Related by context. All words. (Click for frequent words.) 65 opiate receptors 65 serotonin receptor 65 GABA receptor 64 D2 receptor 64 lateral habenula 64 CB1 receptor 64 TrkB 64 acetylcholine receptor 63 mu opioid receptors 63 cannabinoid receptors 63 serotonin reuptake 63 endogenous opioids 63 ERK pathway 63 glutamate receptors 63 nitric oxide synthase 63 dopamine reuptake 63 adenosine receptors 63 dopamine transporter 63 neurotransmitter receptors 63 glucocorticoid receptors 62 autophagic 62 rostral anterior cingulate cortex 62 adenylate cyclase 62 cannabinoid receptor 62 neurotransmitters serotonin 62 c Fos 62 potentiation 62 experimentally induced 62 endocannabinoid receptors 62 sensing neurons 61 serotonin neurons 61 presynaptic 61 CB1 receptors 61 hyperactivation 61 enkephalin 61 kappa opioid receptor 61 mu opioid 61 noradrenergic 61 NFATc1 60 AMPA receptor 60 posterior cingulate 60 NF KappaB 60 cingulate 60 ASIC1a 60 raphe 60 GABA receptors 60 neuropeptide Y 60 NR2B 60 acetylcholine receptors 60 serotonin transporters 60 muscarinic receptors 60 ERK signaling 60 NMDAR 60 #HT#A 60 MAP kinase 60 PECAM 1 60 excitotoxic 60 5 HT1A 60 dopamine receptors 60 excitatory synapses 60 extracellular dopamine 60 GABAA receptors 60 epileptogenic 59 Inhibitory 59 TGF β 59 beta adrenergic 59 beta arrestin 59 insular cortex 59 anterior cingulate 59 opioid peptides 59 synaptogenesis 59 Orexin 59 overactivation 59 gamma aminobutyric acid GABA 59 dorsolateral prefrontal cortex 59 orexin neurons 59 downregulate 59 Src kinases 59 SUMOylation 59 AT1R 59 IL 1ß 59 beta adrenergic receptors 59 nAChR 59 methyl D aspartate 59 D2 receptors 59 cingulate cortex 59 ventromedial 59 LED# 59 endogenous opioid 59 neuronal migration 59 TGF ß 59 cAMP signaling 59 RGS2 59 nAChRs 59 GluR1 59 Notch receptor 59 aberrant activation 59 rACC 59 NMDA receptor 58 nicotinic acetylcholine receptors 58 Aldosterone 58 IFN γ 58 Prefrontal 58 TGF beta pathway 58 mitochondrial fragmentation 58 serotonin receptors 58 voltage gated 58 deacetylation 58 ouabain 58 CB2 receptors 58 parahippocampal gyrus 58 cyclooxygenase 2 58 neuronal synapses 58 PPARgamma 58 ALDH2 58 SIRT1 gene 58 ERa 58 ERalpha 58 renal fibrosis 58 orbitofrontal cortex OFC 58 ventral prefrontal cortex 58 synaptic vesicle 58 electroencephalographic 58 fatty acid synthase 58 neuronal plasticity 58 GABAA receptor 58 piriform cortex 58 serotonergic 58 Brodmann Area 58 NAc 58 enkephalins 58 Neuropeptide Y 58 calcineurin 58 noradrenaline 58 ERK1 2 58 subthalamic nucleus 58 calpain 58 pRb 58 striatal 58 neurotransmitter receptor 58 dopamine transporters 58 monoamines 58 capsaicin receptor 58 VEGF receptor 58 extracellular signal 58 serotonin transporter 58 inverse agonist 58 basal forebrain 58 stathmin 57 cyclic GMP 57 KATP channels 57 Histamine 57 peroxisomal 57 nicotinic receptors 57 beta1 integrin 57 caveolin 1 57 Kv#.# 57 CaM kinase II 57 synaptic transmission 57 Nav#.# 57 IRE1 57 inosine 57 C EBP alpha 57 subgenual cingulate 57 FGFs 57 CB2 receptor 57 amygdala neurons 57 endoplasmic reticulum stress 57 adrenoceptor 57 lateral orbitofrontal cortex 57 hypothalamic pituitary adrenal axis 57 CXCR2 57 dopamine signaling 57 mPFC 57 receptor subtypes 57 WNK1 57 cytokine signaling 57 allopregnanolone 57 opioid receptor 57 IL6 57 STAT1 57 Androgen receptor 57 synapse formation 57 inflammatory cytokine 57 dorsal striatum 57 histamine receptors 57 inhibitory transmitter 57 habenula 57 GLUT4 57 protein kinase C 57 receptor subtype 57 secretase 57 downregulates 57 Treg cells 57 monoamine 57 neurosteroid 57 GABAergic 57 PKC inhibitors 57 prefrontal cortical 57 D aspartate 57 steroidogenic 57 IKK2 57 microglial 57 locus coeruleus 57 ischemia induced 57 LRP6 57 dopamine receptor 57 P#X# receptor 57 glutamate receptor 57 nicotinic receptor 57 platelet activation 57 fast skeletal troponin 57 epithelial barrier 57 cholesterol homeostasis 57 Norepinephrine 57 nociceptors 57 podocyte 57 neuroinflammatory 57 NMDA receptors 57 STAT3 signaling 57 dopamine D1 57 PGC 1α 57 mineralocorticoid 57 elastase 57 p# MAPK 57 opioid receptors 57 HPA axis 57 neurite outgrowth 57 c Src 57 semaphorin 57 vasoconstrictor 57 astrocytic 57 biochemical cascade 57 p#Kip# 57 transcriptional activation 56 dorsolateral prefrontal 56 anterior temporal lobe 56 immunoreactivity 56 adrenergic 56 Notch signaling 56 NF kappaB pathway 56 lymphotoxin 56 C1q 56 uPAR 56 thrombin receptor 56 TRPV1 receptor 56 PTPN# 56 chromatin remodeling 56 eotaxin 56 hypothalamic pituitary 56 EphA2 56 RIP1 56 adenosine receptor 56 SAPAP3 56 vWF 56 AMPK activation 56 prostaglandin E2 56 endocannabinoid system 56 oligomerization 56 5 HT2A receptor 56 neuromuscular junction 56 S nitrosylation 56 hypothalamic 56 ventrolateral 56 baroreceptor 56 Runx2 56 mitogen activated protein kinase 56 excitatory neurotransmitter glutamate 56 hedgehog pathway 56 aldose reductase 56 neuro transmitter 56 noradrenalin 56 nicotinic 56 PC# cells 56 orexin receptors 56 POMC neurons 56 leukocyte infiltration 56 lipid homeostasis 56 casein kinase 56 dopamine norepinephrine 56 anterior pituitary 56 lipid rafts 56 TRPV4 56 bradykinin 56 receptor tyrosine kinase 56 intracellular compartments 56 estrogen receptor alpha 56 hippocampal neurogenesis 56 TRPM8 56 hyper excitability 56 mitochondrial enzymes 56 demethylase 56 guanylate cyclase 56 AMPA receptors 56 ventral pallidum 56 dorsolateral 56 integrin receptors 56 mitogenic 56 synaptic cleft 56 adrenocortical 56 anterior insula 56 leptin signaling 56 cdk5 56 metabolizing enzyme 56 adenylyl cyclase 56 SOCS3 56 TNFalpha 56 neurotransmitters dopamine 56 gamma aminobutyric acid 56 NF κB 56 PDE5A 56 acyl CoA 56 bacterial enzyme 56 TGFβ 56 metabolizing enzymes 56 FGF ligands 56 Macrophage 56 PAK1 56 Purkinje cell 56 dopamine transporter DAT 56 Glutamate 56 GABAergic interneurons 56 lipoxygenase 56 inhibitory neurotransmitters 56 FUS1 56 neuro transmitters 56 microglial activation 56 MetAP2 56 endogenous cannabinoids 56 overactivity 56 LDLR 56 basolateral 56 melatonin receptors 56 neuroleptic 56 hepatic enzyme 56 TRPV1 receptors 55 GABAergic neurons 55 alpha subunit 55 neuronal nitric oxide synthase 55 medial frontal cortex 55 EGFR protein 55 AKT pathway 55 neuronal apoptosis 55 sGC 55 myo inositol 55 anterior cortex 55 hyperalgesia 55 FasL 55 phosphorylates 55 paraventricular nucleus 55 Kir#.# 55 Src kinase 55 actin polymerization 55 neurohormonal 55 mRNA translation 55 FKBP# 55 CYP#E# gene 55 acid GABA 55 neuropeptide Y NPY 55 PPAR gamma 55 PIP3 55 mu opioid receptor 55 lateral hypothalamus 55 Oncogenic 55 rolipram 55 iNOS 55 enzyme acetylcholinesterase 55 ACh 55 nicotine receptor 55 mediated inhibition 55 neurotransmitter serotonin 55 enzyme monoamine oxidase 55 galanin 55 secretory pathway 55 cPLA2 55 PTP1B 55 NKG2D 55 mesolimbic 55 HuR 55 proton pump 55 serotonin neurotransmitter 55 aminobutyric acid 55 temporoparietal 55 mutant huntingtin protein 55 NF kB pathway 55 tyrosine phosphorylation 55 NQO1 55 GABAA 55 dorsal anterior cingulate cortex 55 perivascular 55 nitric oxide synthase NOS 55 hypoactive 55 glucocorticoid receptor 55 GABA neurotransmitter 55 calcitonin gene related 55 hypothalamic pituitary axis 55 excitatory neurotransmitter 55 lung epithelium 55 frontal parietal 55 TRPV3 55 NKT cell 55 sensory neuron 55 μ opioid receptor 55 neuropeptides 55 Vasopressin 55 olfactory receptor neurons 55 intraparietal sulcus 55 platelet activating 55 sphingolipid 55 TGF b 55 sensory nerves 55 Nkx#.# 55 circadian clock genes 55 HDAC2 55 serotonin dopamine 55 P#X# 55 cholinergic 55 NFkappaB 55 basal ganglia 55 IRAK1 55 asthmatic airways 55 VE cadherin 55 antidiuretic hormone 55 NADPH oxidase 55 beta subunit 55 potentiated 55 temporoparietal junction 55 neuro endocrine 55 nicotinic acetylcholine receptor 55 synaptic vesicles 55 locomotor activity 55 adhesion molecule 55 beta endorphin 55 Brain derived neurotrophic 55 cyclin E 55 NR2B subunit 55 circadian genes 55 repolarization 55 mitochondrial enzyme 55 synaptic terminals 55 dopamine D2 receptor 55 motoneurons 55 messenger molecule 55 GCN2 55 neurofilament 55 JAK STAT 55 neurochemical 55 isoenzymes 55 caveolae 55 adrenergic receptors 55 afferent 55 PKC inhibitor 55 kinesin motor 55 Phosphorylation 55 Cathepsin B 55 cholinergic receptors 55 PrPC 55 adrenal medulla 55 inhibit angiogenesis 55 adult neurogenesis 55 IRS1 55 catecholamine 55 neuronal dysfunction 55 parietal cortices 55 amino acid tyrosine 55 myocardial tissue 55 dopamine neurotransmitter 55 leukocyte recruitment 55 dehydrogenase 55 capillary density 55 Aâ 55 MAPKs 55 fatty acid oxidation 55 dopaminergic 55 glucokinase 54 ENaC 54 aldehyde dehydrogenase 54 pyramidal cells 54 benzodiazepine receptor 54 upregulating 54 KLF2 54 c fos 54 matrix metalloproteinases 54 myogenic 54 muscarinic receptor 54 NF kappaB activation 54 Th2 immune 54 P selectin 54 PHD2 54 thyroid hormone receptor 54 cholecystokinin CCK 54 5 hydroxytryptamine 54 dorsal horn 54 inducible nitric oxide synthase 54 signaling cascades 54 selectively inhibited 54 EP3 receptor 54 adrenal cortex 54 ventromedial prefrontal cortex 54 serine threonine 54 NFAT 54 neurotransmitter GABA 54 receptor gene 54 trigeminal 54 selective antagonists 54 inhibitory receptor 54 microtubule dynamics 54 apoE4 54 dopamine serotonin 54 N methyl 54 Rab# 54 sortilin 54 basophils 54 KLF4 54 lateral prefrontal cortex 54 hypocretin 54 caspase activation 54 coreceptor 54 chemoattractant 54 serotonin signaling 54 posterior pituitary 54 glucocorticoid receptor GR 54 mTORC1 54 TNF α 54 raphe neurons 54 stathmin gene 54 IL 1β 54 DARPP 54 glomerular 54 inferior parietal 54 NAcc 54 analgesic effects 54 5 HT2A 54 cytochrome P 54 baroreflex 54 orexin 54 hypocretin neurons 54 serotonergic neurons 54 apoptotic pathway 54 AgRP 54 TLR4 54 paraventricular 54 glutamate signaling 54 somatosensory cortex 54 toxic amyloid beta 54 corticotropin releasing factor 54 γ secretase 54 DNA methyltransferases 54 neural pathway 54 TRPV1 channels 54 MT1 MMP 54 JAK STAT pathway 54 receptor gamma 54 F actin 54 kinase domain 54 dopamine D2 receptors 54 nicotinamide 54 brain hypothalamus 54 receptors 54 inhibitory 54 Hedgehog signaling 54 cytoskeletal protein 54 BMP signaling 54 DLPFC 54 IKKß 54 neuronal signaling 54 axonal regeneration 54 PPAR alpha 54 mitogen activated protein 54 medial prefrontal cortex 54 serotonin synthesis 54 S6K 54 mitochondrial respiration 54 isoproterenol 54 abnormal neuronal 54 G9a 54 CYP#E# 54 EphB2 54 prostaglandin synthesis 54 ACC2 54 BMAL1 54 DNMT1 54 TGFb 54 cytokine receptor 54 antiapoptotic 54 antibody mediated 54 efferent 54 NFκB 54 thermoregulatory 54 hypoperfusion 54 nociceptive 54 PI3K/mTOR 54 kappa opioid receptors 54 MEF2 54 FGFR1 54 A2A adenosine receptor 54 granule cells 54 proteinase 54 FANCD2 54 P#X# receptors 54 gastrointestinal motility 54 hemichannels 54 CEACAM1 54 myelin insulation 54 capillary endothelial cells 54 hyperarousal 54 huntingtin 54 opiate receptor 54 Wnt pathway 54 diffusible 54 hippocampal neurons 54 BACE1 54 upregulates 54 catenin 54 FGF2 54 LPA1 54 NF kappaB 54 NPY expression 54 transcriptional repressor 54 apoptosis pathways 54 rCBF 54 glioma cells 54 TGF beta1 54 cyclooxygenase 54 endoxifen 54 JAK2 enzyme 54 GPR# [002] 54 phosphoinositide 54 SIRT3 54 GABAB receptors 54 HepG2 cells 54 nNOS 54 calcium homeostasis 54 c Abl 54 arginase 54 metabotropic glutamate receptors 54 D aspartic acid 54 dopamine D2 54 mTOR signaling 54 octopamine 54 tau proteins 54 PDGF CC 54 PKD1 54 prostaglandin E 54 LDL receptor 53 motor neuron degeneration 53 lymphocyte activation 53 neurohormone 53 vagal nerve 53 allodynia 53 Dysregulation 53 middle frontal gyrus 53 Or#b 53 Nurr1 53 agonist induced 53 pineal 53 leptin receptor 53 oncogenic signaling 53 integrin receptor 53 chemokine receptor 53 prostaglandin E2 PGE2 53 cyclic nucleotide 53 EGFR signaling 53 NF KB 53 uncoupling protein 53 sensory cortex 53 bacterial virulence 53 malonyl CoA 53 ryanodine receptor 53 mitogen activated protein kinases 53 cyclic AMP cAMP 53 denervation 53 NF kB signaling 53 inflamed tissues 53 vasoactive 53 proteolysis 53 GRK2 53 Gleevec inhibits 53 neuron degeneration 53 Purkinje cells 53 intracellular signaling 53 cell signaling pathway 53 neurotransmitter 53 orbitofrontal cortex 53 receptor proteins 53 hippocampal cells 53 CDK5 53 neuronal activity 53 MDSCs 53 HIV reverse transcriptase 53 cysteines 53 endothelial nitric oxide synthase 53 upregulation 53 cyclic AMP 53 leucine zipper 53 CD#L 53 hormone vasopressin 53 Androgen 53 reuptake 53 #beta HSD1 53 costimulation 53 amyloid ß 53 PIP2 53 Epidermal Growth Factor 53 gyri 53 striatal dopamine 53 XBP1 53 neuroinflammation 53 cerebral cortical 53 RAS pathway 53 homodimers 53 histone deacetylases 53 orbitofrontal 53 EGF receptor 53 ATPase 53 inhibitory synapses 53 almond shaped structure 53 CCR5 co 53 hyperactivated 53 neuronal circuits 53 stomatal 53 CYP#B# 53 chromosome #q 53 perirhinal cortex 53 vasomotor 53 p# alpha [001] 53 EP1 receptor 53 CXCL# 53 HOTAIR 53 antioxidant enzyme 53 Pten 53 protein tyrosine phosphatases 53 glutamatergic 53 cortical activation 53 ryanodine receptors 53 PGC1 53 euthymic patients 53 alveolar macrophage 53 Cdc# 53 COX enzymes 53 Prolactin 53 PGI2 53 neurotransmitter glutamate 53 alexithymia 53 TGFbeta 53 hypercapnia 53 striatum 53 leptin receptors 53 premotor cortex 53 p#NTR 53 peroxynitrite 53 selective inhibition 53 myocytes 53 CRF1 receptor 53 PER2 53 proinflammatory 53 dopamine neuron 53 potent inhibitors 53 chemically alters 53 CaMKII 53 nucleus accumbens 53 somatostatin 53 M1 muscarinic 53 proinflammatory cytokine 53 excitotoxicity 53 histone methylation 53 transcriptional activity 53 neurotransmitter norepinephrine 53 previously uncharacterized 53 acetylcholine neurotransmitter 53 PGE2 53 receptor kinase 53 PPAR γ 53 HER2 receptors 53 depolarizing 53 neuroligin 53 Cytotoxic T 53 ChR2 53 retinoic acid receptor 53 nicotine receptors 53 JAK STAT signaling 53 ß amyloid 53 kainate 53 ubiquitylation 53 alveolar macrophages 53 neurotransmission 53 axonal damage 53 ependymal cells 53 TRP channels 53 methyl groups 53 Notch1 53 β catenin 53 plasminogen 53 hyperexcitability 53 adipogenic 53 periventricular 53 Endocannabinoids 53 activate p# 53 autocrine 53 nociception 53 recycling endosomes 53 S#K# 53 vasodilatation 53 cell adhesion molecules 53 dystroglycan 53 FOXO3a 53 ubiquitin ligase 53 GSTT1 53 arginine vasopressin 53 thrombospondin 53 arcuate nucleus 53 CD# receptor 53 PKC alpha 53 leptin deficient mice 53 Htt 53 airway responsiveness 53 amyloid plaque formation 53 plasma kallikrein 53 guanosine 53 Amyloid Beta 53 peptide hormone 53 inflammasome 53 vitamin D receptors 53 PPARγ 53 Mice lacking 53 intestinal epithelial cells 53 interferon pathway 53 putamen 53 PKD#L# 53 NRG1 53 TNFα 53 odorant receptor 53 GPR# receptor [001] 53 TERT 53 monocyte 53 NKT cells 53 Sexual arousal 53 TNFa 53 leukocyte adhesion 53 MAPK pathway 52 cell adhesion molecule 52 transmembrane protein 52 chromosome #q#.# [001] 52 p# mitogen activated 52 anterior cingulate cortex 52 huntingtin protein 52 vagal 52 heterodimer 52 Nrf2 pathway 52 undergo apoptosis 52 Neuronal 52 5 HT4 receptor 52 tumor suppressor protein 52 lipid synthesis 52 electrical conduction 52 dentate gyrus 52 E3 ligase 52 underlying pathophysiology 52 neurotransmitter dopamine 52 SIRT2 52 proteolytic cleavage 52 postsynaptic neuron 52 mice lacking 52 PPARg 52 Wnt1 52 toxic beta amyloid 52 gyrus 52 adenosine diphosphate ADP 52 modulatory 52 primary cilia 52 brain lesions 52 dysregulated 52 myofibroblasts 52 pDCs 52 excitatory 52 demyelinated 52 Notch receptors 52 virulence genes 52 Arp2 3 52 ß catenin 52 #S proteasome 52 androgen receptor AR 52 sodium ion 52 52 Suicidal ideation 52 medial temporal 52 CCR3 52 renin angiotensin aldosterone 52 paxillin 52 ligand binding domain 52 ALDH 52 oncomodulin 52 atherogenesis 52 cofilin 52 GH secretion 52 mesothelin 52 Ca2 + 52 vacuolar 52 P glycoprotein 52 lysosomal 52 5 HT6 receptor 52 demyelination 52 endocannabinoids 52 excess glutamate 52 miR# 52 NMDA N 52 amyloid β 52 amygdale 52 Skp2 52 Neurons communicate 52 pyramidal neurons 52 RUNX3 52 dopamine antagonists 52 P gp 52 N myc 52 acetylcholinesterase 52 activin 52 dopamine D3 52 hippocampal 52 serotonin norepinephrine 52 proinflammatory cytokines 52 receptor subunit 52 Smad4 52 5 HT2A serotonin 52 cAMP dependent 52 ER alpha 52 dorsomedial 52 cyclic adenosine monophosphate cAMP 52 endosomal 52 vascular endothelial 52 amygdalae 52 Th1 cells 52 mevalonate 52 cadherin 52 interstitium 52 PDGFR 52 gluconeogenesis 52 neural tissues 52 phagocyte 52 tumor suppressor PTEN 52 ventral striatum 52 neuroanatomical 52 metalloproteinases 52 LKB1 52 cyclin B1 52 glutamate neurotransmitter 52 urocortin 52 retinoid X 52 glutamate receptor subtype 52 cyclin dependent kinase 52 apo E 52 stress hormones epinephrine 52 brain neurotransmitter 52 dopamine synthesis 52 LRP5 52 Wnt signaling 52 corticotrophin releasing hormone 52 renin angiotensin system 52 STIM1 52 Wnt signaling pathway 52 NPY 52 kinase enzyme 52 vomeronasal organ VNO 52 constitutively 52 c MET 52 partial agonist 52 stellate cells 52 TGF ß1 52 brain frontal lobe 52 vimentin 52 secretory 52 colocalization 52 postsynaptic 52 VMAT2 52 biochemical pathway 52 Endothelin 52 constitutively active 52 gene encodes 52 ErbB4 52 fusiform gyrus 52 utrophin 52 mutant protein 52 subcortical 52 circadian pacemaker 52 paracrine 52 endocytic 52 phosphatases 52 striatal neurons 52 LRP1 52 hormone aldosterone 52 medial prefrontal 52 tubule 52 neuregulin 1 52 protease activated 52 PDGF BB 52 HDAC3 52 heme oxygenase 52 proteoglycan 52 cortical neurons