Related by context. All words. (Click for frequent words.) 77 hepatic glucose production 76 endothelial nitric oxide synthase 76 mitochondrial biogenesis 76 eNOS 75 elastase 75 fibrin deposition 75 antioxidant enzyme 75 triacylglycerol 75 UCP1 75 TGF ß 75 catabolism 75 inducible nitric oxide synthase 75 nitric oxide synthase 75 autophagic 74 platelet activation 74 proteoglycan 74 renal fibrosis 74 lipogenesis 74 adipocyte 74 collagen synthesis 74 leptin signaling 74 vascular endothelial 74 microglial activation 74 vasodilatation 74 activin 73 ERK1 2 73 osteoblast 73 frataxin 73 prostaglandin E2 73 intestinal epithelium 73 endothelial nitric oxide 73 adipogenesis 73 atherogenesis 73 ERK signaling 73 iNOS 73 thyrotropin 73 intestinal absorption 73 IL 1beta 73 cyclic AMP cAMP 73 LTB4 73 proinflammatory cytokines 72 carbohydrate metabolism 72 microglial 72 estrogen metabolism 72 TGF ß1 72 prostaglandin synthesis 72 serotonin synthesis 72 VEGF expression 72 neovascularization 72 p#Kip# 72 caspase activation 72 macrophage infiltration 72 amyloid β 72 reductase 72 HPA axis 72 heme oxygenase 1 72 PPAR γ 72 fat oxidation 72 collagen degradation 72 cholesterol homeostasis 72 TGF b 72 PTH secretion 72 cholecystokinin CCK 72 calcium excretion 72 LDL receptor 71 plasminogen activator inhibitor 71 ferroportin 71 p#NTR 71 UCP2 71 RIP1 71 Angiotensin II 71 transcriptional repressor 71 Nicotinamide 71 motor neuron degeneration 71 Th1 type 71 mitochondrial enzyme 71 acetylcholine neurotransmitter 71 vWF 71 antiapoptotic 71 extracellular dopamine 71 thromboxane A2 71 Aâ 71 ApoA1 71 myo inositol 71 adrenal cortex 71 spermidine 71 HDAC2 71 neurotrophic 71 natriuresis 71 excitotoxic 71 extracellular calcium 71 ß amyloid 71 satiety hormone 71 muscarinic receptors 71 HIF 1a 71 acetylcholine receptor 71 pro angiogenic 71 systemic inflammation 71 plasma lipids 71 calcium homeostasis 71 SIRT1 protein 71 ACh 71 lipid peroxidation 71 gluconeogenesis 71 glucose homeostasis 71 coronary vasodilation 71 neurite outgrowth 71 glomerular 71 polyamine 71 Prolactin 71 dose dependently 71 IL 1ß 71 vascular permeability 71 SCD1 71 vasodilation 71 antioxidative 71 erythropoiesis 71 mitochondrial respiration 71 pro inflammatory cytokine 71 selective inhibition 71 enterolactone 71 pituitary hormone 70 endothelial activation 70 TNFa 70 eicosanoid 70 p# activation 70 nitrotyrosine 70 TGF beta1 70 palmitate 70 Thyroid hormone 70 LRP5 70 MMP2 70 transthyretin 70 arachidonic acid 70 proinflammatory 70 prostaglandin E2 PGE2 70 TGF β 70 hypothalamic 70 osteoclast formation 70 osteoclast activity 70 lymphangiogenesis 70 amyloid peptide 70 TNFalpha 70 urinary excretion 70 endotoxemia 70 overactivation 70 adipose cells 70 upregulates 70 growth hormone secretion 70 acinar 70 basic fibroblast 70 podocytes 70 thermogenesis 70 pressure natriuresis 70 metabolizing enzyme 70 FasL 70 proteolysis 70 hyperactivated 70 IL6 70 CEACAM1 70 ferulic acid 70 redox active 70 oncomodulin 70 peroxynitrite 70 prostanoids 70 Aldosterone 70 factor PlGF 70 gastric motility 70 lipid oxidation 70 lowers blood glucose 70 cyclic AMP 70 MEK ERK 70 SGLT1 70 hormone adiponectin 70 Smad3 70 E selectin 70 toxic beta amyloid 70 fatty acid synthesis 70 NFkappaB 70 lung epithelium 70 Elevated serum 70 excitatory neurotransmitter glutamate 70 benfotiamine 70 apoptotic pathway 70 proinflammatory cytokine 70 lipid synthesis 70 Fas ligand 70 STAT3 signaling 70 peroxidation 70 aldehyde dehydrogenase 70 IL 1β 70 myofibroblast 70 tau phosphorylation 70 BMP signaling 70 caveolin 1 70 antioxidant enzymes 70 ERa 70 glycogen metabolism 70 S6K 70 malonyl CoA 70 acyl CoA 70 glucose uptake 69 FGF2 69 Hepcidin 69 deacetylation 69 contractile function 69 NPY expression 69 TORC2 69 nephron 69 HMG CoA reductase 69 arachidonic acid AA 69 β catenin 69 toxic amyloid beta 69 serotonin reuptake 69 adipogenic 69 endoplasmic reticulum stress 69 PGE2 69 fatty acid metabolism 69 hormone secretion 69 anti inflammatory cytokine 69 xanthine 69 goblet cells 69 renal tubular 69 ketone bodies 69 antioxidant glutathione 69 naturally occurring amino acid 69 synovial cells 69 Oxidative stress 69 adiponectin hormone 69 ectopic expression 69 fibrogenesis 69 prostanoid 69 adrenocortical 69 neuronal signaling 69 hormone aldosterone 69 myogenesis 69 acetyl L carnitine 69 CYP #A# 69 osteocalcin 69 Clusterin 69 metabolizing enzymes 69 HepG2 cells 69 cholesterol biosynthesis 69 palmitoleate 69 ABCA1 69 RANK Ligand 69 Fatty acid 69 lipoprotein lipase 69 mevalonate 69 galanin 69 serine proteases 69 aminobutyric acid 69 allergic inflammation 69 dephosphorylation 69 transgene expression 69 aldosterone hormone 69 intimal hyperplasia 69 ADAMTS# 69 cyclic adenosine monophosphate cAMP 69 KLF2 69 γ secretase 69 oxidant stress 69 caveolin 69 intracellular accumulation 69 tryptase 69 PTHrP 69 tyrosine hydroxylase 69 leptin receptor 69 ERK activation 69 myofibroblasts 69 vascular reactivity 69 inflammatory cytokine 69 PKC beta 69 cyclooxygenase 69 posttranslational modification 69 contractility 69 carbohydrate absorption 69 myocyte 69 autocrine 69 PHD2 69 endogenous glucose 69 peroxisomal 69 POMC neurons 69 diabetic rats 69 c MYC 69 beta amyloid peptide 69 NQO1 69 vascular inflammation 69 oncogenic transformation 69 brain derived neurotrophic 69 PDE1 69 beta adrenergic receptors 69 osteoprotegerin 69 glutamatergic 69 intestinal motility 69 catecholamine 69 hydroxylase 69 sFlt 1 69 adrenocorticotropic hormone ACTH 69 insulin secretion 69 secretase 69 S nitrosylation 69 serum triglycerides 69 mitogen 69 JNK1 69 proximal tubule 69 glucose transporter 69 CYP#B# 69 hyperinsulinemia 69 triiodothyronine 69 c MET 69 radiosensitivity 69 incretin 69 DMT1 69 hypothalamic pituitary 69 kainate 69 glucagon receptor 69 GLI1 69 alpha Gal 69 4E BP1 69 cardiac fibroblasts 69 Smad4 69 LPS induced 69 arginase 69 myeloperoxidase 69 TNFα 69 factor BDNF 69 effector functions 69 proteolytic 69 DGAT1 68 PEDF 68 protein kinase C 68 ERK phosphorylation 68 Runx2 68 glycosaminoglycans 68 PPARγ 68 cardiolipin 68 histone acetylation 68 mucus glands 68 agonist induced 68 glycogen synthesis 68 neuron degeneration 68 hypothalamic pituitary adrenal axis 68 interleukin IL -# 68 colorectal adenoma 68 vasodilatory 68 vessel dilation 68 improves insulin sensitivity 68 calcineurin 68 sGC 68 Adiponectin 68 FGF# 68 GluR1 68 cystic fibrosis transmembrane conductance 68 nutrient absorption 68 glycolytic 68 IL #p# 68 neurohormones 68 MAP kinase 68 cytokine signaling 68 microcirculation 68 adrenal function 68 angiotensinogen 68 haematopoietic 68 JAK2 enzyme 68 tenascin C 68 GABAergic 68 CDK5 68 Akt activation 68 apolipoprotein AI 68 GH secretion 68 paracrine 68 5 HT1A 68 mesangial 68 eicosanoids 68 cardiac myocytes 68 lipoic acid 68 adrenal hormone 68 dehydrogenase 68 polyamines 68 glucocorticoid 68 SETDB1 68 STAT4 68 AT1R 68 neurotransmitters serotonin 68 lysosomal 68 mutant huntingtin protein 68 NFκB 68 Hh pathway 68 HIF 1alpha 68 phosphorylated tau 68 prostaglandin D2 68 PDGFR 68 abnormal angiogenesis 68 EphB2 68 TSP1 68 PGC 1α 68 Akt signaling 68 Amino acid 68 telomere dysfunction 68 proapoptotic 68 cystine 68 lipofuscin 68 glucagon secretion 68 adenosine receptors 68 neuronal cell 68 NO synthase 68 pathophysiological effects 68 filaggrin 68 cell adhesion molecule 68 NF κB 68 lipoprotein metabolism 68 tyrosinase 68 adipokine 68 osteoclastic 68 lymphocyte activation 68 nitric oxide synthase NOS 68 neuroinflammatory 68 cholesterol metabolism 68 Notch signaling 68 CLA supplementation 68 SGLT2 68 intestinal permeability 68 renal excretion 68 podocyte 68 neuronal differentiation 68 vessel constriction 68 Oxidative damage 68 amyloid ß 68 naturally occurring molecule 68 #beta HSD1 68 hepatic steatosis 68 oxidized LDL 68 hormone angiotensin II 68 heme oxygenase 68 erythropoietic 68 superoxide dismutase 68 effector function 68 Hypoxia Inducible Factor 68 hepatic lipase 68 BDNF protein 68 CTGF 68 sortilin 68 serine threonine 68 inhibitory neurotransmitters 68 NR2B subunit 68 sphingolipid 68 estrone 68 GLUT1 68 HIF1 alpha 68 experimental autoimmune encephalomyelitis 68 exocrine 68 cardiac fibrosis 68 spermatogenesis 68 extracellular signal 68 HCV replication 68 Overexpression 68 adipocyte differentiation 68 Lp PLA 2 68 COX enzymes 68 protein CETP 68 plasma lipid 68 androgen hormone 68 airway hyper responsiveness 68 bone resorption 68 GRK2 68 MT1 MMP 68 cardioprotection 68 dystroglycan 68 AgRP 68 NADPH oxidase 68 Rab5 68 renal tubules 68 mTORC1 68 TGF beta signaling 68 ouabain 68 IFN γ 68 lymphatic vasculature 68 GATA3 68 STAT1 68 NF kappaB activation 68 FKBP# 68 dopamine neuron 68 cyclooxygenase 2 68 neurotrophic factors 68 cardiomyocyte 68 peptide YY 68 SIRT1 gene 68 CatB 68 oxidative metabolism 68 interleukin 1β 68 Wnt signaling 67 IGFBP 3 67 Abeta# 67 Homocysteine 67 microvascular endothelial cells 67 baroreflex 67 leukocyte recruitment 67 nicotinamide adenine dinucleotide 67 E cadherin expression 67 RANK ligand 67 acetylcholinesterase 67 upregulating 67 casein kinase 67 fibrillin 67 Oncogenic 67 humoral immunity 67 TGF β1 67 hypercalcaemia 67 beta catenin protein 67 mucociliary clearance 67 hyperplasia 67 TGF beta pathway 67 endothelium dependent 67 superoxide dismutase SOD 67 arterial inflammation 67 HbF 67 fucose 67 G6PD 67 ciliary neurotrophic factor 67 mitochondrial oxidative 67 c Fos 67 triglyceride synthesis 67 interleukin IL -6 67 Vascular endothelial growth 67 gallstone formation 67 apoC III 67 mitogen activated protein kinase 67 nitrite nitrate 67 uncoupling protein 67 Aβ 67 androgen receptor AR 67 VEGF protein 67 coenzyme 67 eotaxin 67 Alu RNA 67 receptor gamma 67 p# MAPK 67 synaptic function 67 folate metabolism 67 mTOR signaling 67 β amyloid 67 Genistein 67 estrogen receptor alpha 67 mitochondrial oxidative phosphorylation 67 M1 muscarinic 67 hexose 67 regulated kinase ERK 67 proinflammatory mediators 67 NADPH 67 superoxides 67 Vasopressin 67 enzymatic activity 67 metabolic acidosis 67 EGFR signaling 67 synaptic transmission 67 nicotinamide 67 receptor activation 67 intestinal microflora 67 mRNA expression 67 amino acid tyrosine 67 neuritic plaques 67 intestinal mucosa 67 NPD1 67 synaptogenesis 67 isoenzymes 67 glutamate signaling 67 mediated inhibition 67 adiponectin 67 cyclin E 67 retinal ischemia 67 melanin synthesis 67 mineralocorticoid 67 matrix metalloproteinases 67 proNGF 67 fibrotic disease 67 aldosterone 67 lactate dehydrogenase 67 neuronal dysfunction 67 immunoreactivity 67 NAD + 67 oxidative phosphorylation 67 bile acid 67 glutamate receptors 67 proton pump 67 uPA 67 metalloproteinases 67 metabolic disturbances 67 locomotor activity 67 keratinocyte 67 HIF 1α 67 Bcl xL 67 pancreatic islet 67 cyclic GMP 67 IFNg 67 neuronal plasticity 67 ERK pathway 67 triglyceride concentrations 67 aldose reductase 67 cytokine receptor 67 murine model 67 neuromuscular junction 67 degranulation 67 Jhdm2a 67 lipoxygenase 67 beta1 integrin 67 neuropeptide Y 67 cytoprotective 67 VEGF induced 67 osteoblastic 67 bone morphogenetic protein 67 alpha glucosidase 67 #HT#A 67 collagen deposition 67 Uric acid 67 plasma fibrinogen 67 cardiac hypertrophy 67 ENaC 67 dietary nitrate 67 GLUT4 67 folic acid folate 67 Phenylalanine 67 gamma aminobutyric acid GABA 67 mTOR mammalian target 67 cellular metabolism 67 recombinant erythropoietin 67 hypothalamus pituitary 67 prostaglandin E 67 IKK2 67 Myostatin 67 cAMP signaling 67 Ghrelin 67 glutathione GSH 67 ceramide 67 protein tyrosine phosphatase 1B 67 innate immune responses 67 glucocorticoid receptor 67 hepatocellular 67 P cadherin 67 TNF α 67 adipokines 67 folates 67 immunomodulatory effects 67 vagal 67 ovarian hormones 67 osteoclast 67 myocardial tissue 67 essential amino acid 67 chitinase 67 Skeletal muscle 67 hypoxia induced 67 trophoblast cells 67 endocannabinoid signaling 67 mitogenic 67 neurotransmitter GABA 67 mediated apoptosis 67 transcriptional activation 67 Dehydrogenase 67 hyperactivation 67 hepatic insulin resistance 67 Cyclin D1 67 FGFR4 67 monoamine 67 BubR1 67 inhibitory effects 67 striatal dopamine 67 hepatic enzymes 67 platelet aggregation 67 alveolar epithelial cells 67 excitatory neurotransmitter 67 mitochondrial function 67 Angiotensin converting enzyme 67 insulin signaling pathways 67 ischemia induced 67 brown adipose tissue 67 Endothelial 67 oxidases 67 GSTT1 67 anti inflammatory cytokines 67 thymidylate synthase TS 67 phagocyte 67 oxidative enzymes 67 67 LDL oxidation 67 cholesterol efflux 67 epithelia 67 male hormone androgen 67 ellagitannins 67 Wnt pathway 67 hydroxyproline 67 neurofibromin 67 vasoactive 67 Androgen 67 cholesterol absorption 67 NF kappaB 67 chondrocyte 67 Wnt signaling pathway 67 hormones leptin 66 phosphatidylinositol 3 66 Aß 66 bifidobacterium 66 Hedgehog signaling 66 de novo lipogenesis 66 microtubule dynamics 66 DHA fatty acid 66 senescent cells 66 peroxidase 66 catenin 66 GABAA receptors 66 hedgehog signaling 66 Peptide YY 66 MMP9 66 procollagen 66 allopregnanolone 66 IL 1Ra 66 airway remodeling 66 OGG1 66 hypoxia inducible factor 66 blood glucose concentrations 66 Nampt 66 peripheral tissues 66 Oleic acid 66 Alpha lipoic acid 66 miR #a [001] 66 proteolytic enzymes 66 serotonin neurotransmitter 66 airway hyperresponsiveness 66 SGK1 66 progranulin 66 airway reactivity 66 plasma leptin 66 TGF Beta 66 fatty acid synthase 66 macrophage migration 66 protein tyrosine phosphatase 66 beta. 66 fast skeletal troponin 66 CaM kinase II 66 glucocerebroside primarily 66 motilin 66 VEGF receptor 66 NFkB 66 digesting enzymes 66 TRPV4 66 Akt1 66 somatostatin 66 tumoral 66 receptor kinase 66 antitumor efficacy 66 tumorigenesis 66 downregulates 66 malondialdehyde 66 intracellular calcium 66 receptor subtypes 66 ubiquinol 66 antidiuretic hormone 66 amyloid deposition 66 vascular endothelial cells 66 hemoglobin molecule 66 FGFR3 66 heparanase 66 GABA gamma aminobutyric acid 66 E#F# 66 glycated 66 Prostaglandins 66 von Willebrand factor 66 p# alpha [001] 66 silibinin 66 cultured hippocampal neurons 66 Endothelin 66 androgenic 66 beta amyloid proteins 66 leukocyte adhesion 66 metallothionein 66 pDC 66 factor HGF 66 amino acid metabolism 66 malondialdehyde MDA 66 Upregulation 66 VLDL cholesterol 66 KLF4 66 dependent insulin secretion 66 cholinergic tone 66 #ß 66 monocyte chemoattractant protein 66 PPARg 66 Oestrogen 66 platelet adhesion 66 osteolytic 66 neuronal apoptosis 66 matrix metalloproteinases MMPs 66 lipid peroxides 66 Factor VEGF 66 PP2A 66 Glucocorticoid 66 NRG1 66 c myc gene 66 monocyte chemotactic protein 66 t# c# CLA 66 serum parathyroid hormone 66 Klotho 66 natriuretic peptides 66 BH4 66 BACE1 66 insulinlike growth 66 natriuretic 66 SMN protein 66 tyrosine 66 activated microglia 66 interstitium 66 lipid metabolism 66 interstitial fibrosis 66 impaired glucose metabolism 66 TGF alpha 66 LXRs 66 ß catenin 66 RBP4 66 skeletal muscle cells 66 carcinoembryonic antigen 66 plasminogen 66 hippocampal neurogenesis 66 sulfation 66 CB1 receptor 66 gamma aminobutyric acid 66 linoleic acids 66 #ß HSD1 66 hormone prolactin 66 muscle protein synthesis 66 lung fibrosis 66 oncoprotein 66 diffusible 66 hormone angiotensin 66 neuronal degeneration 66 interleukins 66 colon carcinogenesis 66 Sirt3 66 GnT 4a 66 cytokines IL 66 chromosomal instability 66 glucosylceramide 66 apoptotic cell 66 Purkinje cell 66 hippocampal neurons 66 neuroprotective effects 66 CoQ 66 Mcl 1 66 TXNIP 66 PTEN protein 66 endogenous cannabinoids 66 phospholipase A2 66 enkephalins 66 Brain derived neurotrophic 66 osteoblast activity 66 elastic fibers 66 endocrine hormone 66 bile salts 66 melanocyte 66 airway hydration 66 5 lipoxygenase 66 PI3K signaling 66 TSLP 66 peripheral insulin sensitivity 66 MAP kinases 66 triacylglycerols 66 hyperammonemia 66 fractional shortening 66 K + ATPase 66 colorectal carcinogenesis 66 glucokinase 66 F actin 66 gastrointestinal motility 66 MMP# 66 gastric carcinogenesis 66 melanocyte stimulating hormone 66 cyclooxygenase COX 66 inosine 66 nAChRs 66 CLA isomers 66 placental function 66 steroidogenic 66 mucins 66 vaso occlusive crisis 66 H#K#me# 66 cyclic guanosine monophosphate 66 exocrine glands 66 autoregulation 66 PPAR gamma 66 Thiamine 66 dehydrogenases 66 anti apoptotic 66 intracellular pH 66 pRb 66 Ca2 + 66 RAS RAF MEK 66 thyroid hormones 66 induced oxidative stress 66 Rho kinase 66 neurohormone 66 S#A# [002] 66 serum BDNF 66 neurotrophic factor 66 PC# cells 66 extracellular fluid 66 isoenzyme 66 Soy isoflavones 66 micronuclei 66 FGFs 66 cytokine IL 66 osteopontin 66 dopamine signaling 66 Th1 cells 66 glucose insulin 66 rCBF 66 superoxide anion 66 p# MAP kinase 66 anterior pituitary 66 pancreatic endocrine 66 desmin 66 suppresses appetite 66 N acetyl 66 serum glucose 66 serum PTH 66 chloride secretion 66 Akt phosphorylation 66 TGFβ 66 aspartate 66 intermittent hypoxia 66 Caveolin 1 66 GPx 66 nNOS 66 GSNO 66 Nitric oxide NO 66 myopathies 66 COX2 66 downregulation 66 3 carbinol 66 amyloid plaque formation 66 skeletal muscle mass 66 PON1 66 secretion 66 Kupffer cells 66 serum leptin 66 histone deacetylases 66 pleiotropic effects 66 potent inducer 66 HDAC6 66 oligomerization 66 Oxidative 66 mutated protein 66 intestinal epithelial cells 66 acetyl CoA 66 BCL#A 66 neointimal hyperplasia 66 STAT3 activation 65 Leukotrienes 65 RANKL 65 hematopoiesis 65 telomere maintenance 65 NOD2 65 Brain Derived Neurotrophic 65 selectively inhibited 65 neurotransmission 65 ligand TRAIL 65 inhibitory neurotransmitter 65 equimolar 65 acylated ghrelin 65 vasoconstriction 65 cofilin 65 diacylglycerol 65 neuropeptide Y NPY 65 neuro endocrine 65 Inosine 65 detoxify carcinogens 65 LDLR 65 Arginine 65 leukocyte counts 65 cobalamin 65 CB2 receptor 65 bile acids 65 vitamin B# folic acid 65 Conjugated linoleic acid 65 phosphoinositide 65 neurotransmitters dopamine 65 tissue fibrosis 65 β cell 65 Sirt1 65 thyroxine T4 65 pyrimidines 65 Neutrophil 65 cyclic nucleotide 65 phosphorylates 65 act synergistically 65 cortisol secretion 65 neurturin 65 nerve degeneration 65 peroxisome 65 Myosin II 65 cathepsin B 65 stimulated insulin secretion