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(Click for frequent words.) 74 autonomic nervous system 71 parasympathetic nervous system 69 vagal 66 catecholamine 66 hypothalamic 66 HPA axis 65 beta adrenergic receptors 65 baroreflex 64 efferent 63 vasopressin 63 adrenals 63 homeostatic 63 neurochemicals 63 glutamatergic 63 parasympathetic nervous 63 excitatory 63 hypothalamic pituitary adrenal axis 62 hormone serotonin 61 somatosensory 61 inhibitory neurotransmitters 61 parasympathetic tone 61 dopamine signaling 61 gastric motility 61 enteric nervous 61 autoregulation 61 limbic 61 muscarinic receptors 60 hypothalamus gland 60 noradrenalin 60 parasympathetic nerves 60 adenosine 60 noradrenergic 60 sinus node 60 Norepinephrine 60 neurotransmitters serotonin 60 anterior cingulate 60 serotonin 60 cholinergic 60 insular cortex 60 hyperexcitability 59 serotonergic 59 neuroendocrine 59 trigeminal 59 catecholamines 59 Th2 59 adrenergic receptors 59 locomotor activity 59 brain hypothalamus 59 hypothalamic pituitary adrenal HPA 59 GABAergic 59 renin angiotensin aldosterone 59 contractile 59 eNOS 59 noradrenaline 59 hypothalamic pituitary 59 mesolimbic 59 neuro endocrine 59 hyperactivation 59 ACh 59 overactive immune 59 myocyte 59 inhibitory neurotransmitter 59 dopaminergic 59 beta endorphin 58 vasodilation 58 neuropeptides 58 neuronal plasticity 58 neuropeptide Y 58 dysregulation 58 endogenous opioid 58 neurohormonal 58 hormone secretion 58 synaptic transmission 58 suprachiasmatic nucleus 58 premotor 58 neuronal signaling 58 ERK1 2 58 overactivity 58 adrenergic 58 adrenal cortex 58 Th1 cells 58 AMPA receptor 58 glutamate signaling 58 incretin 58 sensory nerves 58 hypothalamus pituitary 58 inhibitory transmitter 58 Wnt signaling 58 dopamine receptors 58 glutamate receptors 58 vasoconstrictor 58 mPFC 58 nociceptive 58 innervation 58 fatty acid oxidation 58 kainate 58 contractility 58 thermoregulatory 58 neuronal activity 58 melatonin receptors 58 modulatory 58 Vasopressin 58 D2 receptor 58 malonyl CoA 58 sensory neuron 57 aldosterone 57 hypothalamic pituitary axis 57 vasoconstriction 57 metabolic 57 GH secretion 57 neurotransmitter serotonin 57 osteoblast 57 receptor subtypes 57 afferent 57 glucocorticoid 57 BMP signaling 57 neurohormone 57 brain limbic 57 proinflammatory cytokine 57 CB1 receptors 57 neurite outgrowth 57 raphe 57 neuronal pathways 57 proinflammatory cytokines 57 DLPFC 57 corticospinal 57 neuropeptide 57 nociceptors 57 gastrointestinal motility 57 physiologic 57 mucosal immune 57 AV node 57 cyclic AMP 57 orexin 57 antioxidant glutathione 57 Purkinje cells 57 endocannabinoid system 57 calcineurin 57 leptin signaling 57 peripheral tissues 57 arginase 57 microglial 57 5 HT1A 56 TRPM8 56 mitogen 56 adipocyte 56 peristalsis 56 secrete hormones 56 vessel dilation 56 IL 1β 56 calcium ion 56 gut motility 56 cypin 56 Ca2 + 56 corticotropin releasing hormone 56 acetylcholine neurotransmitter 56 amygdalae 56 Ghrelin 56 arcuate nucleus 56 myocytes 56 intracellular signaling 56 allopregnanolone 56 skeletal muscles 56 phagocytes 56 antioxidant enzymes 56 cingulate 56 BMP receptor 56 overactivation 56 6 OHDA 56 serotonin reuptake 56 ATP hydrolysis 56 mitogenic 56 S#A# [002] 56 KATP channels 56 vagus 56 neuromuscular junction 56 prefrontal cortical 56 endocrine glands 56 dentate gyrus 56 stress hormones 56 cortisol 56 striatal 56 chemical messengers 56 mucosal immunity 56 inflammatory cytokine 56 monoamine 56 NPY 56 proinflammatory 56 IFN γ 56 adenosine receptors 56 inhibitory 56 neuro transmitters 56 TGFß 56 vWF 56 postsynaptic 56 dorsolateral prefrontal cortex 56 SUMOylation 56 allergic inflammation 56 sensory cortex 56 RhoA 56 PIP3 56 tyrosine phosphorylation 56 contractile function 56 innervated 56 seratonin 56 forebrain 56 pineal 56 Wnt pathway 56 FGF# 56 proton pump 56 TGF ß 56 anti inflammatory cytokines 56 GABA neurotransmitter 56 orbital frontal cortex 56 hormone angiotensin II 56 hypothalamus 56 vasodilators 55 depolarization 55 PPAR γ 55 thyrotropin 55 Sirt3 55 TGF b 55 Th1 55 prefrontal brain 55 cytokine signaling 55 cAMP signaling 55 ghrelin 55 Androgen receptor 55 PIP2 55 NMDA receptors 55 CaM 55 baroreceptor 55 lateral habenula 55 ouabain 55 gamma oscillations 55 IRE1 55 Rac1 55 somatosensory cortex 55 amyloid β 55 XBP1 55 proteolytic 55 cortical neurons 55 leptin receptor 55 extracellular calcium 55 humoral 55 norepinephrine 55 mu opioid 55 leptin concentrations 55 limbic system 55 ATPase 55 brown adipose tissue 55 inhibitory synapses 55 neurotransmitter 55 angiotensinogen 55 podocytes 55 vagal nerve 55 cellular prion protein 55 adrenocortical 55 IL 1ß 55 GABA 55 midbrain 55 TORC2 55 neurones 55 gluconeogenesis 55 adrenal medulla 55 dephosphorylation 55 potentiation 55 carbohydrate metabolism 55 ATPase activity 55 pyruvate 55 MC4R 55 rhythmicity 55 potassium ion 55 inhibitory interneurons 55 inhibitory neurons 55 CEACAM1 55 oxidative phosphorylation 55 retinoic acid 55 antibody mediated 55 metabolism 55 adaptive immune 55 serotonin receptor 55 rCBF 55 HIF 1a 55 plasma fibrinogen 55 astrocytic 55 caudate 55 Aldosterone 55 Nrf2 55 proNGF 55 serotonin neurotransmitter 55 endocannabinoid 55 tyrosine 55 serotonin signaling 55 catabolism 55 vasodilatation 55 dorsolateral 55 isoproterenol 55 N cadherin 55 proximal tubule 55 monocyte 55 ciliary 55 FOXO 55 nitric oxide synthase 55 proteolysis 55 anaerobic metabolism 55 interneurons 55 neurohormones 55 neural pathway 55 dobutamine 55 TGF beta pathway 55 receptor activation 55 gamma aminobutyric acid GABA 55 endocrine 55 autophagic 55 cofilin 55 neurone 55 plasminogen 55 Cortisol 55 nigrostriatal 55 Thyroid hormone 55 salivary cortisol 55 p# MAP kinase 55 inflammatory cytokines 55 vagal tone 55 NAc 55 GSK 3ß 55 neurosteroid 55 cardiac autonomic 55 corticosterone 55 hypoperfusion 55 inflammatory mediators 55 hydroxylation 54 phagocytosis 54 adrenal 54 ectopic expression 54 CB2 receptors 54 Treg cells 54 UCP2 54 inferior frontal 54 #HT#A 54 Caffeine stimulates 54 oxidative metabolism 54 afferents 54 platelet activation 54 nitric oxide synthase NOS 54 TrkB 54 interleukins 54 IGFBP 3 54 vasodilatory 54 hippocampal neurons 54 mTORC1 54 GRK2 54 Cdc# 54 catabolic 54 AT1 receptor 54 T lymphocyte 54 astrocyte 54 circadian 54 dopamine neuron 54 vmPFC 54 presynaptic 54 mitochondrial respiration 54 neurotransmitter GABA 54 electrical conduction 54 palytoxin 54 homeostatic mechanisms 54 neurite 54 fat oxidation 54 TGF β 54 trigeminal nerve 54 physiological 54 p# MAPK 54 satiety signals 54 Angiotensin II 54 SREBP 54 acetylcholine receptor 54 Th1 type 54 intestinal microflora 54 NR2B 54 c Myb 54 SOD2 54 bradykinin 54 hepatic glucose production 54 vasoactive 54 hsp# 54 lateral orbitofrontal cortex 54 opioid peptides 54 CXCL# 54 LXRs 54 distension 54 splanchnic 54 medulla 54 secretory 54 GSNO 54 baroreceptors 54 adaptive immunity 54 endogenous cannabinoids 54 cyclic AMP cAMP 54 phasic 54 rostral anterior cingulate cortex 54 MEF2 54 oculomotor 54 parietal cortices 54 serotonin receptors 54 adrenocorticotropic hormone 54 endogenous opioids 54 mu receptors 54 excitatory neurons 54 GLUT4 54 extracellular signal 54 upregulates 54 neurotransmitter dopamine 54 serotonergic neurons 54 hemoglobin molecule 54 CD8 cells 54 innate immune response 54 NMDA receptor 54 hormone ghrelin 54 PAK1 54 SOCS3 54 effector T 54 F actin 54 tau phosphorylation 54 habenula 54 NF kappaB pathway 54 osteoblastic 54 HDAC5 54 TGFbeta 54 endothelium dependent 54 TGF beta1 54 cholesterol homeostasis 54 tumor suppressor protein 54 anabolism 54 ovarian hormones 54 spermatogenesis 54 parathyroid glands 54 calcium homeostasis 54 hypocretin 54 vitamin D receptors 54 receptor subunit 54 dorsal horn 54 5 hydroxytryptamine 54 hypocretin neurons 54 hypotensive 54 excitatory neurotransmitter 53 actin remodeling 53 MAP kinases 53 osmotic stress 53 electroencephalographic 53 PKC inhibitors 53 MT1 MMP 53 EZH2 53 neurons 53 mRNA expression 53 mitochondrial biogenesis 53 cAMP 53 Foxp3 53 hormone norepinephrine 53 pulmonary arterial 53 dysregulated 53 microglial activation 53 intestinal epithelial cells 53 phosphatidylserine 53 hyperactivated 53 myocardial contractility 53 receptor gene 53 cingulate cortex 53 dopamine 53 MCH neurons 53 hyperalgesia 53 ubiquitination 53 secreting insulin 53 transcriptional activation 53 neuronal synapses 53 mu opioid receptors 53 intracellular pH 53 detrusor 53 neo cortex 53 Wnt 53 Rab5 53 TNFalpha 53 beta globin gene 53 innate immune 53 tumor suppressor p# 53 hormones cortisol 53 Sgk1 53 nodulation 53 subgenual cingulate 53 subcortical 53 epigenetically 53 TGF beta signaling 53 messenger molecule 53 hormone prolactin 53 blood vessels dilate 53 synaptic 53 interleukin 1beta 53 receptor subtype 53 amygdala neurons 53 T lymphocytes 53 hypoxia inducible transcription 53 orexin receptors 53 #β HSD1 53 actin cytoskeleton 53 muscarinic receptor 53 agonist induced 53 NADPH 53 Purkinje cell 53 CaM kinase II 53 vasomotor 53 cortical excitability 53 transcriptional repressor 53 somatostatin 53 renal fibrosis 53 hindbrain 53 hyper reactive 53 BDNF 53 pro angiogenic 53 mTOR signaling 53 myocardin 53 adhesion molecule 53 autonomic nerves 53 antiapoptotic 53 neuro transmitter 53 GluR1 53 cyclic nucleotide 53 agonism 53 sensorimotor 53 neuronal connections 53 PPAR gamma 53 polyamine 53 CatB 53 hyperinsulinemia 53 ERK signaling 53 basal ganglia 53 natriuretic peptides 53 Notch1 53 Hypothalamic 53 leukocytosis 53 plasma lipids 53 extracellular fluid 53 downregulation 53 ryanodine receptor 53 iNOS 53 neuroinflammatory 53 sensory neurons 53 cellular metabolism 53 PGC 1α 53 chemical serotonin 53 axonal 53 muscle contractions 53 cytochrome c 53 subthalamic nucleus 53 glomerular 53 WNK1 53 cortexes 53 electro acupuncture 53 PTH secretion 53 glucocorticoid receptors 53 Sonic hedgehog 53 hypoxemia 53 vagus nerve 53 AMPA receptors 53 skeletal muscle 53 acetylcholine receptors 53 antidiuretic hormone 53 S6K 53 TNFα 53 Mcl 1 53 semaphorin 53 antioxidant enzyme 53 external stimuli 53 estrogen receptor alpha 53 glucocorticoid receptor 53 pituitary hormone 53 prostaglandin E2 PGE2 53 potentiated 53 osteoclast activity 53 induced neuronal 53 leptin hormone 53 innervate 53 morphogen 53 overactivated 53 beta adrenergic receptor 53 secretion 53 fronto 53 GABA receptor 53 GAPDH 53 endocannabinoids 53 NKT cell 53 cholecystokinin CCK 53 hormonal 53 phosphorylation 53 ventral prefrontal cortex 53 MnSOD 53 activin 53 acetyl CoA 53 neurotransmitter acetylcholine 53 hormone angiotensin 53 endoplasmic reticulum stress 53 excitatory neurotransmitter glutamate 53 podocyte 53 exocytosis 53 granule cells 53 nAChRs 53 sex hormone estrogen 53 signaling molecule 53 fibrin deposition 53 PGC 1a 53 SIRT6 53 IFN gamma 53 NR2B subunit 53 serotonin synthesis 53 actin binding 53 leptin resistance 53 nephron 53 mTOR 53 pudendal nerve 53 mitochondrial enzyme 53 neural 53 endothelial nitric oxide synthase 53 cell adhesion molecules 53 receptor signaling 53 CB1 receptor 53 painful stimuli 53 TRPV4 53 neural substrates 53 epithelial cells lining 53 autocrine 53 TORC1 53 effector memory 53 nicotinic 53 sortilin 53 phosphoinositide 53 anterior pituitary 52 signaling molecules 52 mineralocorticoid 52 nicotinic acetylcholine receptor 52 cortisol hormone 52 esophageal sphincter 52 natriuretic 52 paracrine 52 elevated cortisol 52 periaqueductal gray 52 heme oxygenase 1 52 cytoskeletal 52 PON1 52 lateral hypothalamus 52 cytokines proteins 52 capillary density 52 reductase 52 TRPV3 52 activated protein kinase 52 downregulate 52 calmodulin 52 glutamate 52 retinal photoreceptors 52 FasL 52 neuronal excitability 52 mechanoreceptors 52 Shh signaling 52 Sirt1 52 temporoparietal junction 52 signaling cascade 52 phosphatases 52 glucose homeostasis 52 dorsal anterior cingulate cortex 52 medial prefrontal 52 costimulatory 52 palmitoylation 52 endocannabinoid signaling 52 proprioceptive 52 cathepsins 52 glial 52 neuropeptide Y NPY 52 motoneurons 52 PI3K signaling 52 NKG2D 52 synapse formation 52 neocortical 52 IL 1beta 52 ENaC 52 Hedgehog signaling 52 dorsal striatum 52 Syt IV 52 STAT4 52 EphB2 52 Fig. 1C 52 ErbB4 52 FGFs 52 neuronal differentiation 52 gyrus 52 serum cortisol 52 pRb 52 effector cells 52 dopaminergic neurons 52 alkalosis 52 opiate receptors 52 tenascin C 52 glutamine 52 histone acetylation 52 leptin 52 cortisol secretion 52 Thyroid hormones 52 PER2 52 IL6 52 circadian clock genes 52 HepG2 cells 52 serotonin transporter 52 arginine vasopressin 52 Th2 cells 52 microtubule dynamics 52 posterior cingulate cortex 52 MMP2 52 Wnts 52 NF kappaB 52 E cadherin expression 52 macrophage activation 52 dorsal prefrontal cortex 52 neuronal excitation 52 paraventricular nucleus 52 innate immunity 52 fatty acid metabolism 52 cadherin 52 tyrosine hydroxylase 52 opioid receptors 52 melanocyte 52 STAT1 52 satiety hormone 52 intestinal epithelium 52 plasma leptin 52 beta adrenergic 52 neurotransmitter norepinephrine 52 H#K#me# 52 diastolic function 52 anandamide 52 phrenic nerve 52 brain neurochemistry 52 TLR5 52 digestive organs 52 hindgut 52 lymphocyte activation 52 MAP kinase 52 NOD2 52 glycogen metabolism 52 tumor vasculature 52 myofibroblasts 52 EGFR signaling 52 gamma H2AX 52 adenosine diphosphate ADP 52 inhibitory effect 52 Hcrt 52 Tbx5 52 neurocircuitry 52 protein synthesis 52 physiologically 52 brain frontal lobe 52 androgen hormones 52 5 HT2A receptor 52 LDLR 52 HtrA2 52 arousals 52 glomerulus 52 insulin secretion 52 Neuropeptide Y 52 monoamines 52 microglial cells 52 corticotropin releasing factor 52 extracellular signals 52 guanosine 52 striatal neurons 52 neuronal 52 DISC1 52 Notch signaling 52 transgene expression 52 CGRP 52 apoE4 52 demethylation 52 stomatal 52 triiodothyronine 52 amylin 52 Th2 immune 52 ERK pathway 52 medial frontal cortex 52 mitochondrial membrane 52 neurotransmitters 52 noxious stimuli 52 hypertensive rats 52 renal tubular 52 neurotransmitter glutamate 52 secretes hormones 52 PPARγ 52 lateral prefrontal cortex 52 microcirculatory 52 cannabinoid receptors 52 renin angiotensin system 52 D2 receptors 52 Serotonin 52 actin dynamics 52 osteoclast formation 52 enzyme phosphodiesterase 52 angiotensin II 52 adrenal function 52 histamine 52 autonomic nervous 52 oxytocin hormone 52 Smad4 52 cytokine 52 orexin neurons 52 GABA gamma aminobutyric acid 52 dopamine norepinephrine 52 dopamine receptor 52 hormone melatonin 52 saccadic 52 immunoreactivity 52 mu opioid receptor 52 N methyl 52 thalamus 52 neurotransmission 52 Hh 52 Circadian rhythm 52 Prolactin 52 PECAM 1 52 utrophin 52 ErbB2 52 glucose metabolism 52 malperfusion 52 denervation 52 TRPV1 receptors 52 phenotypic expression 52 RGCs 52 infarcted myocardium 52 excitatory synapses 52 lipin 52 lymphatics 52 intestinal flora 52 innate immune system 52 procaspase 3 52 mitogen activated protein kinase 52 peripheral insulin sensitivity 52 myosin II 52 pituitary hormones 52 focal adhesions 52 depolarizing 52 species ROS 52 repolarization 52 nucleolus 52 cardiac fibroblasts 52 casein kinase 52 p#Kip# 52 p# activation 52 chemoattractant 52 POMC neurons 52 protein tyrosine kinase 52 lipolysis 52 muscarinic 52 nicotinic receptors 52 beta1 integrin 52 pDCs 52 beta subunit 52 bladder sphincter 52 signaling cascades 52 kappa opioid receptor 52 basolateral 52 CYP #A# 52 prostaglandin synthesis 52 heme oxygenase 52 HuR 51 involuntary muscle contractions 51 muscular contractions 51 oxidized LDL 51 nAChR 51 Cx# [001] 51 restorative sleep 51 circadian cycle 51 catenin 51 tumor suppressive 51 striatal dopamine 51 mucus glands 51 HSP# 51 myocardial function 51 serotonin neurons 51 premotor cortex 51 PC# cells 51 circadian pacemaker 51 AT1R 51 Skp2 51 hypoxia induced 51 Notch pathway 51 kappa opioid receptors 51 homolog 51 serine proteases 51 cortical activation 51 myofibroblast 51 adenosine receptor 51 FoxO1 51 SERCA 51 pressure natriuresis 51 CCL# 51 anti apoptotic 51 basophils 51 purine 51 Pdx1 51 upregulation 51 metabolizing enzyme 51 olfactory receptor neurons 51 Acetylcholine 51 motility 51 NADPH oxidase 51 intermittent hypoxia 51 globular proteins 51 CaM kinase 51 anti inflammatory cytokine 51 remyelination 51 SIRT1 protein 51 peroxynitrite 51 NKT cells 51 paxillin 51 CD8 T cells 51 genes encode proteins 51 Kupffer cells 51 hippocampal 51 cough reflex 51 androgen receptors 51 metabolic processes 51 opioid receptor 51 upregulating 51 γ secretase 51 sensory nerve fibers 51 plasminogen activator inhibitor 51 autoreactive 51 excitability 51 pericytes 51 MAPKs 51 paragangliomas 51 neurotransmitters dopamine 51 cardiolipin 51 osteoclast 51 parathyroid gland 51 LDL receptors 51 glial cells 51 COMT enzyme 51 neuron 51 S nitrosylation 51 blood glucose concentrations 51 hematopoiesis 51 pyramidal cells 51 HMG CoA reductase 51 microvascular endothelial cells 51 hormone aldosterone 51 axon outgrowth 51 Smoothened 51 pineal glands 51 diastolic dysfunction 51 brainstem 51 intraventricular 51 suppressor cells 51 IRF5 51 TNF α 51 junctional 51 thermogenesis 51 inflamed airways 51 perivascular 51 medial frontal 51 endoplasmic reticulum 51 lipoprotein lipase 51 TGF β1 51 quinidine sulfate 51 TGF beta 51 B7 H1 51 CYP#E# gene 51 HUCB cells 51 dopamine neurotransmitter 51 JAK STAT 51 cyclooxygenase 2 51 fibrotic 51 orbitofrontal 51 myotonia 51 cyclooxygenase 51 prefrontal lobes 51 humoral immunity 51 oscillatory 51 vascular endothelial cells 51 diastole 51 Rho kinase 51 myocardium 51 tissue homeostasis 51 GABAA receptors 51 gene p# 51 endoxifen 51 phosphorylates 51 stress hormone cortisol 51 analgesic effects 51 signaling pathways 51 uPAR 51 apoptotic pathway 51 ion channels 51 BDNF protein 51 Valsalva maneuver