Related by context. All words. (Click for frequent words.) 72 baroreflex 72 baroreceptor 70 nociceptive 70 efferent 69 muscarinic receptors 69 hypothalamic pituitary adrenal axis 69 neurohormonal 69 parasympathetic 69 endothelium dependent 69 catecholamine 69 afferents 68 vasodilatation 68 hypoperfusion 68 glomerular 68 autoregulation 68 noradrenergic 68 hypothalamic pituitary 68 vagal nerve 68 fibrin deposition 68 HPA axis 68 raphe 67 platelet activation 67 innervation 67 myocardial contractility 67 hyperalgesia 67 hypoxemia 67 denervation 67 fatty acid oxidation 67 overactivation 66 mitogenic 66 baroreflex sensitivity 66 afferent 66 intraventricular 66 ERK1 2 66 vasoconstriction 66 upregulates 66 ACh 66 excitotoxic 66 IL 1ß 66 hypothalamic 66 rCBF 66 Vasopressin 66 vasoactive 65 proinflammatory cytokines 65 agonist induced 65 potentiated 65 neurosteroid 65 locomotor activity 65 IL 1β 65 hyperexcitability 65 neuropeptide Y 65 beta adrenergic receptors 65 autophagic 65 osteoblast 65 astrocytic 65 vasodilation 65 ouabain 65 eNOS 65 myocyte 65 vasodilatory 65 contractility 65 cardiac autonomic 65 cAMP signaling 65 potentiation 65 mitochondrial biogenesis 65 striatal 65 inflammatory cytokine 65 adrenocortical 65 pulmonary vascular 65 depolarization 65 expiratory 64 dopamine signaling 64 autonomic nervous system 64 catabolism 64 microglial activation 64 mitochondrial respiration 64 ischaemia 64 detrusor 64 receptor subtypes 64 kainate 64 corticospinal 64 cholinergic 64 inotropic agents 64 amyloid β 64 ERK activation 64 glutamatergic 64 LPS induced 64 GH secretion 64 hypoxia induced 64 parietal cortices 64 TNFalpha 64 myoclonus 64 ischemia induced 64 splanchnic 64 dobutamine 64 junctional 64 renal fibrosis 64 nociceptors 64 leukocytosis 64 allergic inflammation 64 microcirculatory 64 anterior temporal 64 intracellular signaling 63 Ca2 + 63 elastase 63 heme oxygenase 1 63 Angiotensin II 63 alveolar epithelial cells 63 cerebral perfusion 63 vasoconstrictor 63 distension 63 hypothalamic pituitary adrenal HPA 63 excitatory 63 contractile function 63 proximal tubule 63 capillary density 63 striatal dopamine 63 intermittent hypoxia 63 vasopressor 63 atrioventricular 63 Purkinje cell 63 posterior cingulate 63 cerebral ischemia 63 extracellular calcium 63 autonomic dysfunction 63 microglial 63 thyrotropin 63 proinflammatory cytokine 63 leukocyte counts 63 inferior frontal 63 pudendal nerve 63 inotropic 63 hypotensive 63 AT1R 63 intracerebral 63 arterial inflammation 63 myofibroblasts 63 electroencephalographic 63 baroreceptors 63 N cadherin 63 dorsolateral prefrontal cortex 63 prefrontal cortical 63 pro inflammatory cytokine 63 dose dependently 63 perivascular 63 overactivity 62 hypercapnia 62 serum cortisol 62 upregulation 62 renin angiotensin aldosterone 62 airway hyperresponsiveness 62 parasympathetic tone 62 proinflammatory 62 hyperactivation 62 aldosterone 62 S nitrosylation 62 acetylcholine receptor 62 beta endorphin 62 hyperresponsiveness 62 diastolic function 62 hepatic glucose production 62 SOCS3 62 renin angiotensin system 62 Th1 cells 62 experimentally induced 62 isoproterenol 62 ileal 62 hindlimb 62 PGC 1α 62 GABAA receptors 62 inhibitory neurotransmitters 62 5 HT1A 62 alkalosis 62 osteoclastic 62 potentiates 62 ventrolateral 62 distensibility 62 intrahepatic 62 natriuresis 62 aminobutyric acid 62 arteriolar 62 serotonergic 62 dorsolateral 62 hormone secretion 62 umbilical vein 62 somatosensory 62 contractile 62 Aldosterone 62 Androgen receptor 62 fronto 62 BMP signaling 62 TRPV4 62 intracoronary 62 S#A# [002] 62 atherogenesis 62 parasympathetic nervous system 62 vasomotor 62 vascular permeability 62 hyperinsulinemia 62 TGF b 62 interleukin 1beta 62 adrenergic receptors 62 systolic function 62 myocardial ischemia 62 pharmacological inhibition 62 subgenual cingulate 62 ERalpha 62 parkinsonian 62 ventilatory 62 oxidative metabolism 62 thrombus formation 62 myocardial 62 myofibroblast 62 cyclooxygenase 2 62 p# activation 62 GLUT4 62 premotor 62 vagal tone 62 immunoreactivity 62 E selectin 62 vessel constriction 62 inducible nitric oxide synthase 62 monocyte 62 mesenteric 62 PKC inhibitors 62 bradykinin 62 dopaminergic 62 gyri 62 interstitial fibrosis 62 hypothalamic pituitary axis 62 ATP hydrolysis 61 neuronal dysfunction 61 cardiac fibrosis 61 hippocampal atrophy 61 presynaptic 61 dorsomedial 61 interstitium 61 muscarinic receptor 61 parenchymal 61 VE cadherin 61 stimulated insulin secretion 61 PECAM 1 61 MAP kinase 61 flow mediated dilation 61 glomerular filtration 61 P#X# receptors 61 adenylate cyclase 61 ventricular dilatation 61 cortical activation 61 thalamic 61 cardioprotection 61 anterograde 61 c Src 61 pulmonary inflammation 61 vasodilators 61 adrenoceptor 61 hERG channel 61 endogenous opioid 61 chloride secretion 61 neurotransmitters serotonin 61 glucocorticoid 61 pressure natriuresis 61 sinus node 61 NKT cell 61 leptin signaling 61 iNOS 61 mechanical dyssynchrony 61 DRG neurons 61 CEACAM1 61 humoral 61 jugular venous 61 dorsal root ganglion 61 downregulating 61 Hypothalamic 61 motoneurons 61 c Fos 61 dopaminergic neurons 61 beta adrenergic 61 oculomotor 61 Prefrontal 61 striatal neurons 61 anterior temporal lobe 61 N methyl 61 vascular endothelial 61 atherosclerotic lesions 61 AMPA receptor 61 retinal ischemia 61 physiologic 61 myocardium 61 lactate dehydrogenase 61 dyssynchrony 61 thromboxane 61 meningeal 61 Skeletal muscle 61 nicotinic 61 epididymal 61 blood glucose concentrations 61 lipogenesis 61 extracellular signal 61 IFN γ 61 vascular reactivity 61 depolarizing 61 neointimal hyperplasia 61 sinus tachycardia 61 modulatory 61 ectopic expression 61 calcium homeostasis 61 cerebral oxygenation 61 CYP #A# 61 MT1 MMP 61 baroreceptor reflex 61 PTH secretion 61 infarct size 61 fibrogenesis 61 left ventricular dysfunction 61 splenic 61 ATPase 61 colonic motility 61 polymorphonuclear leukocytes 61 basolateral 61 P selectin 61 prostaglandin synthesis 61 MMP2 61 NF kappaB activation 61 neovascularization 61 TGF ß1 61 osteoblastic 61 hemodilution 61 gut motility 61 TIMP 1 61 noradrenaline 61 vmPFC 61 endothelial activation 61 malperfusion 61 gut mucosa 61 myocardial tissue 61 insular cortex 61 ß catenin 61 D2 receptor 60 neuroinflammatory 60 prefrontal brain 60 proteolysis 60 left ventricular diastolic 60 akinesia 60 subcortical 60 NF kappaB pathway 60 ATPase activity 60 PIP2 60 extracellular dopamine 60 FOXO 60 GI motility 60 synaptic transmission 60 Macrophage 60 TNF α 60 cingulate 60 eosinophil count 60 natriuretic peptides 60 tricuspid regurgitation 60 mdx mice 60 FasL 60 plasma lipids 60 lesional 60 pulmonary arterial 60 aberrantly activated 60 cortisol secretion 60 mediated inhibition 60 glycogen metabolism 60 AV node 60 Norepinephrine 60 mineralocorticoid 60 peripheral tissues 60 serotonin reuptake 60 neurohormones 60 #HT#A 60 mPFC 60 cerebellar 60 paracrine 60 amyloid deposition 60 endotoxemia 60 ventricular remodeling 60 nitric oxide synthase NOS 60 neuronal signaling 60 mechanical allodynia 60 rostral anterior cingulate cortex 60 TGF ß 60 normoxic 60 proteoglycan 60 adenosine diphosphate ADP 60 plasminogen activator inhibitor 60 lung epithelium 60 cortisol concentrations 60 myeloperoxidase 60 urethral sphincter 60 calcium excretion 60 fat oxidation 60 dopamine neuron 60 atelectasis 60 neuritic 60 stenotic 60 endothelial nitric oxide synthase 60 neurologic dysfunction 60 ABCB1 60 adenosine receptors 60 anterior cingulate 60 cortical neurons 60 choroidal 60 striated muscle 60 synovial 60 Aâ 60 coagulopathy 60 neuronal plasticity 60 TNFa 60 truncal 60 cardiac myocytes 60 steroidogenic 60 IL6 60 glucose homeostasis 60 brain parenchyma 60 hyperreflexia 60 Diastolic 60 airway hyper responsiveness 60 gastric mucosal 60 serum homocysteine 60 TGF beta signaling 60 cyclic AMP cAMP 60 FGFs 60 Endothelial 60 HuR 60 mTOR signaling 60 coronary microvascular 60 LTB4 60 intrathoracic 60 IGFBP 3 60 adrenergic 60 WNK1 60 renal tubular 60 cholesterol homeostasis 60 CB1 receptor 60 Purkinje cells 60 dysregulation 60 CTGF 60 Inosine 60 transmural 60 mitogen 60 salivary cortisol 60 hemodynamic parameters 60 TGF β 60 postsynaptic 60 intima media thickness 60 superior temporal gyrus 60 repolarization 60 sensorimotor 60 autocrine 60 Androgen 60 homeostatic 60 growth hormone secretion 60 ERK signaling 60 TGF beta1 60 malonyl CoA 60 vascularisation 60 hyperintensity 60 ERK pathway 60 allopregnanolone 60 receptor activation 60 somatosensory cortex 60 left ventricular LV 60 neuronal differentiation 60 PI3K signaling 60 hypertensive rats 60 serum BDNF 60 Ischemic 60 gastrointestinal motility 60 chemoattractant 60 orbitofrontal 60 nitric oxide synthase 60 subthalamic nucleus STN 60 acetylcholine receptors 60 nephron 60 lipoprotein lipase 60 periaqueductal gray 60 artery stenosis 60 glutamate signaling 60 caudate 60 asthmatic airways 60 proximal tubules 60 p#Kip# 60 erythroid 60 urothelial 60 hyperglycaemia 60 caval 60 thermoregulatory 60 fractional shortening 60 tissue oxygenation 60 anticholinergic agents 59 peripheral insulin sensitivity 59 neocortical 59 innervated 59 vasopressin 59 histone acetylation 59 anterior cortex 59 cardiac conduction 59 afterload 59 submaximal 59 neurite outgrowth 59 cardiac insufficiency 59 cerebral arteries 59 axonal damage 59 inflamed tissues 59 tumoral 59 vWF 59 VEGF expression 59 neuro transmitters 59 hepatocellular 59 extensor muscles 59 Th2 immune 59 induced neuronal 59 osteoclast formation 59 ionotropic 59 hypertrophic 59 neurofilament 59 systole 59 glutamate receptors 59 cholecystokinin CCK 59 β1 59 transgene expression 59 T lymphocyte 59 arrhythmogenic 59 inhibitory transmitter 59 endocannabinoid signaling 59 p# MAPK 59 IFN beta 59 epithelia 59 5 hydroxytryptamine 59 electrophysiologic 59 intimal hyperplasia 59 IL 1beta 59 vascular inflammation 59 D aspartate 59 RIP1 59 metabolic disturbances 59 electro acupuncture 59 neuronal apoptosis 59 leptin concentrations 59 cellular prion protein 59 peritumoral 59 pineal 59 serine proteases 59 ciliary 59 palytoxin 59 occipital cortex 59 GLP 1R 59 medial frontal cortex 59 synovial fibroblasts 59 tyrosine hydroxylase 59 prostaglandin E2 PGE2 59 cardioplegic arrest 59 prostaglandin E2 59 CaM 59 somatostatin 59 cortices 59 intestinal motility 59 lateral habenula 59 Kupffer cells 59 globus pallidus 59 isoenzyme 59 proton pump 59 apoptotic pathway 59 CaMKII 59 arcuate nucleus 59 hypopneas 59 leukotriene 59 dysrhythmias 59 polyamine 59 fatty acid metabolism 59 downregulates 59 mutant huntingtin protein 59 eicosanoid 59 experimental allergic encephalomyelitis 59 hepatic enzymes 59 paragangliomas 59 antegrade cerebral perfusion 59 neurohormone 59 arterial plaques 59 mu opioid 59 thymic 59 thyrotoxicosis 59 diastole 59 intestinal epithelium 59 β cell 59 NADPH oxidase 59 vessel dilation 59 Optic nerve 59 synovial cells 59 hemodynamics 59 hypometabolism 59 myocytes 59 PC# cells 59 ASIC1a 59 KATP channels 59 lung edema 59 prothrombotic 59 nigrostriatal 59 Fas ligand 59 urinary excretion 59 Rab5 59 left ventricular systolic 59 TNFα 59 gonadotrophin releasing hormone 59 medullary 59 paricalcitol 59 secretory 59 urocortin 59 hypothalamus pituitary 59 vasospasm 59 peristalsis 59 serum antibodies 59 intestinal permeability 59 Clusterin 59 Rho kinase 59 HIF 1a 59 neuronal excitability 59 fast skeletal troponin 59 adrenocorticotropic hormone 59 mRNA expression 59 mesolimbic 59 dorsal horn 59 Thyroid hormone 59 nAChRs 59 neuromuscular junction 59 GRK2 59 catecholamines 59 serotonergic neurons 59 cerebral ischemic 59 arterial calcification 59 Kir#.# 59 dermal collagen 59 nitrotyrosine 59 sensory nerves 59 NADPH 59 immunoreactive 59 UCP2 59 transcriptional activation 59 plasma fibrinogen 59 P cadherin 59 erythropoiesis 59 neuronal migration 59 Hedgehog signaling 59 GLI1 59 rostral 59 myometrial 59 systolic dysfunction 59 JAK STAT signaling 59 nNOS 59 elevated cortisol 59 PLA2 59 sFlt 1 59 tau phosphorylation 59 downregulation 59 metabolic acidosis 59 pro angiogenic 59 STAT1 59 pharmacologically induced 59 vertebrobasilar 59 neurotrophic 59 cyclic nucleotide 59 monoamine 59 gluconeogenesis 59 gamma oscillations 59 gastric motility 59 fibrotic 59 platelet aggregation 59 oxidized phospholipids 59 lipopolysaccharide 59 nociception 59 Rac1 59 NFkappaB 59 receptor gamma 59 cyclooxygenase 59 parkinsonism 59 hypothermic circulatory arrest 59 gastric mucosa 59 nAChR 59 MMP# 59 hypersecretion 59 attenuates 59 upregulating 59 hyperoxia 59 ileus 59 GABAergic 59 selective cerebral perfusion 59 microvasculature 59 coronary perfusion 59 ipsilateral 59 myogenic 59 occlusive disease 59 ACE2 58 diaphragmatic 58 nitrosothiols 58 innervate 58 gene polymorphisms 58 TrkB 58 myo inositol 58 galanin 58 antiapoptotic 58 reactive hyperemia 58 periocular 58 brachial artery 58 acetylcholine neurotransmitter 58 microvessel density 58 neurotransmitter GABA 58 antibody mediated 58 neuromuscular junctions 58 hypocretin neurons 58 metabolizing enzyme 58 neutrophilic 58 thyroid stimulating hormone 58 MyoD 58 Sgk1 58 #β HSD1 58 STN DBS 58 downregulate 58 medial frontal 58 apical 58 mitochondrial membrane potential 58 PPARg 58 plasminogen 58 myocardial function 58 myocardial fibrosis 58 neuronal synapses 58 dopaminergic neuron 58 CGRP 58 plasma leptin 58 P#X# receptor 58 hemodynamic variables 58 degranulation 58 creatine kinase 58 Parkinsonian 58 trabecular meshwork 58 vascular occlusion 58 tyrosine phosphorylation 58 ciliary body 58 ischemic preconditioning 58 mitogen activated protein kinase 58 pharyngeal 58 noradrenalin 58 CD#b 58 prostaglandin E 58 orexin receptors 58 cyclic AMP 58 dopamine reuptake 58 T2 weighted images 58 IRE1 58 sensory gating 58 hormone angiotensin II 58 vascular endothelial cells 58 tachypnea 58 NR2B subunit 58 reticular 58 medial temporal 58 Oncogenic 58 triacylglycerol 58 β catenin 58 cerebral infarction 58 sortilin 58 thromboxane A2 58 umbilical artery 58 osteolytic 58 endoplasmic reticulum stress 58 dorsalis pedis 58 infarcted myocardium 58 vasovagal syncope 58 ictal 58 γ secretase 58 caveolin 1 58 hemodynamic 58 cytoskeletal 58 SUMOylation 58 inferior parietal 58 pyramidal cells 58 orbital frontal cortex 58 PKC inhibitor 58 Hcrt 58 cyclic guanosine monophosphate cGMP 58 F actin 58 renal tubules 58 skeletal muscle 58 neuro endocrine 58 intact parathyroid hormone 58 inspiratory 58 theta rhythm 58 fusiform 58 gyrus 58 calculi 58 Cerebellar 58 antidiuretic hormone 58 trigeminal 58 anabolism 58 dysgenesis 58 5 HT2A receptor 58 anterior cingulate gyrus 58 neurone 58 matrix metalloproteinases 58 adrenal cortex 58 leukocyte recruitment 58 Src kinase 58 plasma cortisol 58 interferon γ 58 NMDA receptors 58 TRPV1 receptors 58 Hippocampal 58 SSc 58 cortical 58 corticotrophin releasing hormone 58 enkephalins 58 immunomodulatory effects 58 temporoparietal 58 gastroesophageal 58 arterial oxygen saturation 58 CatB 58 cotransporter 58 Leydig cell 58 LRP5 58 hemolytic 58 angiotensin converting enzyme 58 cardiolipin 58 intrathoracic pressure 58 primary aldosteronism 58 cathepsin B 58 S6K 58 dorsal root ganglia 58 NMDA receptor 58 ischemia reperfusion injury 58 antioxidant enzyme 58 perfusion defects 58 cdk5 58 biventricular pacing 58 extraocular 58 ventricular dilation 58 atrio ventricular 58 airway narrowing 58 GABAergic interneurons 58 natriuretic 58 adipogenic 58 serum albumin 58 carbohydrate metabolism 58 CaM kinase II 58 deacetylation 58 osteoclast 58 lymphadenopathy 58 asystole 58 granulomatous 58 temporal cortex 58 gliosis 58 hyperprolactinemia 58 Insulin sensitivity 58 inflammatory cytokines 58 cisplatin resistant 58 paraventricular nucleus 58 transection 58 LDLR 58 neutrophil infiltration 58 mild diuretic 58 transcriptional activity 58 thrombotic complications 58 neuronal degeneration 58 proteolytic 58 podocytes 58 DLPFC 58 catenin 58 murine model 58 Superoxide 58 glucose uptake 58 coronary stenosis 58 myopathies 58 supraventricular 58 reductase 58 airway constriction 58 CXCL# 58 jejunal 58 serum parathyroid hormone 58 prefrontal regions 58 nerve conduction velocity 58 hypertrophy 58 alanine aminotransferase ALT 58 diffusible 58 macrophage infiltration 58 NAc 58 radicular 58 cerebral vascular 58 Wnt signaling 58 autonomic nerves 58 phagocyte 58 levator 58 hemiparesis 58 mucociliary clearance 58 axonal 58 airflow limitation 58 osteopontin 58 TGF beta pathway 58 cardiac troponin 58 cavernous sinus 58 adrenal medulla 58 corticotropin releasing hormone 58 glial 58 frontal parietal 58 Runx2 58 oncogenic transformation 58 isolated perfused 58 cytokine interleukin 58 intra tumoral 58 angiotensin II receptor 58 neuropeptides 58 poststroke 58 HDAC2 58 spermatogenesis 58 alpha1 58 adipokines 58 arterioles 58 esophageal carcinoma 58 NMDAR 58 somatosensory evoked potentials 58 Treg cells 58 prefrontal lobe 58 melatonin receptors 58 phasic 58 superior temporal sulcus 58 sciatic nerves 58 circadian clock genes 58 CD1d 58 acupoint stimulation 58 sensory nerve 58 hemoglobin Hb 58 interleukin IL -6 58 microvascular endothelial cells 58 Nampt 58 Phosphorylation 58 Inhibitory 58 basic fibroblast 58 skin conductance responses 58 leukocyte infiltration 58 serotonin norepinephrine 58 Physiologic 58 ovarian hormones 58 medial prefrontal 58 vimentin 58 excess glutamate 58 intestinal mucosal 58 beta subunit 58 colorectal adenoma 58 adrenergic receptor 58 septal 58 interleukins 58 hippocampal neurons 58 activated microglia 58 acoustic startle 58 Akt activation 58 cortical excitability 58 ryanodine receptor 58 triiodothyronine 58 microvascular 58 haemodynamic 58 transferase 58 improves insulin sensitivity 58 endoplasmic 58 acetylcholine ACh 58 metaplasia 58 FGF# 58 Valsalva maneuver 58 conduction velocity 58 signaling cascades 58 cardiac contractility 58 excitatory neurotransmitter glutamate 58 serum glucose 58 MMP9 58 autoantibody levels 58 inhibitory effects 58 glycosylated hemoglobin HbA1c 58 tibial nerve 58 microvessel 58 VEGF induced 58 epistaxis 58 tHcy 57 tracheal intubation 57 submaximal exercise 57 beta adrenergic receptor 57 elevated homocysteine 57 IGFBP 57 tenascin C 57 adipocyte 57 pleiotropic effects 57 hepatic enzyme 57 Neuronal 57 intracellular pH 57 subclinical inflammation 57 Dysregulation 57 oxidases 57 epithelial barrier 57 aminophylline 57 heme oxygenase