vasoconstriction

Related by string. * * vasoconstriction narrowing *

Related by context. All words. (Click for frequent words.) 76 vasodilation 76 vasodilatation 72 vasoconstrictor 70 hyperalgesia 70 catabolism 69 baroreflex 69 muscarinic receptors 69 beta adrenergic receptors 69 vascular permeability 69 clot formation 69 fibrin deposition 69 hypoxemia 69 vasodilators 68 allergic inflammation 68 platelet activation 68 GH secretion 68 nitric oxide synthase 67 IL 1ß 67 detrusor 67 interstitium 67 vascular reactivity 67 proinflammatory cytokines 67 hyperactivation 67 adrenal cortex 67 prostaglandin synthesis 67 potentiation 67 proinflammatory 66 vasodilatory 66 contractility 66 vessel dilation 66 vessel constriction 66 myocardial contractility 66 neointimal hyperplasia 66 distension 66 metabolic acidosis 66 renal fibrosis 66 vagal 66 thrombus formation 66 hypoperfusion 66 TGF ß 66 TNFalpha 66 Angiotensin II 66 ouabain 66 vasomotor 66 neovascularization 66 autophagic 65 fatty acid oxidation 65 IFN γ 65 gut motility 65 proinflammatory cytokine 65 HPA axis 65 ACh 65 vWF 65 hyperinsulinemia 65 eNOS 65 proximal tubule 65 TGF β 65 airway constriction 65 collagen synthesis 65 osteoblast 65 erythropoiesis 65 airway inflammation 65 overactivation 65 Aldosterone 65 nociceptive 65 TGF beta1 65 receptor subtype 65 vasodilator 65 penile erection 65 fibrotic 65 catecholamine 65 hyperresponsiveness 65 ERK1 2 65 efferent 65 IL 1β 65 hepatic glucose production 65 TNF α 65 microcirculation 65 natriuresis 65 hypercapnia 65 neurohormonal 65 acetylcholine receptor 65 airway hyper responsiveness 65 endothelial 65 perivascular 65 vasospasm 64 cardioprotection 64 hypothalamic pituitary 64 artery stenosis 64 intimal hyperplasia 64 hypotensive 64 TNFa 64 dilating blood 64 mitogenic 64 myofibroblast 64 aldosterone 64 inhibitory neurotransmitters 64 airway hyperresponsiveness 64 CYP #A# 64 prostaglandin E2 64 nitric oxide synthase NOS 64 serine proteases 64 epithelia 64 alkalosis 64 inducible nitric oxide synthase 64 intestinal epithelium 64 cytokine signaling 64 sinus node 64 beta adrenergic 64 collagen deposition 64 elastase 64 mineralocorticoid 64 ABCA1 64 cerebral ischemia 64 arteries atherosclerosis 64 upregulation 64 malperfusion 64 atherogenesis 64 microglial activation 64 innervation 64 PTH secretion 64 autoregulation 64 mucociliary clearance 64 glomerular 64 endothelial dysfunction 64 activin 64 neurotrophic 64 myocyte 64 denervation 64 TGF ß1 64 BMP signaling 64 podocytes 64 inotropic 64 contractile function 63 peripheral tissues 63 myocardial ischemia 63 renin angiotensin aldosterone 63 systemic inflammation 63 TGF beta signaling 63 hypothalamic pituitary adrenal axis 63 adrenergic 63 afterload 63 glucagon secretion 63 5 HT1A 63 adrenergic receptors 63 aminotransferases 63 atherosclerotic lesions 63 63 HDAC2 63 microglial 63 proton pump 63 coronary vasodilation 63 PPAR γ 63 hypertrophy 63 fibrogenesis 63 hemodilution 63 mucus glands 63 choroidal 63 adenylate cyclase 63 paracrine 63 lung edema 63 antidiuretic hormone 63 mitochondrial biogenesis 63 gastrointestinal motility 63 thyrotropin 63 atherosclerotic plaques 63 blood vessels dilate 63 intermittent hypoxia 63 hyperplasia 63 osteolytic 63 diuresis 63 parasympathetic nervous system 63 detrusor muscle 63 aldosterone hormone 63 alveolar epithelial cells 63 distensibility 63 pulmonary arterial 63 pulmonary vasculature 63 enkephalins 63 cerebral arteries 63 dilate blood 63 intraventricular 63 ischaemia 63 GRK2 63 interleukins 63 dilates blood 63 IL 1beta 63 leukotriene 63 bone resorption 63 glucocorticoid 63 overactivity 63 cytoprotective 63 mechanical allodynia 63 cardioplegic arrest 63 renal tubules 63 neurotransmitter GABA 63 excitotoxic 63 receptor activation 63 cholecystokinin CCK 63 endothelial nitric oxide synthase 63 endothelium dependent 63 Sgk1 62 gastric mucosal 62 Ca2 + 62 cardiac fibrosis 62 NF kappaB activation 62 iNOS 62 intestinal motility 62 adrenocorticotropic hormone 62 VEGF induced 62 Vasopressin 62 cough reflex 62 inflammatory cytokine 62 amyloid β 62 heme oxygenase 1 62 isoproterenol 62 raphe 62 catecholamines 62 nasal mucosa 62 vascular inflammation 62 prothrombotic 62 macrophage infiltration 62 kainate 62 splanchnic 62 mucus secretion 62 neuropeptide Y 62 electrolyte imbalances 62 alpha Gal 62 nociceptors 62 airway narrowing 62 PDGFR 62 beta endorphin 62 myocytes 62 K + ATPase 62 mitogen 62 baroreceptor 62 endothelial activation 62 myofibroblasts 62 HuR 62 amyloid deposition 62 natriuretic peptides 62 carbohydrate metabolism 62 antioxidant glutathione 62 secretion 62 Endothelial 62 P selectin 62 noradrenergic 62 plasma lipids 62 adrenalectomy 62 adrenocortical 62 mixed hyperlipidemia 62 extravasation 62 gastric motility 62 IL6 62 ENaC 62 myocardial function 62 AT1 receptor 62 ventricular dilatation 62 dose dependently 62 hyperoxia 62 fibrosis 62 fibrinolysis 62 atheroma 62 dephosphorylation 62 sortilin 62 arterial plaques 62 Angiotensin converting enzyme 62 synaptic transmission 62 lipogenesis 62 arterial inflammation 62 hepatotoxic 62 tibial nerve 62 trabecular meshwork 62 isoenzyme 62 rCBF 62 proteoglycan 62 vascularization 62 GI motility 62 oncomodulin 62 E selectin 62 interferon γ 62 osteoblast differentiation 62 calcium excretion 62 cyclic AMP 62 pilocarpine 62 coagulopathy 62 gastric mucosa 62 toxic beta amyloid 62 pressure natriuresis 62 myocardial tissue 62 bacterial overgrowth 62 peristalsis 62 osteogenesis 62 meningeal 62 inhibiting COX 61 adrenoceptor 61 hepatocellular 61 vasoactive 61 M1 muscarinic 61 pharyngeal 61 arteriolar 61 agonist induced 61 extracellular fluid 61 N methyl 61 tenascin C 61 efflux 61 hyperreflexia 61 afferents 61 endotoxemia 61 basic fibroblast 61 ischemia 61 microvascular endothelial cells 61 analgesic effects 61 penile tissue 61 systemic hypotension 61 nitrotyrosine 61 capillary permeability 61 eicosanoids 61 occlusive disease 61 venous drainage 61 serotonin reuptake 61 antiinflammatory 61 lipolysis 61 serum cortisol 61 endothelial nitric oxide 61 NADPH oxidase 61 neuronal dysfunction 61 ileus 61 Th1 cells 61 hypothermic circulatory arrest 61 cyclooxygenase 61 acid secretion 61 collagen degradation 61 61 p# MAPK 61 thrombi 61 interleukin IL -# 61 PECAM 1 61 triiodothyronine 61 hypovolemia 61 cholesterol homeostasis 61 p# activation 61 noradrenaline 61 chloride secretion 61 Endothelial dysfunction 61 cardiac hypertrophy 61 demyelination 61 glutamatergic 61 growth hormone secretion 61 bradykinin 61 atherosclerotic 61 torsade de pointes 61 coagulation cascade 61 cardiac insufficiency 61 platelet aggregation 61 Th2 immune 61 partial agonist 61 motoneurons 61 renal arteries 61 cytokines proteins 61 arterial stiffening 61 triacylglycerol 61 inflamed tissues 61 mdx mice 61 synovium 61 cerebral perfusion 61 baroreceptors 61 neurite outgrowth 61 dopamine reuptake 61 mesenteric 61 plasminogen 61 diastolic function 61 alveolar macrophages 61 lung fibrosis 61 gastric distension 61 mitochondrial enzyme 61 61 retinal neovascularization 61 chitinase 61 secretase 61 adenosine diphosphate ADP 61 hypothalamus pituitary 61 vasodilating 61 dilates blood vessels 61 periodontal infection 61 secrete hormones 61 diffusible 61 afferent 61 nNOS 61 angiotensin II 61 demethylation 61 upregulates 61 metalloproteinases 61 peroxynitrite 61 intracerebral 61 tissue oxygenation 61 immunoreactivity 61 endocannabinoid signaling 61 left ventricular hypertrophy 61 fibrotic disease 60 NMDAR 60 vascular endothelial cells 60 renal tubular 60 IGFBP 3 60 blood vessel constriction 60 proteolysis 60 contractile 60 γ secretase 60 motor neuropathy 60 myocardial 60 trigeminal 60 mitral stenosis 60 intrahepatic 60 LHRH agonists 60 Smad4 60 uric acid crystals 60 cartilage degeneration 60 lipid accumulation 60 factor Xa 60 CB1 receptor 60 glucocorticoid receptor 60 heme oxygenase 60 atherosclerotic disease 60 microcirculatory 60 acidosis 60 superoxide dismutase 60 jejunal 60 receptor blockers 60 exocytosis 60 diastolic dysfunction 60 Oxidative stress 60 thyrotoxicosis 60 inflammatory cascade 60 proapoptotic 60 IFNg 60 VEGF expression 60 cortical excitability 60 activate p# 60 coronary artery atherosclerosis 60 neurotransmitters serotonin 60 tryptase 60 lichen planus 60 dopaminergic 60 extracellular dopamine 60 alveolar 60 ERK activation 60 hyperparathyroidism 60 mutant huntingtin protein 60 antioxidant enzyme 60 microvascular disease 60 mRNA expression 60 5 HT2A receptor 60 cortisol secretion 60 Kupffer cells 60 inhibitory effects 60 inflammatory mediators 60 dopamine signaling 60 S nitrosylation 60 sympathectomy 60 neurologic dysfunction 60 urinary protein 60 bowel motility 60 Abeta# 60 immunomodulatory effects 60 intrathoracic 60 mitochondrial membrane 60 corpus cavernosum 60 ischemia reperfusion injury 60 excitatory 60 sarcoplasmic reticulum 60 myeloperoxidase 60 mu opioid receptor antagonist 60 TNFα 60 hyperglycaemia 60 serum bicarbonate 60 metaplasia 60 cardiac myocytes 60 vascular endothelial 60 serotonergic 60 nephron 60 pro inflammatory cytokines 60 prostacyclin 60 micronuclei 60 thoracic aortic aneurysm 60 nephrotoxicity 60 muscarinic receptor 60 resorption 60 ventricular remodeling 60 epididymal 60 urate crystals 60 osteoclast activity 60 pro angiogenic 60 IL #p# 60 Optic nerve 60 refluxing 60 goblet cells 60 CEACAM1 60 hyperhydrosis 60 anti inflammatory cytokines 60 bladder contractions 60 gluconeogenesis 60 dorsal horn 60 VEGF protein 60 pro inflammatory cytokine 60 intestinal mucosa 60 cyclooxygenase 2 60 peroxidation 60 plasminogen activator inhibitor 60 autonomic nervous system 60 outflow tract 60 Akt activation 60 adipogenic 60 fatty infiltration 60 angiotensin II hormone 60 coronary stenosis 60 downregulation 60 hepatic steatosis 60 proinflammatory mediators 60 vasopressor 60 anti inflammatory cytokine 60 Th# cells 60 transthyretin 60 thrombogenic 60 microvascular dysfunction 60 lung epithelium 60 caveolae 60 serotonin synthesis 60 baroreflex sensitivity 60 secreting insulin 60 hyperactivated 60 intima 60 primidone 60 β1 60 renal excretion 60 pyrimidine 60 osteopontin 60 hypocalcaemia 60 galanin 60 inflammation 60 rhinorrhea 60 hyperammonemia 60 platelet adhesion 60 receptor subtypes 60 Thyroid hormone 60 platelet stickiness 60 fluid secretion 60 glycosaminoglycan 60 AT1R 60 selective inhibition 60 norepinephrine 60 expiratory 60 innate immune responses 60 asthmatic airways 60 osmotic stress 60 LPS induced 60 hydroxylation 60 myoclonus 60 beta subunit 60 glutamate signaling 60 airway epithelial cells 60 tamponade 60 dopamine antagonists 60 rolipram 60 TGFß 60 androgen hormone 60 synovial tissue 60 mitochondrial respiration 60 dysrhythmias 60 GSNO 60 lymphangiogenesis 60 constipating effects 60 eosinophilia 60 pDCs 60 granulomatous 60 intracellular calcium 60 neurohormones 60 myocardium 60 choroidal neovascularization 60 cyclooxygenase COX 60 allopregnanolone 60 gamma aminobutyric acid GABA 60 cell adhesion molecules 60 SGOT 60 interstitial fibrosis 60 hypothalamic 60 hepatic enzymes 60 aminophylline 60 adrenal function 60 oxidative metabolism 60 basophils 60 inflammatory cytokines 60 Runx2 60 extracellular signal 60 pressor response 60 gamma aminobutyric acid 60 leukocyte adhesion 60 UCP1 60 IKK2 60 CTGF 60 axonal damage 60 autonomic nerves 60 neurotransmitters dopamine 60 PIP2 60 cAMP signaling 60 pentoxifylline 60 intestinal absorption 60 esophageal lining 60 WNK1 59 akinesia 59 aqueous humor 59 IRE1 59 NFkB 59 neurohormonal activation 59 salivary flow 59 NMDA receptors 59 Androgen receptor 59 oxidative stress inflammation 59 parasympathetic tone 59 Prolactin 59 parathyroid gland 59 mevalonate 59 melatonin receptors 59 pituitary hormone 59 vasculopathy 59 endocrine glands 59 hypertensive rats 59 naturally occurring amino acid 59 estrone 59 hydrolases 59 thyroid hormone receptor 59 prostaglandin D2 59 LTB4 59 arterial calcification 59 caspase activation 59 cholesterol efflux 59 cardiac contractility 59 neurotransmitter glutamate 59 SGLT1 59 prostaglandin E 59 lymphocyte activation 59 receptor signaling 59 atherosclerotic plaque 59 dystroglycan 59 endothelial function 59 endothelium 59 extracellular calcium 59 repolarization 59 reuptake 59 pigment epithelium derived 59 myopathies 59 mucosal immune responses 59 gastric emptying 59 PHD2 59 Factor VEGF 59 endoplasmic reticulum stress 59 lymphatics 59 inhibitory effect 59 neuronal excitability 59 osteoclast formation 59 lipopolysaccharide 59 Diabetic neuropathy 59 hyperexcitability 59 TRPV4 59 hyperkalemia 59 excitatory neurotransmitter glutamate 59 renin angiotensin system 59 NKG2D 59 left ventricular LV 59 nAChRs 59 neuroinflammation 59 SGPT 59 sGC 59 PKC beta 59 prostaglandin E2 PGE2 59 airflow limitation 59 vaso 59 intratumoral 59 peritumoral 59 acute aortic dissection 59 osteogenic 59 astrocytic 59 myocardial fibrosis 59 adrenocorticotropic hormone ACTH 59 pericytes 59 inhibitory neurotransmitter 59 Sjögren syndrome 59 adenosine receptor 59 mediated inhibition 59 CatB 59 remyelination 59 adenosine receptors 59 insulin secretion 59 thyroxine 59 SIADH 59 gingiva 59 ovarian hormones 59 AChE 59 hypercoagulable 59 depolarization 59 CCL# 59 PlGF 59 glucose homeostasis 59 intima media thickness 59 vascularisation 59 adrenal suppression 59 GLI1 59 vasovagal syncope 59 TRPV1 receptors 59 renal parenchyma 59 PEDF 59 TrkA 59 neuro transmitters 59 PGE2 59 XBP1 59 COX enzymes 59 potent vasodilator 59 cytochrome c oxidase 59 mesangial 59 basolateral 59 59 palytoxin 59 Fas ligand 59 sclerosing 59 T lymphocyte 59 caveolin 1 59 locomotor activity 59 oxidized phospholipids 59 ketone bodies 59 TGFbeta 59 CaM 59 ectopic expression 59 guanylate cyclase 59 dysregulation 59 CGRP 59 PTHrP 59 malignant transformation 59 ischemia induced 59 urethral sphincter 59 radicular 59 Notch1 59 leptin signaling 59 noxious stimuli 59 edema swelling 59 Angiotensin 59 biliary obstruction 59 cardiac conduction 59 GLUT4 59 hypothalamic pituitary axis 59 antiangiogenic 59 voltage gated 59 EETs 59 dysregulated 59 pleiotropic effects 59 proteolytic 59 thromboxane A2 59 angiotensinogen 59 pancreas pancreatitis 59 reductase 59 allograft rejection 59 amyloid deposits 59 baroreceptor reflex 59 fibrosis scarring 59 thoracentesis 59 prostaglandin E1 59 cardiolipin 59 HepG2 cells 59 hypoventilation 59 mucosal inflammation 59 MMP2 59 lacrimal gland 59 coronary occlusion 59 adventitia 59 Hypotension 59 sphingomyelin 59 glycation 59 VE cadherin 59 secretory 59 euvolemic hyponatremia 59 upregulating 59 hemodynamics 59 noradrenalin 59 umbilical vein 59 anal sphincter 59 ADAMTS# 59 cytokine IL 59 Th2 59 haemodynamic 59 osteoclastic 59 leiomyoma 59 atrophic gastritis 59 PR interval prolongation 59 edematous 59 sensory neuron 59 p#NTR 59 cardiac troponin 59 PDGF BB 59 FasL 59 TGFβ 59 synovitis 59 angiotensin converting enzyme 59 neuronal plasticity 59 parenchyma 59 degranulation 59 adhesion molecule 59 intracoronary 59 autocrine 59 nicotinic acid 59 PGC 1α 59 STAT1 59 cofilin 59 nerve degeneration 59 carcinoids 59 PDE5A 59 lipid peroxides 59 left ventricular systolic 59 AMPA receptor 59 leukotrienes 59 induce regression 59 COX2 59 Rho kinase 59 NADPH 59 potent stimulator 59 leukocytosis 59 endogenous opioids 59 synovial 59 ropivacaine 59 aortic wall 59 thromboxane 59 acyl CoA 59 oesophagitis 59 inotropes 59 AhR 59 coronary perfusion 59 glomerular filtration 59 left ventricular diastolic 59 neuromuscular junction 59 corticotropin releasing hormone 59 genotoxic stress 59 urinary excretion 59 neointimal 59 signaling cascades 59 Chronic inflammation 59 IFN gamma 59 tau phosphorylation 59 hormone secretion 59 BH4 59 overactivated 59 lytic 59 vecuronium 59 dysfunction LVSD 59 tumor vasculature 59 choroidal neovascularization CNV 59 inflamed airways 59 abnormal angiogenesis 59 somatostatin 58 dorsalis pedis 58 HIF 1a 58 hERG channel 58 CIB1 58 Th2 cytokines 58 neurotransmitter acetylcholine 58 microangiopathy 58 aP2 58 cAMP 58 immunopathology 58 hyperprolactinemia 58 ventricular dilation 58 Orthostatic hypotension 58 alveolar macrophage 58 neutrophil recruitment 58 electrical conduction 58 VCAM 1 58 distention 58 arrhythmogenic 58 receptor mediated 58 splenic 58 bursae 58 PAOD 58 excess glutamate 58 osteoblastic 58 Histamine 58 Valsalva maneuver 58 atrioventricular 58 extrahepatic 58 fatty acid metabolism 58 pyrimidines 58 epithelial cells lining 58 MEK1 58 casein kinase 58 Neuropeptide Y 58 hypometabolism 58 hypoxia induced 58 ACTH 58 capillary density 58 neurohormone 58 dobutamine 58 ß amyloid 58 acinar 58 oropharyngeal 58 leukocyte infiltration 58 inotropic agents 58 oncogenic transformation 58 vascular calcification 58 systolic function 58 hemodynamic instability 58 tachypnea 58 elevated IOP 58 β catenin 58 bleedings 58 Endothelin 58 cytopenia 58 infarcted myocardium 58 junctional 58 Duodenal 58 Neutrophil 58 monoamine 58 Arginine 58 alpha adrenergic 58 calculi 58 β blockers 58 Inosine 58 vasopressin 58 neuronal apoptosis 58 neuroinflammatory 58 pancreatic ducts 58 estrogen deficiency 58 tyrosine phosphorylation 58 vasa 58 steroidogenic 58 beta adrenergic receptor 58 phosphatidylinositol 3 58 Ghrelin 58 suppressor cells 58 antibody mediated 58 enzyme phosphodiesterase 58 podocyte 58 fibrillin 1 58 peptide CGRP 58 pudendal nerve 58 fat oxidation 58 malonyl CoA 58 BDNF protein 58 inverse agonist 58 P#X# receptors 58 striatal dopamine 58 cardiomegaly 58 vagus 58 myocardial reperfusion 58 haemolysis 58 Spironolactone 58 ileal 58 myometrium 58 varicosities 58 EP1 receptor 58 enkephalin 58 pulmonary inflammation 58 aminobutyric acid 58 parkinsonism 58 NKT cells 58 gallstone formation 58 oxidative 58 nonischemic 58 cough wheezing 58 clotting cascade 58 CXCL# 58 peripheral arteries 58 peritoneal fluid 58 arterioles 58 matrix metalloproteinases 58 Th1 type 58 JAK2 enzyme 58 anal canal 58 activated macrophages 58 oxidized LDL 58 cyclic AMP cAMP 58 left ventricular dysfunction 58 GABAA receptors 58 cardiac fibroblasts 58 posterior vitreous detachment 58 P cadherin 58 paragangliomas 58 prostate epithelial cells 58 malabsorption 58 ApoA1 58 anti androgen 58 hormone adiponectin 58 eosinophilic inflammation 58 creatine kinase 58 erythematous 58 bronchial passages 58 airway responsiveness 58 Glucocorticoids 58 mu opioid receptors 58 osteoclast 58 VEGF receptor 58 hepatic metabolism 58 ATPase activity 58 hindlimb 58 adrenergic receptor

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