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(Click for frequent words.) 73 anterior insula 71 prefrontal cortex 71 anterior cingulate 70 parietal cortex 70 medial prefrontal cortex 69 prefrontal 69 rostral anterior cingulate cortex 69 gyrus 69 cingulate 69 temporoparietal junction 69 orbital frontal cortex 69 caudate 68 lateral habenula 68 frontal cortex 68 medial frontal 67 mPFC 67 ventromedial prefrontal cortex 67 lateral orbitofrontal cortex 67 medial prefrontal 67 parietal regions 67 middle frontal gyrus 67 basal ganglia 67 D2 receptor 67 putamen 67 temporoparietal 67 posterior cingulate 66 caudate nucleus 66 rCBF 66 amygdala 66 premotor 66 medial frontal cortex 66 cortical 65 anterior cingulate cortex 65 ventral prefrontal cortex 65 insular cortex 65 parietal lobe 65 orbitofrontal 65 cortex 65 subcortical 65 cortices 65 posterior cingulate cortex 65 cortical regions 65 hypothalamic pituitary adrenal axis 65 dorsal prefrontal cortex 65 orbitofrontal cortex 65 posterior parietal cortex 65 somatosensory cortex 65 pre frontal cortex 65 frontal lobe 64 striatum 64 sensorimotor 64 cingulate cortex 64 rACC 64 intraparietal sulcus 64 somatosensory 64 striatal 64 dopamine receptors 64 ventrolateral prefrontal cortex 64 ventral striatum 64 premotor cortex 64 midbrain 64 superior temporal sulcus 64 thalamus 63 occipital cortex 63 raphe 63 temporal lobe 63 DLPFC 63 hippocampus 63 dorsal striatum 63 inferior parietal 63 HPA axis 63 precuneus 63 parietal cortices 63 NMDA receptors 63 anterior cingulate gyrus 63 cortexes 63 limbic system 63 ventromedial 63 vagal 62 dopamine signaling 62 inferior frontal gyrus 62 superior temporal gyrus 62 brain frontal lobe 62 prefrontal cortical 62 limbic 62 lateral prefrontal cortex 62 parietal lobes 62 prefrontal lobes 62 hypothalamic 62 neuroimaging studies 62 parietal 62 hyperactivation 62 neuronal activity 62 hippocampal 62 frontal parietal 62 prefrontal regions 62 beta adrenergic receptors 61 amygdalae 61 subgenual cingulate 61 baroreflex 61 orbitofrontal cortex OFC 61 parahippocampal gyrus 61 CB1 receptors 61 medial temporal 61 Prefrontal 61 Purkinje cells 61 temporal lobes 61 neuronal plasticity 61 cerebellum 61 dorsolateral 61 angular gyrus 61 nucleus accumbens 61 anterior temporal lobe 61 afferent 61 visuospatial 61 prefrontal lobe 61 noradrenergic 61 neurotransmitters serotonin 61 medial temporal lobe 61 autoregulation 61 frontal lobes 61 overactivity 61 dorsal anterior cingulate cortex 61 fusiform gyrus 60 periaqueductal gray 60 inhibitory 60 synaptic transmission 60 superior temporal cortex 60 Broca area 60 excitatory 60 muscarinic receptors 60 posterior parietal 60 temporal cortex 60 fronto 60 dorsomedial 60 cerebellar vermis 60 baroreceptor reflex 60 medial orbitofrontal cortex 60 neuronal migration 60 catecholamine 60 forebrain 60 ACh 60 proinflammatory cytokine 60 entorhinal cortex 60 prefrontal cortex PFC 60 electroencephalographic 60 NAc 60 innervation 60 primary visual cortex 60 autophagic 60 visual cortex 60 dorsolateral prefrontal 60 anterior temporal 60 dopamine receptor 60 dentate gyrus 60 frontotemporal 60 neuromuscular junction 59 efferent 59 habenula 59 inferior frontal 59 amygdale 59 insula 59 inhibitory transmitter 59 perirhinal cortex 59 hormone secretion 59 postsynaptic 59 locus coeruleus 59 NAcc 59 cerebellar 59 neuropeptide Y 59 DISC1 59 cortical activation 59 inhibitory neurotransmitters 59 oculomotor 59 Purkinje cell 59 basolateral amygdala 59 hypothalamic pituitary 59 dopaminergic 59 vmPFC 59 corpus callosum 59 serotonin neurons 59 auditory cortex 59 CaM kinase II 59 prefrontal brain 59 IL 1ß 59 cerebral cortex 59 middle temporal gyrus 59 NR2B 59 glutamate receptors 59 planum temporale 59 D2 receptors 59 calpain 59 subthalamic nucleus 59 COMT 59 cortical neurons 58 fronto temporal 58 rostral cingulate 58 cAMP signaling 58 parasympathetic nervous system 58 serotonergic 58 neural circuitry 58 rostral 58 ERK1 2 58 lateralized 58 GABAergic interneurons 58 Alzheimer disease pathology 58 corticospinal 58 globus pallidus 58 baroreceptor 58 5 HT1A 58 mesolimbic 58 homeostatic 58 gyri 58 primary somatosensory cortex 58 FGFs 58 microglial 58 fMRI scans 58 sensory cortex 58 vagal nerve 58 beta endorphin 58 occipital lobe 58 cortical excitability 58 frontal temporal 58 FGF2 58 nNOS 58 GABA receptor 58 platelet activation 58 lateral hypothalamus 58 locomotor activity 58 calcium homeostasis 58 gamma oscillations 58 astrocytic 58 hippocampal formation 58 vasodilation 58 hippocampi 58 prefrontal cortices 58 microglial activation 58 almond shaped structure 58 presynaptic 58 XBP1 58 nAChRs 58 hypometabolism 57 declarative memory 57 brainstem 57 cyclooxygenase 2 57 melatonin receptors 57 circadian pacemaker 57 cingulate gyrus 57 NF kappaB pathway 57 noradrenaline 57 lateralisation 57 hypoperfusion 57 cognition 57 NMDA receptor 57 autonomic nervous system 57 hippocampal volume 57 TNFalpha 57 hyperarousal 57 synaptic plasticity 57 sensory neurons 57 cortico 57 amyloid β 57 glutamatergic 57 GH secretion 57 GABA gamma aminobutyric acid 57 thalamic 57 TrkB 57 vasoconstriction 57 Acetylcholine 57 hippocampal neurons 57 arcuate nucleus 57 brain limbic 57 receptor subtype 57 hyperalgesia 57 thermoregulatory 57 renal fibrosis 57 serotonin transporter 57 hyperinsulinemia 57 hypothalamus 57 neuronal degeneration 57 motoneurons 57 demyelination 57 baroreceptors 57 AMPA receptor 57 stathmin 57 neurotransmission 57 NADPH oxidase 57 vasopressin 57 neuronal differentiation 57 attentional 57 superior colliculus 57 sensory nerves 57 neurotransmitter dopamine 57 cerebral oxygenation 57 SIRT1 gene 57 tDCS 57 amyloid deposition 57 cholinergic 57 autonomic dysfunction 57 acetylcholine receptor 57 cardiac autonomic 57 p# MAPK 57 p# activation 57 overactivation 57 hippocampal volumes 57 mirror neuron 57 BMP signaling 57 electrophysiological 57 anterior cortex 57 synaptic function 57 cognitive 56 hyperexcitability 56 dopaminergic neurons 56 neuropeptides 56 serotonin receptors 56 beta arrestin 56 5 HT2A receptor 56 POMC neurons 56 TGF ß 56 factor BDNF 56 intraventricular 56 podocyte 56 adrenal cortex 56 denervation 56 hindbrain 56 inferior temporal gyrus 56 norepinephrine 56 kappa opioid receptors 56 endocannabinoid system 56 basal forebrain 56 cortisol secretion 56 inflammatory cytokine 56 vermis 56 neurotransmitters dopamine 56 Brodmann Area 56 neurosteroid 56 inhibitory neurotransmitter 56 vasopressin receptors 56 mirror neuron system 56 phasic 56 adenosine receptors 56 neuropeptide Y NPY 56 Notch signaling 56 TGFβ 56 IFN γ 56 mu opioid 56 Inhibitory 56 Norepinephrine 56 alexithymia 56 Cdk5 56 muscle contractility 56 neuronal dysfunction 56 motor cortex 56 myocytes 56 WNK1 56 PDE5A 56 ventrolateral 56 cerebral hemispheres 56 AMPA receptors 56 monoamines 56 fusiform 56 serotonin receptor 56 BDNF 56 intracellular signaling 56 neocortical 56 subcortical structures 56 brain derived neurotrophic 56 inferior parietal lobule 56 pineal 56 euthymic patients 56 parasympathetic 56 receptor subtypes 56 penile erection 56 excitatory neurotransmitter 56 gamma aminobutyric acid GABA 56 vasomotor 56 left ventricular diastolic 56 neural 56 hypocretin neurons 56 temporo parietal junction 56 S#A# [002] 56 neocortex 56 SAPAP3 56 brain circuitry 56 striatal dopamine 56 amygdala neurons 56 leptin deficient mice 56 occipital lobes 56 cytoskeletal 56 white matter hyperintensities 56 PECAM 1 56 amygdalas 56 FGF# 56 Aß 56 Wnt signaling 56 neural correlates 56 hypothalamic pituitary adrenal HPA 56 capillary density 56 endogenous cannabinoids 56 GABA neurotransmitter 56 TRPV1 receptors 55 DARPP 55 hypocretin 55 cdk5 55 proprioceptive 55 corticotropin releasing factor 55 hypothalamic pituitary axis 55 pro inflammatory cytokine 55 hippocampal function 55 CA1 55 neural pathway 55 steroidogenic 55 aberrant activation 55 thyrotropin 55 IRS1 55 parahippocampal 55 astrocyte 55 orexin receptors 55 afferents 55 urocortin 55 sensorimotor cortex 55 immunoreactivity 55 adrenal medulla 55 myelination 55 CaMKII 55 spatial orientation 55 dopamine transporter 55 aldosterone 55 β catenin 55 endogenous opioids 55 orexin neurons 55 axonal 55 medial temporal lobe MTL 55 TGF β 55 verbal fluency 55 sortilin 55 lipid rafts 55 potentiation 55 acetylcholine neurotransmitter 55 contractility 55 VE cadherin 55 CB1 receptor 55 chromatin remodeling 55 circadian clock genes 55 IL 1β 55 c Abl 55 myocardial tissue 55 FANCD2 55 ventricular remodeling 55 dopamine D2 receptors 55 pyramidal neurons 55 anhedonia 55 dopamine neurotransmitter 55 glutamate signaling 55 excitatory neurons 55 spatial reasoning 55 agonist induced 55 neuronal 55 mRNA expression 55 modulatory 55 premorbid 55 brain frontal lobes 55 vasoconstrictor 55 junctional 55 emotional reactivity 55 gliosis 55 brain hypothalamus 55 opioid receptor 55 emotional arousal 55 cognitive functions 55 osteoblast 55 serotonin signaling 55 myocyte 55 endogenous opioid 55 FoxO1 55 neuropsychological functioning 55 lateral ventricle 55 nucleus accumbens NAc 55 vestibular apparatus 55 anterior prefrontal cortex 55 neurotransmitter serotonin 55 mitogen activated protein kinase 55 estrogen receptor alpha 55 semaphorin 55 ventral pallidum 55 occipital 55 carbohydrate metabolism 55 inhibitory interneurons 55 neuronal circuitry 55 atherosclerotic lesions 55 cerebral perfusion 55 ERK pathway 55 BDNF gene 55 glomerular 55 TRPV3 55 autonomic functions 55 accumbens 55 adrenergic receptors 55 NMDAR 55 fatty acid metabolism 55 LDLR 55 dopamine neuron 55 psychomotor 55 amygdala activation 55 dendritic spines 55 GRK2 55 autocrine 55 c Src 55 eNOS 55 neurochemical 55 ventral 55 piriform cortex 55 brain cortex 55 podocytes 55 dysregulation 55 Thyroid hormone 55 tumor suppressor protein 55 psychophysiological 55 splenic 55 mdx mice 55 neuroD2 55 hypoxia inducible transcription 54 neurotransmitter GABA 54 amygdala reactivity 54 phagocytosis 54 neuropeptide 54 IKKß 54 nociceptive 54 c Fos 54 apoE4 54 neural substrates 54 parenchymal 54 dopamine D2 receptor 54 glutamatergic neurons 54 hypoactive 54 neuronal circuits 54 dorsal horn 54 calmodulin 54 FasL 54 MEF2 54 neural circuits 54 hippocampal atrophy 54 Androgen receptor 54 CXCL# 54 Brain derived neurotrophic 54 corticotropin releasing hormone 54 cannabinoid receptors 54 Aβ 54 ventricular dilatation 54 epileptogenic 54 calcineurin 54 granule cells 54 #ß 54 adult neurogenesis 54 acetylcholine receptors 54 salivary cortisol 54 5 hydroxytryptamine 54 Hypothalamic 54 vWF 54 cognitive functioning 54 brain hemispheres 54 β cell 54 TRPV1 54 medial temporal lobes 54 lipid homeostasis 54 #HT#A 54 infarcts 54 Nrf2 54 neo cortex 54 interneurons 54 PPAR alpha 54 JAK STAT signaling 54 alpha subunit 54 tyrosine phosphorylation 54 RIP1 54 neurohormone 54 transmembrane protein 54 glucocorticoid receptors 54 tryptophan depletion 54 adenosine receptor 54 PDGFR 54 impaired cognition 54 interleukin 1beta 54 mitochondrial oxidative 54 arginine vasopressin 54 neurocircuitry 54 nitric oxide synthase 54 IKK2 54 visuomotor 54 detrusor 54 morphogen 54 brain 54 blood oxygenation 54 microglial cells 54 CB2 receptors 54 LKB1 54 posteromedial cortex 54 superior frontal gyrus 54 paraventricular nucleus 54 contractile 54 SLC#A# [002] 54 receptor subunit 54 neurotransmitter acetylcholine 54 progranulin 54 circadian genes 54 cyclic AMP 54 dysregulated 54 PIP3 54 akinesia 54 TNF α 54 adrenocortical 54 endocrine glands 54 IL 1beta 54 subthalamic nucleus STN 54 receptor gene 54 c Myb 54 amyloid beta plaque 54 hormones ghrelin 54 proinflammatory cytokines 54 substantia nigra 54 upregulation 54 temporal parietal 54 posterior temporal 54 CaM kinase 54 ouabain 54 glucose metabolism 54 glucocorticoid receptor 54 chromosome #q#.# [001] 54 LRP6 54 eotaxin 54 medial prefrontal cortex mPFC 54 STAT1 54 excitotoxicity 54 cerebral cortical 54 axonal damage 54 remyelination 54 suprachiasmatic nucleus SCN 54 PTPN# 54 brain lesions 54 Wnt pathway 54 neurotransmitter receptors 54 DNMT1 54 NKG2D 54 mitogenic 54 ERK signaling 54 nAChR 54 Cannabinoid receptors 54 neurite outgrowth 53 diastolic function 53 physiological arousal 53 isoenzymes 53 β amyloid 53 PGC 1α 53 MAPK 53 paracrine 53 ß catenin 53 extracellular signal 53 hepatic stellate cells 53 amyloid peptide 53 ERalpha 53 ciliary 53 C1q 53 bradykinesia 53 neuroendocrine 53 cerebral hemisphere 53 alpha synuclein gene 53 NR2B subunit 53 neuronal synapses 53 nociception 53 neurohormonal 53 dopamine reuptake 53 transcriptional activation 53 symptomatology 53 laterality 53 pulsatility 53 Dopamine 53 proteolysis 53 melanopsin 53 dorsomedial prefrontal cortex 53 catechol O methyltransferase 53 neuroinflammatory 53 cortical thinning 53 VMPC 53 excitotoxic 53 hyper excitability 53 TRPV4 53 cholinergic tone 53 Dysregulation 53 GluR1 53 synaptic 53 neuroanatomical 53 nociceptors 53 excitatory synapses 53 aromatase 53 endocannabinoid signaling 53 axon guidance 53 myocardium 53 retinal photoreceptors 53 mitochondrial enzyme 53 RGS2 53 neurons 53 GABAergic neurons 53 beta catenin 53 sensory neuron 53 synaptogenesis 53 MC4R 53 NKT cell 53 COX2 53 ventricular enlargement 53 neuronal signaling 53 synapse formation 53 neuro transmitters 53 excitatory neurotransmitter glutamate 53 dorsolateral prefrontal cortex DLPFC 53 lesional 53 inducible nitric oxide synthase 53 γ secretase 53 corticosterone 53 inferior parietal cortex 53 auditory cortices 53 catenin 53 airway hyperresponsiveness 53 affective psychoses 53 endothelium dependent 53 ASIC1a 53 serotonin neurotransmitter 53 neuronal nitric oxide synthase 53 proteoglycan 53 RUNX3 53 aldose reductase 53 extraocular 53 amyloid deposits 53 p# pathway 53 cardiac myocytes 53 Aldosterone 53 anterior pituitary 53 neurochemicals 53 postural sway 53 DISC1 gene 53 MCH neurons 53 neuropathological 53 Bcl xL 53 PKC inhibitors 53 orexin 53 KLF2 53 Skeletal muscle 53 encodes protein 53 PAK1 53 aP2 53 allopregnanolone 53 Cathepsin B 53 stomatal 53 Rac1 53 neurological abnormalities 53 Optic nerve 53 striatal neurons 53 vasodilatation 53 Vasopressin 53 SUMOylation 53 abnormal neuronal 53 neurocognitive 53 neurones 53 synaptic dysfunction 53 ABCA1 53 retinal neurons 53 flow mediated dilation 53 thromboxane 53 neurotransmitter 53 cholesterol homeostasis 53 Notch1 53 olfactory cortex 53 malperfusion 53 HOTAIR 53 Cerebellar 53 UCP2 53 cholecystokinin CCK 53 transcriptionally 53 vagus 53 NF KappaB 53 Hh 53 hypothalamus gland 53 neurofilament 53 natriuresis 53 2A receptor 53 GLI1 53 leptin hormone 53 elevated cortisol 53 eicosanoids 53 repetitive transcranial magnetic stimulation 53 CXCR2 53 adipokines 53 Smad3 53 metabolizing enzyme 53 contractile function 53 X inactivation 53 gluconeogenesis 53 inhibitory neurons 53 Syt IV 53 catalase 53 serine proteases 53 Wernicke Korsakoff syndrome 53 dopamine neurons 53 noradrenalin 53 perivascular 53 Dpp 53 hemiparesis 53 hippocampal cells 53 neuroleptic 53 fractional anisotropy 53 TGF beta signaling 53 kainate 53 prostate epithelial cells 53 somatic symptoms 53 metabolite concentrations 53 plasma lipids 53 extracellular dopamine 53 cognitive domains 53 cell adhesion molecule 53 Cyclin D1 53 ATPase 53 ovarian hormones 52 neuronal function 52 CYP #A# 52 IRE1 52 antibody mediated 52 vimentin 52 rhythmicity 52 allodynia 52 nicotinic acetylcholine receptors 52 proton pump 52 capsaicin receptor 52 parathyroid gland 52 Akt phosphorylation 52 TGF beta pathway 52 MAP kinase 52 glutamate receptor 52 MAPK pathway 52 apoE 52 GABAergic 52 guanylate cyclase 52 dopamine depletion 52 leptin signaling 52 TGF beta1 52 ADAM# 52 Src kinases 52 cAMP 52 daytime alertness 52 Shh signaling 52 molecular pathway 52 plasma fibrinogen 52 airway remodeling 52 IFN gamma 52 serotonin synthesis 52 dopamine 52 neuron 52 nondepressed 52 PPAR gamma 52 Akt 52 glial 52 occipital regions 52 BACE1 52 da mage 52 adhesion molecule 52 CIB1 52 Parkinsonian 52 P#X# receptor 52 dysbindin 52 autonomic nerves 52 motor neurones 52 neuronal excitability 52 cannabinoid receptor 52 cathepsins 52 ganglion cells 52 cognitive deficits 52 secreting insulin 52 catabolism 52 prostaglandin E2 52 cadherin 52 ganglion 52 electrophysiologic 52 lymphangiogenesis 52 ventricular mass 52 REM sleep 52 tau proteins 52 TGF b 52 LXRs 52 N acetylaspartate 52 limbic brain 52 mammalian brain 52 Smad4 52 MT1 MMP 52 protein kinase C 52 Sox# 52 compensatory mechanisms 52 gamma aminobutyric acid 52 vessel dilation 52 neural plasticity 52 KLF4 52 systolic function 52 VMAT2 52 SIRT6 52 magnetic stimulation 52 Abnormalities 52 psychosocial functioning 52 neurobehavioral functioning 52 NF κB 52 RhoA 52 neurogenesis 52 cardiac fibrosis 52 RAS pathway 52 oligodendroglial progenitor cells 52 opiate receptors 52 6 OHDA 52 mGluR 52 osteoclast activity 52 GPi 52 ALDH2 52 transcriptional repressor 52 cellular senescence 52 electrical conduction 52 GI motility 52 parkinsonism 52 intima media thickness 52 caveolin 1 52 mutant mice 52 monoamine 52 PIP2 52 kappa opioid receptor 52 NF kappaB 52 somatic 52 atherogenesis 52 poststroke 52 underlying pathophysiology 52 neuroligin 52 Th2 52 TRPV1 receptor 52 N myc 52 PON1 52 genotoxic stress 52 lipoprotein lipase 52 CD1d 52 motor neuron degeneration 52 paxillin 52 ectopic expression 52 mutant huntingtin protein 52 subthalamic 52 arginase 52 neutrophil recruitment 52 Neuronal 52 S nitrosylation 52 IGFBP 3 52 PER2 52 neuromotor 52 Frontal lobe 52 uPAR 52 sensing neurons 52 AChE 52 H#K#me# 52 isoproterenol 52 monoamine oxidase 52 cortisol 52 JAK STAT pathway 52 striated muscle 52 neuronal pathways 52 ventricular dilation 52 prosocial behavior 52 signaling cascades 52 adrenergic 52 neurofibrillary tangles 52 osteoclast formation 52 Fig. 1C 52 mu opioid receptors 52 coronary endothelial 52 AgRP 52 pyramidal cells 52 NF kB 52 endocannabinoids 52 SIRT3 52 surgical decompression 52 S#K# 52 histone acetylation 52 Notch pathway 52 beta1 integrin 52 Prolactin 52 NFkappaB 52 hedgehog pathway 52 excess glutamate 52 rat hippocampus 52 ventral tegmental area 52 cerebral arteries 52 PrPC 52 adrenoceptor 52 Hedgehog signaling 52 VEGF expression 52 seminomas 52 Valsalva maneuver 52 Sonic hedgehog 52 muscarinic receptor 52 Sirt1