Related by context. All words. (Click for frequent words.) 71 skeletal muscles 68 muscle tissue 67 skeletal muscle cells 67 autophagic 65 myocardium 65 neuromuscular junction 64 leptin signaling 64 endothelial 64 muscle fibers 64 hypothalamic 64 cardiac myocytes 64 fatty acid oxidation 63 neural cells 63 contractile 63 lysosomal 63 myogenesis 63 peripheral tissues 63 myocyte 63 metabolic 63 UCP2 63 UCP1 63 osteoblast 63 myocytes 63 hippocampal neurons 62 adipose tissue 62 catabolism 62 adipocyte 62 microglial 62 mitochondrial biogenesis 62 podocytes 62 chondrocyte 62 contractility 62 myoblasts 62 NKT cell 62 insulin secretion 62 FGF# 62 spermatogenesis 62 vascular endothelial cells 62 myogenic 62 Smad3 62 myocardial tissue 62 Rab5 62 endothelial cell 61 skeletal muscle tissue 61 adipocytes 61 monocyte 61 insulin receptors 61 beta adrenergic receptors 61 TGF ß1 61 POMC neurons 61 TNFalpha 61 nitric oxide synthase 61 leptin receptor 61 mitochondrial respiration 61 mice lacking 61 dentate gyrus 61 p#NTR 61 eNOS 61 myocardial 61 uncoupling protein 61 BMP signaling 61 antioxidant enzyme 61 TGF ß 61 gastric motility 61 β catenin 61 XBP1 61 S#A# [002] 61 Wnt signaling 61 contractile function 61 growth hormone secretion 61 Ca2 + 60 remyelination 60 ERK1 2 60 follistatin 60 TNFa 60 vasculature 60 endothelial nitric oxide synthase 60 epithelia 60 endogenous stem cells 60 RhoA 60 nNOS 60 fibroblasts 60 PGE2 60 neuronal 60 glucose uptake 60 renal fibrosis 60 neurite outgrowth 60 trophoblast cells 60 glutamate receptors 60 hyperactivated 60 IL 1beta 60 HSCs 60 β cell 60 β cells 60 hormone secretion 60 motor neurons 60 innervation 60 mitochondrial 60 GRK2 60 caveolin 1 60 catenin 60 intestinal epithelium 60 SH2 B 60 mitochondria 60 synaptogenesis 60 GH secretion 60 hedgehog signaling 59 microglial cells 59 dystrophin 59 leptin receptors 59 KATP channels 59 glycogen 59 striatal 59 muscle glycogen 59 skeletal muscle mass 59 Skeletal muscle 59 physiologic 59 gluconeogenesis 59 vascular endothelial 59 adhesion molecule 59 MMP2 59 lipogenesis 59 adiponectin 59 proteoglycan 59 synovial cells 59 hepatocytes 59 motor neuron 59 motoneurons 59 neovascularization 59 cyclic AMP 59 proteolysis 59 Skeletal muscles 59 heme oxygenase 1 59 hepatic glucose production 59 erythrocytes 59 catabolic 59 cholinergic neurons 59 hematopoietic cells 59 glucocorticoid 59 protein synthesis 59 isoform 59 calcium homeostasis 59 osteocalcin 59 estrogen receptor alpha 59 erythropoiesis 59 cellular metabolism 59 Th# cells 59 Thyroid hormone 59 dopaminergic neurons 59 intracellular calcium 59 synaptic transmission 59 metabolism 59 TGF β 59 GLUT4 59 hyperactivation 59 calpain 59 striated muscle 59 alveolar epithelial cells 59 AMPA receptors 59 arcuate nucleus 59 myofibroblasts 59 GABAergic interneurons 59 plasminogen 59 receptor activation 59 mutant protein 59 neurones 59 insulin secreting cells 59 CXCL# 59 osteoblasts 59 anaerobic metabolism 59 metabolic processes 59 p# MAPK 58 neutrophil 58 MyoD 58 LXRs 58 Notch signaling 58 PDE1 58 telomeric 58 IGFBP 3 58 mitochondrial enzyme 58 neurohormonal 58 stromal cells 58 cardiolipin 58 Treg cells 58 proinflammatory cytokines 58 leptin 58 CD1d 58 granule cells 58 mitochondrial function 58 plasma membrane 58 glomerular 58 iNOS 58 vagal 58 paracrine 58 activin 58 cardiac fibroblasts 58 mesoderm 58 MMP9 58 hormone adiponectin 58 Neural stem cells 58 muscle protein synthesis 58 actin cytoskeleton 58 hypothalamic pituitary adrenal axis 58 nerve cells 58 infarcted myocardium 58 AMPA receptor 58 cardiomyocyte 58 glucocorticoid receptor 58 Sgk1 58 PIP2 58 chondrocytes 58 neurons 58 DGAT1 58 elastic fibers 58 upregulates 58 adrenal cortex 58 fat oxidation 58 cytosolic 58 adipose cells 58 myelination 58 tissue homeostasis 58 protein 58 vasodilation 58 striatal dopamine 58 glucose metabolism 58 fibroblast 58 PrP 58 IL 1β 58 keratinocyte 58 ABCA1 58 intestinal mucosa 58 triacylglycerol 58 RANKL 58 phenotype 58 intestinal epithelial cells 58 pro angiogenic 58 autophagy 58 IL 1ß 58 neuronal migration 58 CEACAM1 58 lipolysis 58 cardiomyocytes 58 Androgen 58 apoptotic pathway 58 aberrantly activated 58 axonal 58 Fc receptor 58 osteoclast 58 HPA axis 58 deficient mice 58 ACh 58 myometrium 58 vasodilatation 58 TGFβ 58 hematopoiesis 58 acinar 57 Rac1 57 TGFb 57 carbohydrate metabolism 57 astrocytic 57 microvascular endothelial cells 57 AMPK 57 amylin 57 hypertrophy 57 thyroid hormones 57 dystrophin protein 57 metabolizing enzyme 57 muscarinic receptors 57 chromatin remodeling 57 anabolism 57 glucocorticoid hormones 57 CaM kinase II 57 brown adipose tissue 57 signaling molecule 57 Myostatin 57 TGF beta1 57 pancreatic cells 57 matrix metalloproteinases 57 axon outgrowth 57 sensory axons 57 signaling pathway 57 microglial activation 57 glucose transporter 57 neuronal differentiation 57 ectopic expression 57 afferents 57 monocyte derived 57 oxidative phosphorylation 57 inducible nitric oxide synthase 57 glycogen metabolism 57 Adiponectin 57 receptor gamma 57 BMAL1 57 E cadherin expression 57 transcriptional activation 57 autoregulation 57 AT1R 57 cortical neurons 57 glutamine 57 pDCs 57 TNFR 57 neuronal plasticity 57 ubiquitylation 57 protein dystrophin 57 dysregulation 57 uPA 57 locomotor activity 57 ATPase 57 dephosphorylation 57 vimentin 57 epithelial cells lining 57 neuronal dysfunction 57 mitogen 57 neural tissues 57 proinflammatory 57 nitric oxide synthase NOS 57 serine proteases 57 antioxidant enzymes 57 arginase 57 baroreflex 57 fibrogenesis 57 AgRP neurons 57 podocyte 57 aldosterone 57 effector functions 57 SIRT1 gene 57 osteoclasts 57 Thyroid hormones 57 efferent 57 SCD1 57 pancreatic islets 57 aerobic metabolism 57 PPAR delta 57 glioma cells 57 proto oncogene 57 Purkinje cells 57 P#X# receptors 57 osteoblast differentiation 57 toxic beta amyloid 57 STAT1 57 ACE2 57 glucose homeostasis 57 lung epithelium 57 adipose 57 NRG1 57 transgenic mice expressing 57 tyrosine phosphorylation 57 myostatin 57 thermogenesis 57 oncomodulin 57 neuronal cells 57 ENaC 57 inhibitory receptor 57 elastase 57 intestinal microflora 57 fatty acid metabolism 57 downregulation 57 neoplastic cells 57 utrophin 57 intracellular 57 TGF β1 57 cytoskeletal 57 matrix metalloproteinase 57 melanocyte 57 motor neurones 57 GluR1 57 extracellular 57 mitochondrial membrane 57 MDSCs 57 4E BP1 57 mitochondrial proteins 57 CD#L 57 incretin hormones 57 osteoblastic 57 dopamine neurons 57 inflammatory cytokine 57 Ghrelin 56 downregulate 56 induced neuronal 56 gene encoding 56 NFkB 56 palmitoylation 56 Leydig cells 56 gut motility 56 microcirculation 56 leukocyte recruitment 56 experimentally induced 56 HIF 1a 56 capillary density 56 lipoprotein lipase 56 upregulated 56 cyclooxygenase 2 56 beta globin 56 T lymphocyte 56 BMP4 56 agonist induced 56 calcineurin 56 cAMP signaling 56 acinar cells 56 Hypothalamic 56 enzymatic activity 56 TGF b 56 T lymphocytes 56 GSNO 56 desmin 56 proteolytic 56 diastolic function 56 brain derived neurotrophic 56 alveolar epithelium 56 haematopoietic stem cells 56 vasoconstriction 56 mammary cells 56 intracellular signaling 56 FOXO3a 56 activated microglia 56 neural stem cells 56 endoplasmic reticulum ER 56 SMN protein 56 mRNAs 56 Prox1 56 F actin 56 neurotrophin 56 innate immune response 56 CCR7 56 proximal tubules 56 caveolin 56 isoenzymes 56 murine 56 RUNX3 56 glucose transporters 56 lung fibroblasts 56 insulin resistance 56 phosphorylated 56 Wnt#b 56 LRP1 56 striatal neurons 56 hypothalamic pituitary 56 vascular permeability 56 peptide hormone 56 plasminogen activator inhibitor 56 Sirt1 56 lymphatic vasculature 56 mutant mice 56 Hedgehog signaling 56 inhibitory 56 cytosol 56 microvascular 56 ischemia reperfusion injury 56 overexpression 56 HUVEC 56 perivascular 56 leucine 56 motility 56 leukocytes 56 TrkB 56 renal tubular 56 IGF1 56 mononuclear cells 56 sortilin 56 enzyme 56 paxillin 56 oncoprotein 56 Kupffer cells 56 SVZ 56 Pten 56 gut mucosa 56 Wnt pathway 56 knockout mice 56 anterior pituitary 56 mutated protein 56 mutant huntingtin protein 56 RBP4 56 mRNA expression 56 factor BDNF 56 NKT cells 56 PON1 56 protein myosin 56 extracellular signal 56 Cx# [001] 56 p# activation 56 hormone insulin 56 tumor suppressor gene 56 gliosis 56 cholesterol metabolism 56 Wnt1 56 PU.1 56 astrocyte 56 E3 ubiquitin ligase 56 IFN gamma 56 TGF beta 56 neuronal cell 56 naturally occurring protein 56 DISC1 56 dorsal horn 56 diseased tissues 56 synaptic vesicle 56 lipid synthesis 56 mesenchymal cells 56 thymocytes 56 #ß 56 autocrine 56 NMDA receptors 56 catecholamine 56 physiological 56 neurogenesis 56 Jhdm2a 56 receptor subtypes 56 endocytosis 56 nociceptive 56 tumorigenesis 56 lysosome 56 EGFR signaling 56 mTORC1 56 AMPK activation 56 ketone bodies 56 pancreatic beta 56 allergic inflammation 56 terminally differentiated 56 mitogen activated protein kinase 56 neuropeptide 56 neuroblasts 56 CFTR protein 56 secrete insulin 56 muscle hypertrophy 56 enteric nervous 56 Aâ 56 OGG1 56 thioredoxin 56 neuronal function 56 IGF2 56 transgenic mice 56 cholesterol efflux 56 LDLR 56 bone marrow derived 56 sensory nerves 56 transmembrane protein 56 Oxidative stress 56 CB2 receptor 56 trophoblasts 56 neural plasticity 56 cardiac progenitor cells 55 GAPDH 55 phagocytosis 55 c myc 55 neuronal circuits 55 dystrophin gene 55 alpha Gal 55 p#Kip# 55 lymphoid cells 55 SOCS3 55 mRNA 55 vacuolar 55 cortical 55 osteocytes 55 progenitor cells 55 peripheral insulin sensitivity 55 c Myc 55 inflammatory cytokines 55 PDGFR 55 proteins 55 Akt1 55 telomere maintenance 55 osteogenesis 55 excitotoxic 55 Myosin II 55 mitogenic 55 constitutively 55 proinflammatory mediators 55 axonal transport 55 thermoregulatory 55 epicardium 55 collagen VI 55 beta globin gene 55 sensory neurons 55 fatty acid synthesis 55 rumen fermentation 55 retinal neurons 55 myosin 55 Runx2 55 leukocyte 55 PKC beta 55 prostaglandin E2 55 NAD + 55 tumor angiogenesis 55 hemoglobin molecule 55 transcriptional regulation 55 HDAC2 55 upregulation 55 osteoclast formation 55 fibrotic 55 PC# cells 55 factor PlGF 55 glutamatergic neurons 55 homeostatic 55 cellular prion protein 55 glucose tolerance 55 superoxide dismutase 55 neural tissue 55 collagen synthesis 55 lung epithelial 55 sFlt 1 55 rhodopsin 55 synaptic 55 opioid receptor 55 monocytes macrophages 55 interstitium 55 macrophage 55 IFN γ 55 huntingtin protein 55 digestive organs 55 ubiquitin ligase 55 PPAR gamma 55 ankyrin 55 hepatocyte 55 neurotrophic 55 Sonic Hedgehog 55 adipogenic 55 MMPs 55 mouse embryos 55 intracellular protein 55 TGFbeta 55 Hh pathway 55 NFATc1 55 endocrine glands 55 PIP3 55 dedifferentiation 55 beta arrestin 55 endothelial dysfunction 55 cholecystokinin CCK 55 secretory pathway 55 regulated kinase ERK 55 cofilin 55 corticospinal 55 cystic fibrosis transmembrane conductance 55 nephron 55 thymic 55 PGC 1alpha 55 angiogenic 55 neuronal synapses 55 adipokine 55 malonyl CoA 55 HuR 55 HOTAIR 55 oxygen uptake 55 PTPN# 55 phosphorylate 55 mutant mouse 55 transcriptional activity 55 lysosomes 55 Purkinje cell 55 PlGF 55 hair follicle stem cells 55 Dystrophin 55 Rap1 55 progranulin 55 neuronal stem cells 55 c Src 55 Stat1 55 TORC2 55 glycolysis 55 PTHrP 55 breast epithelial cells 55 hypoxia inducible factor 55 miR #a [001] 55 transthyretin 55 oligodendrocyte 55 adrenal medulla 55 cathepsins 55 Cadherin 55 MAP kinase 55 LDL receptor 55 GABAA receptors 55 ERK signaling 55 acetylcholine receptor 55 Hcrt 55 skin fibroblasts 55 BDNF 55 E selectin 55 tenascin C 55 muscle atrophy 55 adipose tissues 55 hypothalamic neurons 55 lysosomal enzyme 55 arachidonic acid 55 Tregs 55 cell adhesion molecule 55 caspase activation 55 HUCB cells 55 synapse formation 55 hematopoietic stem cell 55 cAMP 55 synaptic function 55 Skp2 55 insulin sensitivity 55 cortical bone 55 p#INK#a 55 glial 55 Wnt 55 bone morphogenetic protein 55 apoptotic 55 glial derived neurotrophic 55 endogenous 55 GnT 4a 55 cell motility 55 connexin 55 Notch1 55 angiotensinogen 55 eotaxin 55 GLI1 55 cardiac hypertrophy 55 sGC 55 PPAR γ 55 cardiac contractility 55 adrenocortical 55 Aß 55 MeCP2 55 bone resorption 55 T cadherin 55 cytokine 55 ghrelin 55 phosphocreatine 55 naturally occurring enzyme 55 atrial tissue 55 neurohormones 55 cyclophilin D 55 dopaminergic neuron 55 metabolic pathways 55 fibrin deposition 55 oligodendrocytes 55 intracellular pH 55 vascular reactivity 55 alveolar macrophages 55 hematopoietic 55 transgenic mouse model 55 fibrotic disease 55 senescent cells 55 hippocampal synapses 55 acetylcholine neurotransmitter 55 miR# 55 lysosomal enzymes 55 RANK Ligand 55 PGC 1α 55 CD4 + T lymphocytes 55 galanin 55 TRAF6 55 granzyme B 55 hippocampal 55 inosine 55 Vpr 55 vascularization 55 MMP# 55 adenosine diphosphate ADP 55 glycosaminoglycans 55 BDNF gene 55 dorsolateral 55 presynaptic 55 eicosanoids 55 morphogenesis 55 adipogenesis 55 collagen deposition 55 microvessels 55 BCL#A 55 renin angiotensin system 55 endothelial activation 55 insulin secreting 55 resorption 55 tibialis anterior 55 goblet cells 55 vivo 55 Fas ligand 55 mitochondrial oxidative 55 proximal tubule 55 TRPV4 55 humoral immunity 55 midbrain 55 PTEN gene 55 CTGF 55 synapse maturation 55 endoplasmic reticulum 55 isoforms 55 dopaminergic 55 bone marrow stromal cells 55 c Fos 55 signaling pathways 55 FOXO 55 thymocyte 55 diabetic mice 55 Sertoli cells 55 glucocorticoid receptors 55 dopaminergic nerve 55 neurotrophic factors 55 ferritin 54 polycystin 54 ouabain 54 glutamatergic 54 acetyl CoA 54 cellular pathways 54 axon guidance 54 Foxp3 54 extracellular calcium 54 STAT4 54 nitrotyrosine 54 myo inositol 54 mammary epithelial cells 54 neurturin 54 Clusterin 54 dopamine neuron 54 GATA3 54 adrenergic receptors 54 Nrf2 54 Bcl xL 54 sarcomere 54 cytoprotective 54 hypoxia inducible transcription 54 excitatory neurotransmitter 54 cells cardiomyocytes 54 genetically altered mice 54 SMN1 54 prostaglandin E2 PGE2 54 granulocytes 54 BCAAs 54 neurohormone 54 dopamine transporter 54 KLF2 54 estrogen receptors 54 PPAR alpha 54 immune cells 54 reactive oxygen species 54 reductase 54 acyl CoA 54 ciliary neurotrophic factor 54 Vascular endothelial growth 54 phosphorylation 54 telomerase enzyme 54 HbF 54 hindbrain 54 endothelial cells 54 FoxO1 54 Th1 cells 54 neurotransmitter receptors 54 neurofibromin 54 retinal pigment epithelium 54 lipid metabolism 54 Th2 54 Cyclin D1 54 inflammatory mediators 54 mitochondrial oxidative phosphorylation 54 Notch pathway 54 bile acids 54 fibroblast cells 54 inhibitory neurons 54 IL6 54 lymphatics 54 receptor protein 54 hematopoietic stem cells 54 CD#b 54 RBCs 54 histone acetylation 54 proapoptotic 54 5 HT1A 54 inflamed tissues 54 ATPase activity 54 leptin resistance 54 microvasculature 54 metabolically active 54 Sp1 54 genotoxic stress 54 neuropeptides 54 PGC1 54 serotonin receptors 54 myeloid cells 54 collagenase 54 NF kappaB activation 54 FGF signaling 54 Wnt signaling pathway 54 fatty acid synthase 54 antiapoptotic 54 tyrosine 54 LDL receptors 54 JAK2 enzyme 54 adipokines 54 neuroendocrine 54 collagen fibers 54 Htt 54 myocardial function 54 KLF4 54 clonogenic 54 LKB1 54 periaqueductal gray 54 lymphoid organs 54 CB1 receptors 54 P cadherin 54 CFTR gene 54 neuropeptide Y 54 TAp# 54 muscle contractility 54 dystroglycan 54 excitatory 54 β 54 chemokine receptor 54 cellularity 54 phagocytes 54 tyrosine hydroxylase 54 NADH 54 pancreatic islet cells 54 neuronal signaling 54 N Myc 54 vascular endothelium 54 CHD7 54 PPARγ 54 androgen receptor 54 Phosphorylation 54 FMRP 54 RNA splicing 54 Neurogenesis 54 transcriptional repressor 54 glycolytic 54 serotonergic neurons 54 hepatic stellate cells 54 pro inflammatory cytokines 54 S nitrosylation 54 Wnts 54 phrenic nerve 54 pancreatic islet 54 tumor vasculature 54 vascularisation 54 CD# receptor 54 Gata4 54 GABAergic neurons 54 myofibroblast 54 pharmacological inhibition 54 radial glia 54 mice genetically engineered 54 neurone 54 CD# + [001] 54 DNA methylation patterns 54 Smad7 54 motor neuron degeneration 54 peripheral nerves 54 retinal cells 54 TGF beta pathway 54 cyclins 54 apoE 54 anti apoptotic 54 VEGF receptor 54 stem cell differentiation 54 FGF2 54 beta catenin 54 nitric oxide 54 TLR4 54 bone morphogenetic proteins 54 NADPH 54 cholesterol homeostasis 54 cardiac autonomic 54 downregulated 54 insulin signaling pathways 54 trophic factors 54 claudin 54 induced apoptosis 54 Th2 immune 54 platelet activation 54 overactivated 54 CD8 + 54 HMG CoA reductase 54 hippocampal cells 54 PrPC 54 hyperoxia 54 inhibitory effects 54 ATP hydrolysis 54 mucosal barrier 54 mucus glands 54 antigen receptor 54 basolateral 54 secretion 54 pRb 54 angiotensin II 54 receptor PPAR 54 SUMOylation 54 PP2A 54 neutrophil infiltration 54 cardiac fibrosis 54 tau phosphorylation 54 glial cell 54 epithelial cells 54 SGLT1 54 adenosine triphosphate 54 mutant SOD1 54 deacetylation 54 NMDA receptor 54 messenger molecule 54 inducible 54 axon regeneration 54 E cadherin 54 osteoclast activity 54 osteogenic 54 peroxisomal 54 hypocretin 54 TGF beta signaling 54 RANK ligand