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(Click for frequent words.) 71 ventral striatum 68 insular cortex 68 caudate nucleus 68 lateral orbitofrontal cortex 66 NAcc 66 medial frontal cortex 66 anterior insula 65 nucleus accumbens 64 lateral habenula 64 striatum 64 orbitofrontal cortex 63 dopamine receptors 63 dorsolateral prefrontal cortex 63 medial prefrontal cortex 62 anterior cingulate 62 serotonin transporter 62 mPFC 62 medial orbitofrontal cortex 62 orexin neurons 62 caudate 62 beta endorphin 61 cingulate cortex 61 subgenual cingulate 61 medial prefrontal 61 lateral prefrontal cortex 61 lateral hypothalamus 61 dopamine neurotransmitter 61 HPA axis 61 corticotropin releasing factor 60 temporoparietal junction 60 posterior cingulate cortex 60 rostral anterior cingulate cortex 60 ventral pallidum 60 neuropeptide Y 60 inhibitory neurotransmitters 60 anterior cingulate cortex 59 midbrain 59 noradrenaline 59 dorsal anterior cingulate cortex 59 D2 receptor 59 vmPFC 59 neurotransmitter dopamine 59 IFN γ 59 brain derived neurotrophic 59 endogenous opioids 59 putamen 59 GABA receptor 59 vasopressin 59 cortical regions 59 mesolimbic 59 basal ganglia 59 dorsal prefrontal cortex 59 dopamine signaling 58 hypothalamus 58 Ghrelin 58 cingulate 58 NAc 58 somatosensory cortex 58 ventromedial prefrontal cortex 58 neuropeptides 58 dopamine 58 striatal 58 posterior cingulate 58 DLPFC 58 pre frontal cortex 58 orbital frontal cortex 58 superior temporal sulcus 58 CB1 receptors 58 hyperactivation 57 neurotransmitters serotonin 57 physiological arousal 57 chemical dopamine 57 GABA receptors 57 TrkB 57 prefrontal cortex 57 prefrontal brain 57 potentiation 57 cannabinoid receptors 57 basolateral amygdala 57 hormone serotonin 57 ventral prefrontal cortex 57 locomotor activity 57 subthalamic nucleus 57 rCBF 57 premotor cortex 57 receptor gene 57 mu opioid 56 cholecystokinin CCK 56 hypothalamic pituitary adrenal axis 56 serotonin neurons 56 estrogen receptor alpha 56 parietal cortex 56 glutamate receptors 56 prefrontal 56 ACh 56 medial frontal 56 dopamine serotonin 56 dopamine receptor 56 ventrolateral prefrontal cortex 56 ventral tegmental area 56 hypothalamic 56 5 HT1A 56 neuronal activity 56 dopaminergic 56 neurotransmitters dopamine 56 kappa opioid receptor 56 amygdala 56 GH secretion 56 parietal lobe 56 prefrontal cortical 56 sensory cortex 56 frontal cortex 56 excitatory synapses 56 neurotransmitter GABA 56 neurochemicals 56 endocannabinoid system 55 middle frontal gyrus 55 parietal cortices 55 NFkappaB 55 c Fos 55 dopamine chemical 55 factor BDNF 55 ERK1 2 55 endocannabinoids 55 orbitofrontal cortex OFC 55 parietal regions 55 neurotransmitter glutamate 55 muscarinic receptors 55 amygdalae 55 #HT#A 55 prefrontal cortex PFC 55 dopamine transporter 55 premotor 55 GABA gamma aminobutyric acid 55 neurotransmitter 55 dopamine D2 receptor 55 acid GABA 55 adrenal cortex 55 gamma aminobutyric acid GABA 55 inhibitory 55 temporoparietal 55 nucleus accumbens NAc 55 posterior parietal 55 parasympathetic nervous system 55 proinflammatory cytokine 55 prosocial behavior 55 receptor subunit 55 anterior hypothalamus 55 glucocorticoid receptor 55 beta adrenergic receptors 55 hippocampal neurons 55 RIP1 55 dorsomedial 55 fusiform gyrus 55 insula 55 limbic 55 dopamine neurons 55 inhibitory transmitter 55 receptor subtypes 55 glucocorticoid receptors 55 A1 allele 55 orexin 55 emotional arousal 54 limbic system 54 excitatory neurotransmitter 54 hepatic stellate cells 54 brain hypothalamus 54 Dopamine 54 periaqueductal gray 54 BMP signaling 54 PI3K pathway 54 endogenous opioid 54 somatosensory 54 hippocampus 54 hippocampal 54 serotonin neurotransmitter 54 neurotransmitter acetylcholine 54 neuropeptide 54 inhibitory neurotransmitter 54 hormone secretion 54 medial temporal 54 posterior parietal cortex 54 TLR4 54 nicotinic receptors 54 neuronal differentiation 54 rostral cingulate 54 PPAR alpha 54 dopamine pathways 54 D2 receptors 54 receptor subtype 54 ventromedial 54 gyrus 54 precuneus 54 Norepinephrine 54 monoamine neurotransmitters 54 nAChRs 54 Th1 cells 54 vasopressin receptors 54 phagocyte 54 CD8 cells 54 dopamine D2 receptors 54 dorsolateral prefrontal 54 catecholamine 54 rACC 54 ERK 54 oxytocin hormone 54 stress hormones epinephrine 54 Src kinases 54 acetylcholine receptors 54 dorsomedial prefrontal cortex 54 ASIC1a 54 neurotransmitter serotonin 54 inferior parietal 54 p# MAPK 54 EphA2 54 Androgen receptor 54 CYP#E# 53 circadian clock genes 53 orbitofrontal 53 vagal tone 53 opiate receptors 53 endothelial nitric oxide synthase 53 neuro transmitters 53 CaM kinase II 53 neuronal plasticity 53 NR2B 53 neural circuitry 53 CYP#B# 53 parietal 53 COMT 53 aldehyde dehydrogenase 53 Cannabinoid receptors 53 eNOS 53 STAT1 53 GluR1 53 gamma aminobutyric acid 53 metabolizing enzymes 53 chemical serotonin 53 serotonin receptors 53 neuromuscular junction 53 corticosterone 53 MAP kinases 53 prefrontal lobe 53 BDNF 53 FGF2 53 intraparietal sulcus 53 PGC1 53 hormone prolactin 53 anterior cingulate gyrus 53 5 HT2A receptor 53 Notch receptor 53 NPY 53 excitatory 53 neuroimaging studies 53 amygdale 53 neurohormones 53 Brain derived neurotrophic 53 angular gyrus 53 glutamatergic 53 DARPP 53 hormone ghrelin 53 proinflammatory mediators 53 ghrelin 53 raphe 53 TGF ß 53 neurotransmitter receptors 53 UCP2 53 mitogen activated protein kinase 53 MAPK 53 vasodilation 53 PPAR γ 53 homeostatic 53 overactivation 53 neural substrates 53 effector functions 53 Vasopressin 53 salivary cortisol 52 brain frontal lobe 52 IL 1β 52 neural pathway 52 amyloid beta plaque 52 subcortical 52 SAPAP3 52 NOD2 52 neurochemical dopamine 52 adult neurogenesis 52 cortisol hormone 52 BDNF gene 52 leptin hormone 52 parahippocampal gyrus 52 overactivity 52 dentate gyrus 52 renal fibrosis 52 gastric motility 52 parasympathetic 52 neurotransmitters 52 TRPV3 52 HDAC2 52 anti inflammatory cytokine 52 anhedonia 52 neurite outgrowth 52 dopamine D1 52 extracellular dopamine 52 glutamate neurotransmitter 52 emotional reactivity 52 Purkinje cells 52 neurotransmitter receptor 52 TRPM8 52 tumor suppressive 52 cortisol secretion 52 Wnt signaling 52 isoproterenol 52 gamma oscillations 52 dopamine norepinephrine 52 planum temporale 52 autophagic 52 cyclic AMP 52 enkephalins 52 SIRT1 gene 52 neuro transmitter 52 monoamine 52 Acetylcholine 52 neuronal circuits 52 superior colliculus 52 acylated ghrelin 52 DQB1 * 52 habenula 52 KLF# 52 platelet activation 52 cuddle hormone oxytocin 52 c MYC 52 metabolizing enzyme 52 dopamine neuron 52 cortical neurons 52 paracrine 52 seratonin 52 mu opioid receptors 52 hormone cortisol 52 serotonin 2A 52 HepG2 cells 52 prefrontal regions 52 vWF 52 serotonergic 52 c Src 52 LXRs 52 serotonergic neurons 52 peptide YY 52 arginine vasopressin 52 MAP kinase 52 neurosteroids 52 adrenocortical 52 EGFR protein 52 Brodmann Area 52 noradrenergic 52 dopamine pathway 52 painful stimuli 52 modulatory 52 opioid receptor 52 declarative memory 52 excitatory neurotransmitter glutamate 52 cyclic AMP cAMP 52 acetylcholine neurotransmitter 52 nicotinic acetylcholine receptors 52 neuronal nitric oxide synthase 52 Prolactin 52 TGF beta pathway 52 frontal parietal 52 temporal cortex 52 anandamide 52 hormone leptin 52 MMP# 52 neo cortex 52 TGF beta1 52 PPARg 52 dysregulated 52 agonist induced 52 serotonin receptor 52 AMPA receptor 52 cortices 52 mirror neuron system 52 IL 1ß 51 testosterone secretion 51 nociception 51 anterior cortex 51 PTPN# 51 Wnt1 51 cyclooxygenase 2 51 extracellular signal 51 methyl D aspartate 51 adhesion molecule 51 GSTT1 51 excitatory neurons 51 MAPK pathway 51 inducible nitric oxide synthase 51 cAMP signaling 51 fatty acid oxidation 51 ERalpha 51 alveolar macrophage 51 fMRI scans 51 anterior cingulated cortex 51 melatonin receptors 51 G9a 51 Stat5 51 CK # selectively 51 cortex 51 basal forebrain 51 NF kappaB 51 hormone vasopressin 51 synaptic transmission 51 mirror neuron 51 N methyl 51 nNOS 51 PGE2 51 allopregnanolone 51 JAK2 enzyme 51 mammary cancers 51 hypothalamic pituitary 51 NPY expression 51 thyrotropin 51 Sexual arousal 51 incretins 51 fatty acid metabolism 51 androgen receptors 51 oestradiol 51 partial agonist 51 NQO1 51 cholinergic tone 51 striatal dopamine 51 hyperarousal 51 neuroendocrine 51 SIRT1 protein 51 cough reflex 51 elastase 51 STAT3 signaling 51 cingulate gyrus 51 stress hormone cortisol 51 adenosine receptors 51 VEGF receptor 51 Treg cell 51 cell signaling pathway 51 norepinephrine 51 FKBP# 51 Th2 51 PACAP 51 serotonin dopamine 51 ERK signaling 51 5 HT6 receptor 51 nicotine receptor 51 hyperinsulinemia 51 cdk5 51 neuronal dysfunction 51 locus coeruleus 51 Neuropeptide Y 51 Ras pathway 51 glucocorticoid receptor gene 51 TORC2 51 FOXM1 51 2A receptor 51 AgRP 51 POMC neurons 51 hormone angiotensin II 51 endogenous cannabinoids 51 CYP#A# [002] 51 caveolin 1 51 Notch signaling 51 Sirt1 51 MEF2 51 nicotinic receptor 51 Nrf2 51 medial temporal lobe MTL 51 inferior parietal lobule 51 sex hormone estrogen 51 neuronal pathways 51 stellate cells 51 NFAT 51 catecholamines 51 protein kinase C 51 olfactory stimuli 51 inflammatory cytokines 51 downregulate 51 phagocytosis 51 demethylase 51 prodynorphin 51 monoamines 51 Nrf2 pathway 51 perirhinal cortex 51 Lyn kinase 51 PKC enzyme 51 eIF4E 51 signaling molecules 51 metabolic enzymes 51 experimentally induced 51 osteoblast 51 prosocial 51 p#Kip# 51 glucocorticoid 51 acetylcholine receptor 51 IL 1beta 51 dehydrogenase 51 sensory nerves 51 cerebral cortical 51 PDGFR 51 pleasurable sensations 51 TGFbeta 51 EZH2 50 dorsal horn 50 CB1 receptor 50 NF kappaB pathway 50 opioid receptors 50 cortical 50 PDGF BB 50 endoxifen 50 anti inflammatory cytokines 50 WNK1 50 lipid rafts 50 oncoprotein 50 ERK pathway 50 BDNF protein 50 Aldosterone 50 auditory cortex 50 ERa 50 renin angiotensin system 50 noradrenalin 50 GABA neurotransmitter 50 C EBP alpha 50 PGC 1α 50 fast skeletal troponin 50 aromatase 50 CD#b 50 medial prefrontal cortex mPFC 50 tyrosine phosphorylation 50 SIRT3 50 hyperactivated 50 CB2 receptor 50 gene p# 50 neuroinflammatory 50 cell mediated cytotoxicity 50 EGFR tyrosine kinase inhibitors 50 brain limbic 50 receptor gamma 50 afferent 50 pressure natriuresis 50 TNFalpha 50 neurohormone 50 FGFs 50 accumbens 50 synaptic plasticity 50 octopamine 50 CHD5 50 satiety signals 50 irritability mood swings 50 dopamine D2 50 p# activation 50 leptin receptor 50 dorsolateral 50 D aspartate 50 HOTAIR 50 Dpp 50 CHRNA5 gene 50 neuropeptide Y NPY 50 procaspase 3 50 leukocyte recruitment 50 NAT2 50 endocannabinoid signaling 50 prostaglandin E2 PGE2 50 sexual arousal 50 CYP#A# [001] 50 sphingolipid 50 penile erection 50 hypocretin 50 Smad3 50 RAS pathway 50 mRNA expression 50 cardiac contractility 50 Rimonabant blocks 50 glutamate 50 phasic 50 NF κB 50 GLI1 50 almond shaped structure 50 pro inflammatory cytokine 50 ErbB2 50 inhibitory synapses 50 serotonin 50 sensory neurons 50 nicotinic 50 selective antagonists 50 Shh signaling 50 D aspartic acid 50 neuroD2 50 amyloid ß 50 nicotinic acetylcholine receptor 50 M1 macrophages 50 NFκB 50 TGF β 50 aversive stimuli 50 neurohormonal 50 premenstrual syndrome PMS 50 NF kB pathway 50 myo inositol 50 neurosteroid 50 serotonin reuptake 50 cortical activation 50 calpain 50 affective psychoses 50 Oestrogen 50 corticosterone levels 50 mineralocorticoid 50 cortisol 50 immunoreactivity 50 proinflammatory 50 prostaglandin E2 50 GABAA receptors 50 LDLR 50 GABAA receptor 50 adenosine diphosphate ADP 50 genotoxic stress 50 antidiuretic hormone 50 arcuate nucleus 50 Amphinex ® 50 PPAR delta 50 Clusterin 50 DISC1 50 cortexes 50 pDCs 50 microglial 50 hypothalamus pituitary 50 γ secretase 50 microglial activation 50 ras oncogene 50 PHD2 50 substantia nigra 50 VEGF expression 50 neuritic plaques 50 sensory stimuli 50 IRE1 50 IGF2 50 hormones ghrelin 50 trastuzumab resistant 50 orexin receptors 50 uncoupling protein 50 lung epithelium 50 coronary microvascular 50 transcriptional repressor 50 parietal lobes 50 Notch pathway 50 catalase 50 TRPV1 channel 50 antioxidant enzymes 50 tumor suppressor protein 50 catenin 50 capillary density 50 retinoid X 50 Wnt proteins 50 adrenoceptor 50 breast epithelial cells 50 dopaminergic neurons 50 NMDA receptors 50 apoE4 50 secreted protein 50 adipokines 49 S#A# [002] 49 MMP7 49 sGC 49 corticotropin releasing hormone 49 parasympathetic tone 49 TCF#L# 49 LDL receptor 49 Pdx1 49 CRF1 receptor 49 isoenzymes 49 adrenergic receptors 49 mitogen 49 agonists antagonists 49 pulvinar 49 FGF# 49 neural circuits 49 cerebral cortex 49 nitric oxide synthase 49 NMDA receptor 49 SUMOylation 49 ALDH2 49 PAK1 49 baroreflex 49 electroencephalographic 49 anterior temporal lobe 49 gyri 49 amyloid β 49 c Abl 49 neuronal cells 49 leptin deficient mice 49 oxidized LDL 49 olfactory cortex 49 receptors 49 stathmin 49 inferior parietal cortex 49 neurochemical 49 vasoconstrictor 49 cytokines proteins 49 neurons 49 noxious stimuli 49 astrocyte cells 49 GSTP1 49 EGFr 49 beta endorphins 49 lateralisation 49 efferent 49 cortical excitability 49 SLC#A# [002] 49 STAT3 49 proinflammatory cytokines 49 Th1 type 49 Kupffer cells 49 hormone binding globulin 49 eicosanoids 49 WNT pathway 49 A2A adenosine receptor 49 inflammatory cytokine 49 antioxidant enzyme 49 Wnt signaling pathway 49 apoptotic pathway 49 mesothelin 49 cortisol concentrations 49 5 HT2C receptor 49 potentiated 49 melanocortin receptors 49 isoenzyme 49 PI3K signaling pathway 49 autocrine 49 Aß 49 vagal 49 GIRK channels 49 inferior frontal 49 presynaptic 49 amygdala neurons 49 genital arousal 49 aminobutyric acid 49 ovarian hormones 49 endothelial nitric oxide 49 catechol O methyltransferase 49 mitogenic 49 pineal 49 GABAB receptors 49 P#X# receptors 49 disinhibition 49 histone acetylation 49 adenosine 49 endogenous cannabinoid 49 LRP6 49 thalamus 49 pathophysiological effects 49 T lymphocyte 49 Inhibitory 49 phenylethylamine 49 phagocytes 49 CEACAM1 49 chemical messengers 49 chromatin remodeling 49 peroxisome proliferator activated 49 NRG1 49 estrogen metabolites 49 endoplasmic reticulum stress 49 prefrontal lobes 49 alpha synuclein gene 49 HuR 49 TGF b 49 IKKa 49 plasminogen activator inhibitor 49 androgen hormone 49 TORC1 49 TGFβ 49 visual cortex 49 sensorimotor 49 Oncogenic 49 forebrain 49 neurones 49 proton pump 49 cholecystokinin 49 remyelination 49 GCN2 49 cyclin E 49 malignant prostate 49 adrenal medulla 49 psychophysiological 49 frontal lobe 49 monoamine oxidase 49 PDE5A 49 leptin signaling 49 ghrelin hormone 49 M1 muscarinic 49 GPR# receptor [001] 49 incretin 49 neuron 49 androgen receptor AR 49 fusiform 49 CDK5 49 IGFBP 3 49 neuronal circuitry 49 intracellular signaling 49 Fc receptor 49 Cathepsin B 49 receptor tyrosine kinase 49 IKKß 49 mu receptors 49 RhoA 49 PI3K Akt 49 NKT cell 49 S6K 49 gamma amino butyric 49 oculomotor 49 occipital cortex 49 cortical thinning 49 Broca area 49 parahippocampal 49 estrone 49 lipin 49 contractility 49 receptor 49 vessel dilation 49 COMT enzyme 49 PGC 1a 49 hypoxia inducible transcription 49 ENaC 49 activin 49 COX2 49 tumor stroma 49 EphB2 49 deacetylation 49 lateralized 49 alpha7 49 HER2 receptors 49 p#INK#a 49 microRNA molecules 49 MAO B 49 astrocytic 49 IRS1 49 cytokine signaling 49 hepatic steatosis 49 endocrine glands 49 hedgehog pathway 49 analgesic effects 49 lipid homeostasis 49 PECAM 1 49 adrenocorticotropic hormone ACTH 49 NF KappaB 48 #ß HSD1 48 CB2 receptors 48 type glutamate receptor 48 fat oxidation 48 Cortisol levels 48 sensorimotor cortex 48 beta subunit 48 5 hydroxytryptamine 48 androgenic 48 cortical plasticity 48 stathmin gene 48 monocytes macrophages 48 glutamate receptor subtype 48 potentiating 48 external stimuli 48 effector function 48 TNF α 48 cytoprotective 48 fronto temporal 48 innervation 48 potent inhibitory 48 amyloid beta plaques 48 vasodilatation 48 hypothalamic pituitary adrenal HPA 48 #beta HSD1 48 TGF β1 48 MAOA 48 muscarinic receptor 48 fat hormone leptin 48 glycogen metabolism 48 anterior pituitary 48 FGFR1 48 subcortical structures 48 brain 48 inferior temporal gyrus 48 hippocampal neurogenesis 48 Dopamine neurons 48 opioid peptides 48 hormones leptin 48 c MET 48 serum estradiol 48 sensing neurons 48 pro apoptotic 48 mGluR2 48 alpha 2A 48 primary visual cortex 48 AMPK 48 cholesterol homeostasis 48 urocortin 48 MetAP2 48 CatB 48 TAS#R# 48 XBP1 48 PPARγ 48 microvascular endothelial cells 48 histone deacetylases 48 miR #b [001] 48 Wnts 48 entorhinal cortex 48 β amyloid 48 serine proteases 48 inverse agonist 48 Notch receptors 48 motoneurons 48 subventricular zone 48 TRPV1 48 Insulin sensitivity 48 vasomotor 48 hyperalgesia 48 nitrotyrosine 48 ErbB4 48 glutamatergic neurons 48 flavopiridol 48 Macrophage 48 granule cells 48 beta defensin 48 antioxidative 48 seminomas 48 MAPKs 48 allergic airway inflammation 48 PON1 48 downregulating 48 TGF beta signaling 48 follicular phase 48 adrenergic 48 hypometabolism 48 LRP5 48 Wnt 48 adenylate cyclase 48 chemokine receptor 48 baroreceptor reflex 48 sex hormones estrogen 48 adrenocorticotropic hormone 48 tDCS 48 TERT 48 interleukins 48 cardiorespiratory fitness 48 signaling cascades 48 phenotypic expression 48 TLE3 48 JAK STAT signaling 48 dorsolateral prefrontal cortex DLPFC 48 piriform cortex 48 brain visual cortex 48 #β HSD1 48 Th2 responses 48 enzyme monoamine oxidase 48 mitochondrial enzyme 48 interleukin IL -6 48 Gleevec inhibits 48 Endocannabinoids 48 motor cortex 48 dopamine transporter DAT 48 temporal lobes 48 hematopoietic cells 48 neuro endocrine 48 prostate epithelial cells 48 IGFBP2 48 Stat1 48 H#K#me# 48 histone modifications 48 cofilin 48 PC# cells 48 Nod1 48 intracellular calcium 48 prostaglandin E 48 TTR gene 48 Cortisol 48 PKD#L# 48 dysregulation 48 GABAergic 48 TRPV1 receptors 48 arousal 48 ER alpha 48 NKG2D 48 KATP channels 48 olfactory bulb 48 stress hormone corticosterone 48 SE alleles 48 nAChR 48 sensory cues 48 dopamine transporters 48 astrocyte 48 hormone melatonin 48 glutamate signaling 48 receptors PPARs 48 circadian genes 48 glucocorticoid hormones 48 CCN2 48 nociceptive 48 hypothalamus gland 48 KLF4 48 allodynia 48 brainwave patterns