Related by context. All words. (Click for frequent words.) 71 skeletal muscle 67 beta adrenergic receptors 67 motor neurones 67 muscles 67 muscle tissue 66 skeletal muscle cells 66 KATP channels 65 muscle fibers 65 peripheral tissues 64 thermogenesis 63 fatty acid oxidation 62 sensory nerves 62 muscle contractions 62 secrete hormones 62 mitochondrial biogenesis 62 acetylcholine neurotransmitter 62 neuromuscular junction 62 adrenal cortex 61 Skeletal muscle 61 digestive organs 61 contractile 61 fatty acid metabolism 61 sinus node 61 gut motility 61 Skeletal muscles 61 p#NTR 61 hormone secretion 61 nitric oxide synthase 61 nerve cells 61 neurotransmitter norepinephrine 61 endocrine glands 60 growth hormone secretion 60 neural tissues 60 Thyroid hormones 60 intestinal epithelial cells 60 leptin signaling 60 neuronal synapses 60 elastic fibers 60 contractility 60 cardiac myocytes 60 gluconeogenesis 60 neuro transmitters 60 hormone adiponectin 60 cyclic AMP 60 mitochondrial respiration 60 mucus glands 60 neurotransmitter acetylcholine 60 SIRT1 gene 60 GRK2 60 UCP2 60 intestinal epithelium 60 skeletal muscle tissue 60 mitochondrial membrane 60 muscle hypertrophy 60 AV node 60 neuronal pathways 60 calcium homeostasis 60 hormone insulin 60 gastric motility 60 transmit nerve impulses 60 Purkinje cells 60 innervation 60 blood vessels dilate 59 slow twitch fibers 59 uncoupling protein 59 Stress hormones 59 collagen fibers 59 blood vessels 59 metabolism 59 Thyroid hormone 59 hyperactivation 59 erector spinae 59 endothelial nitric oxide synthase 59 neuronal plasticity 59 electrical conduction 59 connective tissues 59 parathyroid gland 59 contractile function 59 phagocytes 59 aerobic metabolism 59 autonomic nervous system 59 myocytes 59 leptin receptors 59 brown adipose tissue 59 anaerobic metabolism 59 hyperactivated 59 adrenals 59 vasodilation 59 hormone angiotensin 59 antioxidant enzymes 59 autophagic 59 cholinergic neurons 59 POMC neurons 59 metabolically active 59 Kv#.# channels 59 neurochemicals 59 Ghrelin 59 glia cells 59 hypothalamic pituitary adrenal axis 59 hormone cortisol 59 neurone 58 hormone ghrelin 58 thermoregulatory 58 adrenal medulla 58 microvascular endothelial cells 58 oxidative phosphorylation 58 exocrine glands 58 encodes protein 58 hypothalamus gland 58 nociceptors 58 ketone bodies 58 metabolic 58 peripheral nerves 58 parasympathetic nervous system 58 granule cells 58 motor neurons 58 cyclic AMP cAMP 58 axon outgrowth 58 carbohydrate metabolism 58 mitochondrial oxidative 58 osteocytes 58 LXRs 58 cardiac fibroblasts 58 thyroid hormones 58 eicosanoids 58 Neural stem cells 58 muscular contractions 58 neurotransmitter dopamine 58 heme oxygenase 1 58 epithelial tissues 58 mutated protein 58 nitric oxide synthase NOS 58 podocytes 58 anabolism 58 mitochondria 58 baroreflex 57 muscle degeneration 57 kidney tubules 57 dopamine neurons 57 spermatogenesis 57 neo cortex 57 noradrenaline 57 fibrin deposition 57 neurotransmitter GABA 57 inhibitory neurotransmitters 57 Treg cells 57 myelin sheaths 57 angiotensinogen 57 inflamed tissues 57 BDNF protein 57 striated muscle 57 mice lacking 57 Notch signaling 57 motoneurons 57 allergic inflammation 57 muscarinic receptors 57 superoxides 57 brain hypothalamus 57 glutamate transporters 57 microglial cells 57 PDE1 57 neurotransmitter serotonin 57 myocyte 57 myocardial tissue 57 basal metabolism 57 PrPC 57 mitochondrial enzyme 57 nerve axons 57 toxic beta amyloid 57 ovarian hormones 57 parathyroid glands 57 proinflammatory cytokines 57 eccrine glands 57 myelin insulation 57 muscle protein synthesis 57 plasminogen 57 synaptic function 57 TGF ß1 57 chemical acetylcholine 57 underactive 57 cortical neurons 57 Aerobic exercise 57 glutamate signaling 57 ACh 57 vasodilatation 57 serine proteases 57 demyelinated 57 oxygen uptake 57 hedgehog signaling 57 GH secretion 57 CXCL# 57 cellular respiration 57 Caffeine stimulates 57 glycogen metabolism 57 inflammatory cytokines 57 dilates blood vessels 57 cells cardiomyocytes 57 galanin 57 muscles tendons ligaments 57 overactivity 57 sweat glands 57 Hair follicles 57 hepatic glucose production 57 locomotor activity 57 gamma aminobutyric acid GABA 57 hormone prolactin 57 catecholamine 56 joints tendons 56 gene p# 56 mTORC1 56 metabolizing enzymes 56 tau proteins 56 Nerve cells 56 TGFb 56 protein actin 56 extracellular calcium 56 neural cells 56 kalirin 56 hypocretin neurons 56 melatonin receptors 56 Purkinje cell 56 detrusor muscle 56 myofibroblasts 56 neurotransmitter glutamate 56 TGF beta signaling 56 autoregulation 56 SH2 B 56 tear glands 56 metabolisms 56 vagal 56 adipose cells 56 protein myosin 56 parasympathetic 56 UCP1 56 catecholamines 56 satiety signals 56 vasoconstriction 56 involuntary muscle contractions 56 antioxidant enzyme 56 muscles tendons 56 ATPase activity 56 dopamine chemical 56 hypoxia inducible transcription 56 muscle atrophy 56 BMP signaling 56 neurohormones 56 brain neurochemistry 56 neuronal signaling 56 pelvic muscles 56 bile salts 56 mutant huntingtin protein 56 HbF 56 neuropeptide Y 56 secreting hormones 56 cardiac hypertrophy 56 Myosin II 56 Smad3 56 Nrf2 56 facial muscles 56 satiety hormone 56 telomerase enzyme 56 sensory neuron 56 hemoglobin molecule 56 electrically stimulating 56 lordosis 56 T cadherin 56 pericytes 56 SMN protein 56 striatal neurons 56 Norepinephrine 56 progranulin 56 AMPK activation 56 cytokines proteins 56 Oxidative stress 56 FGF# 56 synaptic transmission 56 cingulate cortex 56 inhibitory transmitter 56 gliosis 56 neurohormone 56 masseter 56 substantia nigra 56 slow twitch muscle 56 glycosaminoglycans 56 metabolic processes 56 amyloid β 56 fibrous tissues 56 divide uncontrollably 56 toxic amyloid beta 56 glutamate receptors 56 GSNO 56 secrete insulin 56 cystine 56 neovascularization 56 myometrium 56 prostaglandin E2 56 alveolar epithelial cells 56 sortilin 56 hypothalamic 56 synaptogenesis 56 IL 1β 56 erythropoiesis 56 insulin receptors 56 receptor gamma 56 cofilin 56 antioxidant glutathione 56 podocyte 56 Peripheral nerves 56 inflammatory cytokine 56 Adiponectin 56 chemical serotonin 56 myelin sheath 56 hypothalamic pituitary 56 monoamine 56 dopamine neurotransmitter 56 lipolysis 56 lung epithelium 56 glucose uptake 56 goblet cells 56 alpha synuclein protein 56 autonomic nerves 56 calcineurin 56 innate immune response 55 retinal neurons 55 myoblasts 55 mitochondrial fusion 55 cortisol hormone 55 brain frontal lobe 55 diastolic function 55 dopamine signaling 55 neurones 55 anal sphincter 55 Sirt3 55 PIP2 55 Aâ 55 apoptotic pathway 55 hormone aldosterone 55 eNOS 55 phrenic nerve 55 vessel dilation 55 airway constriction 55 IL 1beta 55 intervertebral discs 55 ferroportin 55 insulin secreting cells 55 neuronal degeneration 55 lymphatics 55 tibialis anterior 55 fatty sheath 55 acetylcholine receptor 55 fatty acid synthesis 55 CK # selectively 55 vitamin D receptors 55 synovial cells 55 serotonin neurotransmitter 55 Diabetic neuropathy 55 SIRT6 55 extensor muscles 55 PIP3 55 GLUT4 55 noradrenalin 55 FOXO1 55 adrenal glands 55 RIP1 55 cyclic guanosine monophosphate 55 endocytosis 55 adrenal hormone 55 cellular prion protein 55 glucocorticoid hormones 55 vagus 55 signaling cascades 55 lysyl oxidase 55 cardiolipin 55 progressive degeneration 55 vascular endothelial cells 55 TGF beta pathway 55 sebaceous glands 55 microglial 55 RANKL 55 CFTR protein 55 myocardium 55 neurite 55 elastin fibers 55 TGF ß 55 proteolysis 55 dentate gyrus 55 excitatory neurons 55 neurotransmitters dopamine 55 alveolar macrophages 55 Abeta# 55 adipocyte 55 abdominal organs 55 Wnt signaling 55 CB1 receptors 55 osteoblastic 55 penile erection 55 gene encodes protein 55 glucocorticoid 55 calmodulin kinase II 55 excitatory neurotransmitter 55 lymph fluid 55 leptin resistance 55 neurite outgrowth 55 sensory nerve 55 tendons ligaments 55 hyperexcitability 55 nicotinic receptors 55 apoC III 55 lipoprotein lipase 55 myogenesis 55 reactive oxygen 55 Insulin resistance 55 catabolism 55 HPA axis 55 microtubule dynamics 55 myelin sheathing 55 ventral prefrontal cortex 55 sinoatrial node 55 MAP kinases 55 cypin 55 neurons 55 MMP2 55 neuronal excitability 55 NF kappaB activation 55 homeostatic 55 neurotransmission 55 granulocytes 55 iNOS 55 Dystrophin 55 Circadian rhythm 55 intracellular pH 55 metabolize cholesterol 55 atherogenesis 55 sensory axons 55 SCD1 55 serotonin signaling 55 vascular dysfunction 55 distension 55 adrenergic receptors 55 insulates nerve fibers 55 rostral anterior cingulate cortex 55 ligaments tendons 55 beta globin 55 β catenin 55 multifidus 55 urinary sphincter 55 arcuate nucleus 55 astrocyte 55 neuronal activity 55 signaling molecules 55 neuronal migration 55 activin 55 elastin 55 collagen deposition 55 paracellular 55 hypocretin 55 effector functions 55 mu opioid receptors 55 T lymphocyte 55 adipose tissue 55 overactivation 55 secreting insulin 55 insulating sheath 55 messenger molecule 55 da mage 55 4E BP1 55 cellular metabolism 55 amyloid proteins 55 mammary cells 55 tenascin C 55 Wnt pathway 55 NFATc1 55 Th2 immune 55 corticospinal 55 overactivated 55 amino acid tyrosine 55 interstitium 55 basal lamina 55 Dpp 55 Smad7 55 dopaminergic neurons 55 glucocorticoid receptors 55 hormone leptin 55 anti inflammatory cytokines 55 endocannabinoids 55 metalloproteases 55 T lymphocytes 55 cholesterol metabolism 55 SUMOylation 55 fibrillin 1 55 chemical messengers 55 ciliated cells 55 TNF alpha cytokine 55 serotonin receptors 54 diffusible 54 Tumor suppressor genes 54 Kupffer cells 54 enzyme phosphodiesterase 54 metabolize sugar 54 IL 1ß 54 utrophin 54 GAGs 54 Immune cells 54 PGC 1alpha 54 hormone serotonin 54 protein dystrophin 54 metabolize glucose 54 abnormal rhythms 54 CIB1 54 neuropeptide Y NPY 54 vasoconstrictor 54 prostaglandins 54 Amyloid Precursor Protein 54 myocardial contractility 54 female hormones estrogen 54 muscle glycogen 54 Cyclin D1 54 focal adhesions 54 NF kappaB pathway 54 hematopoietic cells 54 oligodendrocytes 54 ectopic expression 54 JAK2 enzyme 54 asthmatic airways 54 metabolizing glucose 54 ventricles 54 PON1 54 neurocircuitry 54 cardiomyocyte 54 aldose reductase 54 inhibitory neurotransmitter 54 Sir2 54 mesothelial cells 54 Or#b 54 cannabinoid receptors 54 MAP kinase 54 capillary permeability 54 transcriptional repressor 54 S#A# [002] 54 PECAM 1 54 fatty substances 54 peroxisome 54 sarcomeres 54 vasculature 54 DGAT1 54 serotonin synthesis 54 PKC enzyme 54 ventricular dilation 54 sensory receptors 54 FANCD2 54 NADPH oxidase 54 mesothelium 54 dystrophin 54 Mcl 1 54 proNGF 54 parasympathetic tone 54 GABA gamma aminobutyric acid 54 Myostatin 54 osteoblast 54 contractile proteins 54 intestinal lining 54 Tbx5 54 insulin secretion 54 lysosomal enzyme 54 glial cell 54 mucosal barrier 54 telomere maintenance 54 myogenic 54 circadian cycle 54 tumor suppressor protein 54 Fas ligand 54 neuropeptides 54 cholecystokinin CCK 54 AMP kinase 54 dopaminergic cells 54 extensors 54 hypertrophy 54 Th# cells 54 granzyme B 54 pelvic girdle 54 serotonergic neurons 54 Sonic hedgehog 54 glial derived neurotrophic 54 TNFa 54 leptin hormone 54 Rab5 54 cytokine signaling 54 muscle rigidity 54 HuR 54 exocrine 54 atrial tissue 54 LDL receptor 54 acetyl CoA 54 glucose metabolism 54 subcutaneous fat 54 elastase 54 myo inositol 54 inhibitory neurons 54 naturally occurring enzyme 54 metabolizing enzyme 54 myocarditis inflammation 54 CaM kinase II 54 atherosclerotic plaques 54 dopamine neuron 54 hormones cortisol 54 p# MAP kinase 54 muscles atrophy 54 casein kinase 54 dysregulation 54 Foxp3 54 cardiac contractility 54 acetyl L carnitine 54 fatty tissue 54 lymphatic vasculature 54 titin 54 intimal hyperplasia 54 ERK1 2 54 dystrophin protein 54 TXNIP 54 heme oxygenase 54 macrophage activation 54 CaM kinase 54 trophoblasts 54 glial cells 54 excess glutamate 54 bile acids 54 motor neuron diseases 54 motor neuron degeneration 54 TGF β 54 estrogen receptor alpha 54 endogenous opioid 54 suprachiasmatic nucleus 54 orbicularis oculi 54 Neuropeptide Y 54 cardiac progenitor cells 54 mutant huntingtin 54 insulin hormone 54 PGC1 54 opiate receptors 54 capillary density 54 enteric nervous 54 LDL receptors 54 rumen fermentation 54 proteoglycan 54 cardiac fibrosis 54 renal fibrosis 54 transthyretin 54 myopathies 54 von Willebrand factor 54 mitochondrial membranes 54 Th2 cytokines 54 sciatic nerves 54 erythrocytes 54 fatty molecules 54 regulates gene expression 54 agonist induced 54 genes encode proteins 54 intermittent hypoxia 54 collagen fibrils 54 amyloid beta plaques 54 AgRP 54 tiny capillaries 54 TGF b 54 lymphatic vessels 54 lysosomal 54 adiponectin 54 pro inflammatory cytokines 54 XBP1 54 ABCA1 54 CB2 receptors 54 secretory pathway 54 pancreas secretes insulin 54 osteoclast formation 54 incretins 54 endometrial cells 54 protein synthesis 54 epithelia 54 mutant proteins 54 cytosol 54 antidiuretic hormone 54 porphyrins 54 Vasopressin 54 caveolin 1 54 actin remodeling 54 Oestrogen 54 ryanodine receptor 54 PGC 1α 54 phagocytosis 54 paxillin 54 epicardium 54 dendritic spine 54 nerve degeneration 54 synaptic vesicle 54 PPARg 54 endocrine hormone 54 myelination 54 Wnt1 54 mitogen 54 phagocyte 54 vascular permeability 54 Optic nerve 54 neural crest stem cells 54 neurofibromin 54 motile cilia 54 adhesion molecule 54 peristalsis 54 Physiologically 54 hormone secreted 54 dopaminergic nerve 54 pro apoptotic proteins 54 neuronal dysfunction 54 lymphatic circulation 54 autocrine 54 TORC2 54 ERR alpha 54 mitochondrial function 54 hormone melatonin 54 lymphoid tissue 54 androgen hormones 54 locus coeruleus 54 palmitoleate 54 p# mediated 54 CD8 cells 54 ubiquinol 54 BCL#A 54 aldosterone 54 brain derived neurotrophic 54 hormone vasopressin 54 nAChR 54 glial scar 54 GABA neurotransmitter 54 5 HT1A 54 PPAR γ 54 C EBP alpha 54 trigeminal 54 PGE2 54 selenoproteins 54 DISC1 gene 54 secretes hormones 54 hyperinsulinemia 54 caveolae 54 proximal tubule 54 heme 54 β cell 54 ATPase 54 Glycogen 54 NKT cells 54 IFNg 54 lymphoid organs 54 thyrotropin 54 frataxin 54 osmotic pressure 54 rhythmic contractions 54 cellular pathways 54 osteoblasts 53 infarcted myocardium 53 clot formation 53 sensory nerve fibers 53 LDLR 53 glycogen 53 musculature 53 cyclic GMP 53 Electrical impulses 53 NF κB 53 adipocytes 53 KLF2 53 NOD2 53 PTPN# 53 prostaglandin E2 PGE2 53 abnormal angiogenesis 53 Aldosterone 53 orexin neurons 53 factor GDNF 53 CaMKII 53 intracellular calcium 53 thymosin 53 insulin resistance syndrome 53 breast epithelial cells 53 midbrain 53 innate immune responses 53 Cardiac hypertrophy 53 desmin 53 mutant protein 53 nerve sheath 53 dorsal horn 53 KLF# 53 TH# cells 53 amyloid ß 53 HDAC2 53 hindbrain 53 GnT 4a 53 endocrine tumors 53 arginase 53 follistatin 53 lipases 53 hormone secreting 53 catabolic 53 metabolic acidosis 53 hypoxic tumor 53 biochemical processes 53 lymphocyte activation 53 adenosine receptors 53 bladder sphincter 53 NADH 53 collagen degradation 53 myosin filaments 53 hypoxia induced 53 beta globin gene 53 signaling pathway 53 excess mucus 53 adipokine 53 Hedgehog signaling 53 NO synthase 53 ATP hydrolysis 53 Alu RNA 53 constricts blood vessels 53 dystrophic mice 53 calf muscles 53 glia 53 Notch1 53 STAT4 53 oncoprotein 53 basal ganglia 53 excitatory neurotransmitter glutamate 53 GABAergic 53 Leptin hormone 53 hair follicle stem cells 53 transferrin receptors 53 AMPA receptors 53 ghrelin hormone 53 androgen receptors 53 motility 53 oxidized lipids 53 osteoclasts 53 Osteoclasts 53 Runx2 53 digestive acids 53 coagulation cascade 53 peroxynitrite 53 pro inflammatory cytokine 53 CD8 T cells 53 upregulating 53 SMN2 53 pancreatic islet 53 muscles ligaments 53 hepcidin 53 Calorie restriction 53 osteocalcin 53 beta amyloid accumulation 53 skeletal muscle mass 53 PPAR delta 53 Glial cells 53 melanocyte 53 cortisol secretion 53 abdominal muscles 53 hormones leptin 53 uterine contractions 53 gamma globin gene 53 sex hormone estrogen 53 neuronal circuits 53 biochemical pathway 53 proinflammatory 53 Prolactin 53 lipid synthesis 53 glutamine 53 fat oxidation 53 nerve impulses 53 STAT1 53 serotonin neurons 53 RYGB surgery 53 mPFC 53 levator ani 53 normal prion proteins 53 palmitoylation 53 Hypothalamic 53 ectoderm 53 receptor subtypes 53 endogenous stem cells 53 neurotrophins 53 melanocyte stimulating hormone 53 incretin hormones 53 KATP channel 53 arachidonic acid 53 prostanoids 53 glucose reabsorption 53 D2 receptor 53 cyclooxygenase 2 53 hormone angiotensin II 53 S6K 53 sensory cortex 53 Sarcopenia 53 CRTC3 gene 53 tremors rigidity 53 vascular reactivity 53 RBP4 53 digesting enzymes 53 BMAL1 53 NKT cell 53 fluid shear 53 excitatory synapses 53 reactive oxygen species 53 reproductive hormones 53 ERK signaling 53 pRb 53 vagal nerve 53 Pulmonary hypertension 53 insulin secreting 53 dopamine depletion 53 miR# 53 skeletal muscle actin 53 airway remodeling 53 MMP2 gene 53 improves insulin sensitivity 53 prefrontal brain 53 parotid glands 53 cardiac myocyte 53 downregulate 53 CB2 receptor 53 vasopressin receptors 53 allopregnanolone 53 myelin coating 53 Endothelial cells 53 immune cells 53 collagen VI 53 D2 receptors 53 acetylcholine receptors 53 mitochondrial metabolism 53 oxygenated blood 53 bowel bladder 53 CD4 + T lymphocytes 53 tumor suppressor p# 53 neuregulin 1 53 cholesterol homeostasis 53 secretion 53 DUX4 53 noradrenergic 53 motor neuron 53 innate immune 53 interferon pathway 53 CD1d 53 antiviral cytokines 53 matrix metalloproteinases 53 fetal hemoglobin 53 infectious prion proteins 53 Regular aerobic exercise 53 myocardial oxygen 53 cardioprotection 53 angiotensin II hormone 53 chondrocytes 53 fatal arrhythmias 53 TRP channels 53 membrane receptors 53 cortical excitability 53 caspase activation 53 haematopoietic stem cells 53 RhoA 53 pineal gland 53 peripheral insulin sensitivity 53 TGF beta1 53 interleukins 53 lipogenesis 53 steroid hormones 53 pancreatic cells 53 compensatory mechanisms 53 hemoglobin molecules 53 renal tubular 53 hippocampal neurons 53 Acetylcholine 53 GATA4 53 osteoclast 53 Eosinophils 53 afferents 53 pressure natriuresis 53 amyloid deposits 53 cAMP signaling 53 receptor molecule 53 senescent cells 53 endothelial nitric oxide 53 twitching paralysis 53 fat hormone leptin 53 mice genetically altered 53 chitinase 53 Bcl xL 53 metabolic abnormality 53 glucagon secretion 53 aldosterone hormone 53 premotor cortex 53 leptin deficiency 53 HMG CoA reductase 53 functional dystrophin protein 53 platelet stickiness 53 lateral hypothalamus 53 vWF 53 HOTAIR 53 beta adrenergic receptor 53 proteolytic 53 detrusor 53 neuroepithelial cells 53 netrin 1