 ENaC 69 missense mutations 69 phosphorylation 69 constitutively 69 Fig. 1A 69 osteoblast 69 Sgk1 69 functional polymorphism 69 inhibin B 69 overexpressing cells 69 HER2 expression 69 overexpressed 69 microsomal 69 plasma leptin 69 TGF ß1 69 β amyloid 69 ERa 69 adrenergic receptors 69 cells transfected 69 inflammatory cytokine 69 aggrecan 69 69 histologically 69 ERK activation 69 pro angiogenic 69 immunohistochemical staining 69 Bcl XL 69 CD1d 69 gene expression patterns 69 claudin 69 cyclooxygenase COX 69 c Fos 69 melanocyte 69 HIF 1α 69 mRNA 69 apolipoprotein B 69 PC# cells 69 1α 69 p# Shc 69 receptor kinase 69 proteoglycan 69 vWF 69 acyl CoA 69 leukocyte counts 69 GPx 69 mesangial 69 5 hydroxytryptamine 69 MDM2 69 cellularity 69 P selectin 69 cyclic AMP cAMP 69 Fig. 3b 69 survivin 69 MyoD 69 adrenal cortex 69 receptor tyrosine kinase 69 mediated apoptosis 69 LDL receptor 69 microvessel density 69 cathepsin B 69 Smad3 69 bronchial epithelial cells 69 PIK3CA 69 phosphorylates 69 Tie2 69 immunohistochemical 69 null mice 69 colorectal carcinoma 69 CTGF 69 Leydig cell 69 uM 69 Elevated serum 69 IL6 69 oncogenic transformation 69 metabolite concentrations 69 c myc 69 allelic 69 SIRT2 69 TOP2A gene 69 acyltransferase 69 hypothalamic 69 cyclin E 69 circadian genes 69 MMP2 69 albumin excretion rate 69 transcriptionally 69 adrenoceptor 69 TNFa 69 Foxp3 69 RANKL 69 MMP# 69 airway hyperresponsiveness 69 isotypes 68 ABCB1 68 Cathepsin B 68 AMACR 68 cystatin 68 colocalization 68 transthyretin 68 serine threonine kinase 68 AT1R 68 μg ml 68 tropomyosin 68 cytochrome c oxidase 68 receptor gene 68 CD3 + 68 apolipoproteins 68 intracellular signaling 68 myo inositol 68 enzymatic activity 68 transcriptional repressor 68 tumorigenesis 68 cytochrome 68 ErbB2 68 eotaxin 68 microRNA miR 68 PCa 68 tHcy 68 alkaline phosphatase ALP 68 MTHFR 68 #β estradiol 68 lymphoid 68 RANTES 68 vascular endothelial cells 68 vascular endothelial 68 nAChRs 68 murine 68 neoplastic 68 upregulates 68 leptin receptor 68 proinflammatory mediators 68 ERK phosphorylation 68 orthologs 68 p#NTR 68 GRP# 68 plasmacytoid 68 haematopoietic 68 cystatin C 68 VCAM 1 68 HGPIN 68 proteolytic cleavage 68 cyclooxygenase 2 68 hypoxia inducible factor 68 EGFP 68 K + ATPase 68 intercellular adhesion molecule 68 paracrine 68 CD8 + 68 5alpha reductase 68 endothelial cell 68 CD# + [001] 68 procollagen 68 genes encoding 68 MDR1 68 leukemic cell 68 Polymorphisms 68 estrogen receptor beta 68 TRAIL induced apoptosis 68 PPARg 68 VEGFR1 68 adipocyte 68 protein tyrosine kinase 68 polycystin 68 immunohistochemical analysis 68 μM 68 transmembrane 68 lymphovascular invasion 68 ABL1 68 ERK1 68 umbilical vein 68 adenylate cyclase 68 annexin V 68 hydrolase 68 apoE 68 myeloperoxidase 68 glucocorticoid receptor 68 SGPT 68 IFN α 68 CYP#B# 68 kinase pathway 68 Caveolin 1 68 methyltransferase 68 FKBP# 68 Nedd4 68 histone H3 68 RASSF1A 68 db db mice 68 plasma lipid 68 VEGFR2 68 PI3K Akt 68 amyloid β 68 IgG antibody 68 transmembrane protein 68 alanine aminotransferase 68 hepatic glucose production 68 autocrine 68 p# mitogen activated 68 phospholipase 68 MMP9 68 BMAL1 68 lymphoid cells 68 c MET 68 quantitative RT PCR 68 hepatocyte growth 68 p# p# 68 SOCS3 68 PGE2 68 Vps# 68 ectopic expression 68 ribosomal protein 68 TMPRSS2 ERG 68 inducible 68 JNK1 68 CaM 68 decarboxylase 68 platelet activation 68 alanine aminotransferase ALT 68 t# c# CLA 68 hepatic lipase 68 apo AI 68 serotonin receptor 68 mitochondrial respiration 68 Wnt signaling 68 antiproliferative activity 68 HDAC2 68 malondialdehyde 68 homodimer 68 Kv#.# 68 urothelial 68 calcium homeostasis 68 Jhdm2a 68 Runx2 68 deoxy 68 pmol L 68 amino acid substitutions 68 acinar 68 CD# expression [002] 68 isomerase 68 TCF#L# 68 TOP2A 68 cAMP signaling 68 creatinine ratio 68 hamartomas 68 catabolism 68 TGFß 68 mice lacking 68 casein kinase 68 activating mutations 68 methylated DNA 68 MEK1 68 prostate epithelial cells 68 neurofilament 68 bcl 2 68 CD4 + CD# 68 hepatoma 68 myocytes 68 micronuclei 68 effector function 68 SLC#A# [002] 68 histone deacetylases 68 striatal dopamine 68 adhesion molecule 68 extracellular domain 68 transiently transfected 67 trophoblast cells 67 GSTT1 67 metalloproteinase 67 SNP rs# [001] 67 fasting plasma 67 glucose homeostasis 67 endothelial activation 67 pRb 67 prostate carcinoma 67 agonist induced 67 overactivation 67 induced phosphorylation 67 ESR1 67 glutamatergic 67 dinucleotide 67 STAT4 67 Ca2 + 67 Oncogenic 67 N acetylaspartate 67 mononuclear 67 estrone 67 plasma lipids 67 neuropilin 67 beta1 integrin 67 DNA methylation patterns 67 adipokines 67 γ 67 cytokine secretion 67 kDa protein 67 Activating mutations 67 upregulating 67 oxidase 67 5 HT1A 67 HER2 HER2 67 xenograft tumors 67 4E BP1 67 Angiotensin converting enzyme 67 exocytosis 67 potent inhibition 67 aberrantly activated 67 hypothalamic pituitary adrenal axis 67 methylation 67 Cyclin E 67 cyclin dependent kinase inhibitor 67 M1 muscarinic 67 phosphate S1P 67 HLA DR 67 qRT PCR 67 Rho GTPase 67 mutational status 67 serum triglycerides 67 beta catenin 67 differential gene expression 67 heparanase 67 NFκB 67 c Src 67 enolase 67 fatty acid oxidation 67 serum prostate 67 virulence genes 67 IgG4 67 phosphate dehydrogenase 67 estrogen receptor 67 lysine residues 67 sequence homology 67 synthase 67 phosphatases 67 proinflammatory cytokine 67 hemoglobin Hb 67 receptor activation 67 cytokine IL 67 LTB4 67 apoA 67 opioid receptor 67 CatB 67 inhibin 67 Cystatin C 67 proinflammatory cytokines 67 Akt 67 histopathological 67 V#F mutation 67 receptor binding 67 ERK pathway 67 phosphorylated tau 67 reductase 67 BRAF V#E 67 protein kinase C 67 FLT3 67 leptin concentrations 67 phosphorylase 67 Histone 67 glucose uptake 67 plasma folate 67 myofibroblast 67 Flt3 67 CXCR4 expression 67 ligand receptor 67 cyclin D1 67 glucocorticoid 67 TGF β1 67 proinflammatory 67 occludin 67 prostaglandin E2 PGE2 67 contractile function 67 serotonin synthesis 67 miR #a [002] 67 methylenetetrahydrofolate reductase 67 EAAT2 67 glucose transporter 67 GFAP 67 p tau 67 inhibitory effect 67 miR# 67 LRP5 67 selective inhibition 67 paralogs 67 platelet aggregation 67 AhR 67 Th1 67 Immunohistochemical staining 67 neuropeptide Y 67 metabolic parameters 67 malondialdehyde MDA 67 CpG 67 erythrocyte 67 vasodilatation 67 PAX5 67 glutamyl 67 PTH secretion 67 hypermethylated 67 hepatocellular carcinomas 67 hENT1 67 phosphoinositide 67 inhibitory activity 67 PC3 cells 67 arachidonic acid AA 67 Catenin 67 polymorphisms 67 erythroid 67 thymidylate synthase TS 67 peroxidase 67 circadian clock genes 67 GLUT4 67 miR #b [001] 67 selective agonist 67 mTOR signaling 67 locomotor activity 67 p# mutation 67 inhibitory receptor 67 differentially regulated 67 xenograft models 67 COX2 67 immunofluorescence 67 pro inflammatory cytokine 67 anti inflammatory cytokine 67 Hcy 67 uPA 67 Fas ligand 67 TMEM#B 67 basolateral 67 CYP#A# [002] 67 Hypoxia Inducible Factor 67 gene amplification 67 erythropoiesis 67 nitric oxide synthase 67 breast carcinoma 67 IGF IR 67 PEDF 67 cytokines IL 67 eIF4E 67 Rac1 67 intima media thickness 67 PSADT 67 tocopherol 67 Hcrt 67 motoneurons 67 melatonin receptor 67 ER alpha 67 stably transfected 67 cytoplasmic 67 FGFR1 67 colony stimulating factor 67 acetylcholine receptor 67 supernatants 67 cTnI 67 ß amyloid 67 receptor gamma 67 nAChR 67 BMP2 67 lymphocyte counts 67 bone resorption 67 IGF 1R 67 aromatase 67 HOTAIR 67 tau phosphorylation 67 beta amyloid peptide 67 inhibitory 67 chemoattractant 67 BACE1 67 STAT3 67 oncogenic 67 HER2 HER3 66 secreted protein 66 tumor suppressor protein 66 coding genes 66 papillary RCC 66 fig. S1 66 dimerization 66 fibroblast 66 matrix metalloproteinases 66 oncoprotein 66 constitutively activated 66 adenosine diphosphate ADP 66 myofibroblasts 66 T2 weighted images 66 cytokine interleukin 66 androgen dependent 66 Fig. 1C 66 MDA MB 66 NFkB 66 factor HGF 66 sarcomatoid 66 5 HT2C receptor 66 homolog 66 thyroid carcinoma 66 ouabain 66 mucinous 66 constitutive activation 66 Supplementary Table 66 bioavailable testosterone 66 plasma fibrinogen 66 CD# + [002] 66 MTT assay 66 Androgen receptor 66 Sp1 66 mol L 66 GSTM1 66 germline mutations 66 exon 66 STAT3 activation 66 APOC3 66 JAK2 enzyme 66 coactivator 66 Dpp 66 pyrimidine 66 multivariable analysis 66 immunofluorescence microscopy 66 NADPH 66 paxillin 66 1ß 66 NKX#.# 66 nmol 66 interleukin IL 66 #p#.# [002] 66 antioxidant enzyme 66 MSH2 66 ubiquitylation 66 acetylation 66 cholecystokinin CCK 66 RUNX3 66 adducts 66 palmitate 66 cyclooxygenase 66 TNFα 66 glucuronide 66 Prolactin 66 sitosterol 66 Serum concentrations 66 prognostic significance 66 HDAC6 66 lymphocyte activation 66 breast carcinomas 66 isoenzymes 66 serum TSH 66 postsynaptic 66 N acetyl 66 glutamic acid decarboxylase 66 rRNA 66 anterior pituitary 66 hormone secretion 66 E cadherin 66 apo B 66 plasma pharmacokinetics 66 operon 66 c fos 66 adipogenesis 66 gene expression profiles 66 chemokine receptor 66 natriuretic peptides 66 acetylated 66 urothelium 66 eosinophil count 66 glutathione GSH 66 xenografts 66 cytokine 66 gastric mucosa 66 induce apoptosis 66 PGC 1α 66 amyloid deposition 66 ovarian carcinoma 66 carboxyl terminal 66 nanomolar 66 differentially expressed genes 66 Hedgehog signaling 66 Foxp3 + 66 SMAD4 66 prolyl 66 NFAT 66 intracellular Ca 2 66 ALDH 66 NAD + 66 pro apoptotic 66 Eg5 66 cell adhesion molecules 66 Sirt1 66 HbF 66 progesterone receptor PR 66 NF kappaB activation 66 Tubulin 66 alpha synuclein protein 66 cytokine receptor 66 EGF receptors 66 CpG island 66 bFGF 66 gene encoding 66 Th2 66 thyroid stimulating hormone 66 ERCC1 66 Cx# [001] 66 adiponectin concentrations 66 neovascularization 66 Pgp 66 WNK1 66 CD#c 66 pDCs 66 alternatively spliced 66 Heterozygous 66 Bcl xL 66 mineralocorticoid 66 cofilin 66 cyclin dependent kinase 66 lyase 66 CYP# [002] 66 Secretase 66 MT1 MMP 66 autoregulation 66 CD# CD# 66 transferrin receptor 66 glycosylated 66 proline 66 defensin 66 hepatocyte 66 proteolytic 66 LRAT 66 integrin expression 66 murine model 66 lysosomal 66 hyperplastic 66 hippocampal neurons 66 ^ sup 66 gene locus 66 PTEN protein 66 glycolytic 66 UCP2 66 GlcNAc 66 oligomerization 66 ^ Tc 66 ncRNAs 66 glucokinase 66 SSc 66 #p# [003] 66 RBP4 66 PKC isoforms 66 GLUT1 66 ABCA1 66 nicotinamide 66 downregulates 66 valine 66 VEGFR 66 procaspase 3 66 antigenic epitopes 66 TAp# 66 K ras mutations 66 CCR9 66 TSP1 66 pathophysiological effects 66 deficient mice 66 mesothelin 66 interleukin IL -# 66 JAK2 66 apoptotic cells 66 antitumor efficacy 66 mononuclear cells 66 Plasma concentrations 66 monocytic 66 binding affinities 66 CCL2 66 serum lipid 66 urothelial carcinoma 66 mRNA encoding 66 UCP1 66 Protein Kinase C 66 p# alpha [001] 66 bronchoalveolar lavage fluid 66 Leydig cells 66 morphogen 66 chemosensitivity 66 Inhibin B 66 transferase 66 calpain 66 glycosyltransferase 66 N cadherin 66 Fig. 3a 66 laminin 66 TNF alpha IL 66 TGF alpha 66 TP# mutations 66 ultrastructural 66 bile acid 66 serum leptin 66 PDE#A 66 SNP rs# [002] 66 catecholamine 66 thymidine 66 potently inhibited 66 phagocytosis 66 transcriptional activity 66 glycosylation 66 TET2 66 GluR1 66 endogenous 66 Fig. 1D 66 ATPase 66 mimetic peptide 66 Amino acid 66 activating mutation 66 ubiquitinated 66 metabolizing enzymes 66 selectively inhibited 66 leukocyte infiltration 66 pulmonary metastases 66 μ opioid receptor 66 TUNEL 66 cisplatin resistant 66 RIP1 66 nucleated cells 66 PKC beta 65 mRNAs 65 breast epithelial cells 65 transcription factor 65 intestinal permeability 65 KCNE2 65 cytotoxicity 65 F actin 65 anti inflammatory cytokines 65 ApoB 65 antisense inhibition 65 HMG CoA reductase