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(Click for frequent words.) 74 anterior cingulate 73 ventral striatum 73 medial prefrontal cortex 71 limbic 70 cingulate 70 prefrontal cortex 70 insular cortex 70 medial prefrontal 70 medial orbitofrontal cortex 70 amygdala 70 lateral prefrontal cortex 69 lateral orbitofrontal cortex 69 orbital frontal cortex 69 prefrontal 69 anterior insula 68 nucleus accumbens 67 ventromedial prefrontal cortex 67 anterior cingulate cortex 67 somatosensory cortex 67 basal ganglia 66 orbitofrontal cortex OFC 66 rostral anterior cingulate cortex 66 gyrus 66 insula 66 posterior parietal cortex 66 ventral pallidum 66 caudate 66 temporoparietal junction 66 ventromedial 66 limbic system 66 parahippocampal gyrus 66 caudate nucleus 65 midbrain 65 frontal cortex 65 parietal lobe 65 amygdalae 65 parietal cortex 65 temporal lobe 65 posterior cingulate 65 striatum 65 cortex 65 dorsolateral prefrontal cortex 64 orbitofrontal 64 prefrontal brain 64 pre frontal cortex 64 thalamus 64 putamen 64 dorsal striatum 64 premotor cortex 64 anterior cingulate gyrus 63 primary visual cortex 63 medial frontal cortex 63 lateral hypothalamus 63 parietal 63 hypothalamus 63 ventral tegmental area 63 lateral habenula 63 superior temporal gyrus 63 NAcc 63 frontal lobe 63 parietal lobes 62 posterior cingulate cortex 62 hippocampus 62 mPFC 62 inferior frontal 62 dorsal anterior cingulate cortex 62 striatal 62 cingulate cortex 62 parietal cortices 62 precuneus 62 medial frontal 62 dorsolateral 62 gyri 61 dopamine receptors 61 prefrontal cortical 61 ventrolateral prefrontal cortex 61 temporal cortex 61 intraparietal sulcus 61 entorhinal cortex 60 dorsolateral prefrontal 60 parahippocampal 60 superior temporal sulcus 60 rACC 60 amygdale 60 temporoparietal 60 cortical 60 visual cortex 60 subgenual cingulate 59 ventral prefrontal cortex 59 somatosensory 59 cerebral cortex 59 medial temporal 59 middle frontal gyrus 59 angular gyrus 59 medial prefrontal cortex mPFC 59 neuronal activity 59 subcortical 59 Broca area 59 fusiform gyrus 59 D2 receptor 59 superior frontal gyrus 59 subthalamic nucleus 59 dorsal prefrontal cortex 59 fMRI scans 59 inferior parietal lobule 59 vmPFC 58 prefrontal lobe 58 cingulate gyrus 58 hippocampal formation 58 mesolimbic 58 hippocampal 58 cortical regions 58 piriform cortex 58 inferior frontal gyrus 58 cortices 58 temporal lobes 58 lateralized 58 frontal parietal 58 brain frontal lobe 58 CB1 receptors 58 dopamine 58 frontal temporal 58 rCBF 58 cerebellum 58 parietal regions 57 DLPFC 57 posterior parietal 57 premotor 57 neuroimaging studies 57 primary somatosensory cortex 57 almond shaped structure 57 hypothalamic 57 neural 57 auditory cortex 57 brain visual cortex 57 inferior parietal 57 prefrontal regions 57 fronto 57 dorsal horn 57 dopamine signaling 57 inferior temporal gyrus 57 anterior temporal 57 olfactory cortex 57 sensory cortex 57 occipital lobe 57 serotonin neurons 57 occipital cortex 57 temporal parietal 56 corpus callosum 56 brain hypothalamus 56 fusiform 56 vasopressin receptors 56 electroencephalographic 56 perirhinal cortex 56 forebrain 56 planum temporale 56 neural circuitry 56 orexin neurons 56 hippocampi 56 anterior cortex 56 emotional arousal 56 D2 receptors 56 olfactory bulb 56 occipital lobes 56 ventrolateral 56 amygdalas 56 Brodmann Area 56 lateralisation 56 neurotransmitter dopamine 55 prefrontal cortex PFC 55 fronto temporal 55 inhibitory 55 cortexes 55 frontotemporal 55 medial temporal lobes 55 dorsomedial 55 medial temporal lobe MTL 55 neuropeptide Y 55 thalamic 55 serotonergic 55 prefrontal cortices 55 ventral 55 accumbens 55 globus pallidus 55 circadian clock genes 55 leptin hormone 55 presynaptic 55 innervation 55 Purkinje cells 55 inferior frontal cortex 54 mirror neuron 54 pineal 54 rostral cingulate 54 prefrontal lobes 54 neuro transmitters 54 periaqueductal gray 54 fusiform face 54 superior colliculus 54 NAc 54 inhibitory transmitter 54 HPA axis 54 sensorimotor 54 hormone secretion 54 frontal lobes 54 suprachiasmatic nucleus 54 cannabinoid receptors 54 nAChR 54 middle temporal gyrus 54 noradrenaline 54 occipital 54 Broca 54 dopamine D2 receptor 54 frontostriatal 54 anterior temporal lobe 54 orexin receptors 54 DQB1 * 54 hormone leptin 54 gamma oscillations 54 raphe 54 neurotransmitter 54 sensorimotor cortex 54 Prefrontal 54 posterior temporal 54 cerebral asymmetry 54 frontoparietal 53 serotonin transporter 53 anterior hippocampus 53 brain circuitry 53 inhibitory neurotransmitters 53 basal forebrain 53 hindbrain 53 brain limbic 53 mirror neuron system 53 limbic brain 53 occipital regions 53 excitatory 53 brain cortex 53 synaptic function 53 glutamatergic 53 basolateral amygdala 53 neural correlates 53 brain 53 laterality 53 paraventricular nucleus 53 sensory nerves 53 CaM kinase II 53 neuron 53 hypothalamic pituitary adrenal HPA 53 chemical dopamine 53 dentate gyrus 53 excitatory neurons 53 ipsilateral 53 inferior parietal cortex 53 fMRI 53 postsynaptic 53 neuronal plasticity 53 efferent 53 dendritic spines 53 Sirt1 53 dopamine neurotransmitter 53 spatial orientation 53 NMDA receptors 53 hypothalamus gland 53 overactivity 53 subcortical structures 53 neo cortex 53 glucose metabolism 53 GABA receptor 53 granule cells 53 cortical neurons 53 gamma aminobutyric acid GABA 53 neuropeptides 53 beta endorphin 53 hippocampal function 53 suprachiasmatic nucleus SCN 53 N acetylaspartate 52 chromosome #q 52 brain glucose metabolism 52 neurotransmitter receptors 52 GPi 52 physiological arousal 52 hyperactivation 52 TRPM8 52 mammalian brain 52 estrogen receptor alpha 52 excitatory neurotransmitter 52 vermis 52 amygdala neurons 52 endocannabinoid system 52 homeostatic 52 microglial 52 ACh 52 dopamine transporter 52 subthalamic nucleus STN 52 receptor gene 52 vasopressin 52 receptor gamma 52 PKD#L# 52 VMPC 52 attentional 52 olfactory receptor neurons 52 habenula 52 medial temporal lobe 52 neuroD2 52 SAPAP3 52 autophagic 52 cortical thickness 52 afferent 52 dopaminergic 52 neurocircuitry 52 leptin deficient mice 52 rat hippocampus 52 BMP signaling 52 contralateral 52 inhibitory synapses 52 locomotor activity 52 trigeminal nerve 52 synaptic 52 neural pathway 52 dopamine neuron 52 mu opioid 52 brainstem 52 synaptic plasticity 52 serotonin neurotransmitter 52 anterior prefrontal cortex 52 cerebellar 51 dopamine receptor 51 lateral geniculate nucleus 51 adrenal cortex 51 sensory input 51 #p# [001] 51 melatonin receptors 51 dendritic spine 51 Cannabinoid receptors 51 neurons 51 substantia nigra 51 neuropeptide Y NPY 51 temporo parietal junction 51 T2 weighted images 51 modulatory 51 motor cortex 51 Wnt signaling 51 sortilin 51 neuronal 51 imaging fMRI 51 hypothalamic pituitary adrenal axis 51 5 HT1A 51 lipid homeostasis 51 neurochemical 51 cognition 51 rostral 51 MC4R 51 dorsomedial prefrontal cortex 51 DISC1 51 Purkinje cell 51 SIRT1 gene 51 POMC neurons 51 anterior cingulated cortex 51 aldehyde dehydrogenase 51 receptor subtypes 51 cortico 51 pyramidal neurons 51 neuronal migration 51 sensory neurons 51 GABA neurotransmitter 51 axon guidance 51 ERK1 2 51 electrophysiological 51 CA1 51 locus coeruleus 51 lipoprotein lipase 51 anterior hypothalamus 51 neurochemistry 51 CYP#E# 51 GluR1 51 raphe nucleus 51 glutamate receptors 51 neuronal synapses 51 NPY 51 factor BDNF 51 lateral ventricle 51 neuromuscular junction 51 autoregulation 51 mRNA expression 51 hypocretin neurons 51 neural circuits 51 dopamine serotonin 51 neuronal differentiation 51 TrkB 51 neuroligin 51 nucleus accumbens NAc 51 calmodulin 51 anhedonia 51 sGC 51 noradrenergic 51 cerebellar vermis 51 serotonin 51 neuro transmitter 51 hypometabolism 51 neuronal dysfunction 51 baroreceptors 51 cerebral hemispheres 51 neurotransmitters serotonin 51 opiate receptors 51 neurochemicals 51 MEF2 50 chemosensory 50 fractional anisotropy 50 serotonergic neurons 50 nNOS 50 cerebral hemisphere 50 cerebral cortical 50 Wnt pathway 50 arcuate nucleus 50 SLC#A# [002] 50 hormone vasopressin 50 brain frontal lobes 50 receptor subtype 50 Brain scans 50 PPAR alpha 50 anterior pituitary 50 neuronal signaling 50 astrocyte 50 circadian pacemaker 50 IKKß 50 TRPV1 50 neurotransmitter serotonin 50 nitric oxide synthase 50 brain hemispheres 50 acetylcholine receptor 50 FGF# 50 downregulate 50 Wnt proteins 50 neuronal circuits 50 nAChRs 50 SH#B# 50 spatial cognition 50 functional magnetic resonance 50 dorsal 50 corticospinal 50 subventricular zone 50 Eric Nestler 50 vestibular apparatus 50 neurone 50 hippocampal volume 50 hippocampal neurons 50 visuospatial 50 cortical thinning 50 vagus nerve 50 beta adrenergic receptors 50 baroreceptor 50 neurexin 50 echogenicity 50 synaesthetes 50 S#A# [002] 50 ASIC1a 50 hyperexcitability 50 electrically stimulating 50 PTPN# 50 oculomotor 50 Sexual arousal 50 cypin 50 tDCS 50 enlarged amygdala 50 neuronal nitric oxide synthase 50 glutamate 50 nociceptors 50 glutamate signaling 49 hypocretin 49 cholinergic tone 49 striata 49 TRPV1 receptors 49 epileptogenic 49 AMPA receptor 49 dopamine pathway 49 hippocampal volumes 49 androgen signaling 49 trigeminal 49 neural mechanisms 49 vomeronasal 49 overactivation 49 dopamine D2 49 SIRT3 49 alexithymia 49 SIRT1 49 ERalpha 49 vagal nerve 49 olfactory sensory neurons 49 cortical activation 49 melanopsin 49 p# MAPK 49 Neuregulin 1 49 hippocampal cells 49 CDH# 49 muscarinic receptors 49 neurite outgrowth 49 subcortical regions 49 superior temporal cortex 49 hypoperfusion 49 ganglion cells 49 dopamine pathways 49 capillary density 49 synaptogenesis 49 declarative memory 49 potentiation 49 vomeronasal organ 49 demyelinated 49 myelinated 49 nociception 49 CA3 49 chromosome #q#.# [001] 49 excitatory signals 49 5 HT2C receptor 49 serotonin transporters 49 chaotic menstrual cycles 49 corticotropin releasing factor 49 Functional MRI 49 serotonin receptor 49 LXRs 49 cell adhesion molecule 49 hypothalamic pituitary 49 cyclooxygenase 2 49 Decety 49 Functional magnetic resonance 49 emotional reactivity 49 AgRP 49 insulin receptors 49 WNK1 49 autonomic nerves 49 neural substrates 49 calpain 49 5 hydroxytryptamine 49 #q# [001] 49 neocortex 49 pulvinar 49 EAAT2 49 Dopamine 49 tau protein 49 FGFs 49 excitatory synapses 49 hypothalamus pituitary 49 calcium homeostasis 49 satiety fullness 49 chemical serotonin 49 TRPA1 49 Acetylcholine 49 HOTAIR 49 neuronal pathways 49 kappa opioid receptor 49 allodynia 49 mu opioid receptors 49 endocannabinoids 49 adult neurogenesis 49 baroreflex 49 ghrelin 49 Inhibitory 49 NR2B 49 serotonin 2A 49 synapse formation 49 pituitary hormone 49 cdk5 49 aromatase 49 endogenous opioids 49 prolactin levels 49 psychophysiological 49 underlying pathophysiology 49 GnRH neurons 49 cortical excitability 49 microelectrode 49 extracellular dopamine 49 VMAT2 48 neurotransmitters 48 methyl D aspartate 48 RGS2 48 satiety 48 Runx2 48 hormones ghrelin 48 lateralization 48 cadherin 48 JAK STAT signaling 48 sensory organs 48 synaptic transmission 48 Brain derived neurotrophic 48 thicker cortex 48 hypoactive 48 neurotransmitter glutamate 48 neuronal receptors 48 mTORC1 48 JAK STAT 48 neurofibrillary tangles 48 glutamate receptor 48 dorsolateral prefrontal cortex DLPFC 48 GABAergic 48 beta arrestin 48 periventricular 48 vasomotor 48 glutamatergic neurons 48 LDLR 48 Brodmann 48 dysregulation 48 blood oxygenation 48 nociceptive 48 acetylcholine receptors 48 GABA gamma aminobutyric acid 48 sulcal 48 glial 48 TRPV1 channel 48 amyloid β 48 synapse maturation 48 CB1 receptor 48 apoE4 48 BDNF 48 impaired cognition 48 MeCP2 48 amyloid deposits 48 metabolizing enzyme 48 Pathological liars 48 urocortin 48 synapse 48 glial cell 48 opioid peptides 48 cholinergic 48 fMRI scan 48 Notch receptor 48 endogenous cannabinoids 48 chromosome #q# [002] 48 FKBP# 48 afferents 48 dopamine transporters 48 NFkappaB 48 voxel 48 alpha7 48 neural tissues 48 neuropeptide 48 ERK signaling 48 inhibitory neurotransmitter 48 inferior colliculus 48 nicotine receptor 48 sexual arousal 48 Cognitive Neuroscience 48 foveal 48 #HT#A 48 electrically stimulated 48 neurotransmitters dopamine 48 FGF2 48 Androgen receptor 48 MAP kinase 48 immunoreactivity 48 transmembrane 48 endogenous cannabinoid 48 autocrine 48 innervated 48 dysregulated 48 mirror neurons 48 cholinergic receptors 48 chromatin remodeling 48 MAP kinases 48 TRPV3 48 Hh 48 opioid receptor 48 dysbindin 48 IRS1 48 SVZ 48 endocrine glands 48 synaptic inputs 48 brain derived neurotrophic 48 neural activation 48 receptors 48 secreted protein 48 UCP2 48 synaptic dysfunction 48 Syt IV 48 monoamine 48 KLF# 48 CHI#L# 48 estrogen receptors 48 NRG1 48 dendrite 48 neuroendocrine 48 magnetic stimulation 48 BDNF gene 48 vagal 48 neurite 48 mitogenic 48 fewer dopamine receptors 48 hyperinsulinemia 48 ERa 48 Cdk5 48 adenosine receptors 48 2A receptor 48 TRPV1 receptor 48 glutamate neurotransmitter 48 neuronal cells 48 opioid receptors 48 left ventricular diastolic 48 activity MAOA 48 hormones leptin 48 semaphorin 48 procaspase 3 48 pineal gland 48 LRP6 48 CaM kinase 48 capsaicin receptor 48 voxels 48 optic tectum 48 thermoregulatory 48 leptin signaling 48 neurotransmitter GABA 48 PDE5A 48 COMT 48 PKMzeta 48 CDK5 48 sensory neuron 48 nerve fibers 48 β amyloid 48 intracortical 48 PGC 1α 48 neurophysiological 48 striatal dopamine 48 synapses 48 olfaction 48 cognitive functions 48 Hedgehog signaling 48 neurones 48 serotonin receptors 48 Sox# 47 eNOS 47 gamma aminobutyric acid 47 TRPV4 47 electrophysiological recordings 47 sensory gating 47 Smoothened 47 microRNA molecules 47 inhibitory neurons 47 TRPM5 47 P2X 47 medulla 47 neuropsychiatric diseases 47 endogenous opioid 47 postsynaptic neuron 47 amyloid beta plaque 47 parasympathetic 47 neurogenesis 47 PER2 47 dopamine synthesis 47 Cathepsin B 47 amyloid deposition 47 neurosteroid 47 DARPP 47 posterior pituitary 47 multisensory integration 47 actin remodeling 47 kappa opioid receptors 47 carbohydrate metabolism 47 CEACAM1 47 proprioceptive 47 CB2 receptors 47 neurotransmitter acetylcholine 47 progranulin 47 neurophysiology 47 auditory 47 fast skeletal troponin 47 #p#.# [001] 47 cyclic AMP cAMP 47 cardiac autonomic 47 cannabinoid receptor 47 5 HT2A receptor 47 neocortical 47 serotonin signaling 47 infarct 47 catenin 47 radial glia 47 A1 allele 47 Sonic Hedgehog 47 amygdala reactivity 47 LRP1 47 EEG signals 47 contractile 47 adhesion molecule 47 morphogen 47 TGF beta pathway 47 TORC2 47 Notch signaling 47 dopamine D2 receptors 47 auditory stimuli 47 PGC1 47 podocyte 47 ErbB4 47 sensory disturbances 47 fatty acid synthase 47 olfactory 47 MAO B 47 GLUT4 47 dopamine norepinephrine 47 DNMT1 47 inhibitory interneurons 47 tubule 47 MAPK pathway 47 microvessel 47 TGF ß 47 microcephalin 47 c Abl 47 enkephalin 47 clefting 47 CALHM1 47 euthymic patients 47 AMP kinase 47 paxillin 47 cyclic AMP 47 glomerular 47 cryptochromes 47 vasodilation 47 MAPK 47 corticosterone levels 47 mammillary bodies 47 cognitive 47 posterior fossa 47 adrenal medulla 47 brown adipose tissue 47 nicotinic receptor 47 subcellular 47 neuroinflammatory 47 CB2 receptor 47 adipokines 47 neurohormonal 47 histone acetylation 47 microsaccades 47 pineal glands 47 synaptic vesicles 47 ependymal cells 47 ventromedial hypothalamus 47 intima media thickness 47 myocardial tissue 47 impulsivity 47 endothelial nitric oxide synthase 47 Rab# 47 electroencephalography EEG 47 lymphangiogenesis 47 alpha synuclein gene 47 GABA receptors 47 interneurons 47 Neuronal 47 sensory stimuli 47 endocannabinoid receptors 47 white matter hyperintensities 47 antiapoptotic 47 genital arousal 47 nicotinic receptors 47 protein kinase C 47 Sgk1 47 rs# [002] 47 visuospatial processing 47 GABAA 47 beta subunit 47 PACAP 47 nerve cells 47 sensory receptors 47 acetylcholine neurotransmitter 47 dopamine neurons 47 suppresses appetite 47 poorer prognosis 47 NMDA receptor 47 NPY expression 47 BDNF protein 47 Prolactin 47 Dysregulation 47 peri infarct 47 FoxO1 47 CHRNA5 gene 47 fruit fly Drosophila 47 electrodes surgically implanted 47 MC1R 47 dopamine D1 47 spatial reasoning 47 Kv#.# 47 calcineurin 47 leptin receptor 47 transcriptional regulation 47 psychobiological 47 GATA4 47 ciliary 47 androgen receptors 47 mu receptors 47 neuroligins 47 umami taste 47 myocyte 47 methylation patterns 47 apoE 47 HIF 1α 47 microtubule dynamics 47 PTP1B 47 hepatic stellate cells 47 ER alpha 47 immunoreactive 47 almond shaped 47 Rauschecker 47 disinhibition 47 N myc 47 cilium 47 contractility 47 vomeronasal organ VNO 46 CYP#B# 46 astrocytic 46 dorsal root ganglia 46 gene locus 46 Wnt signaling pathway 46 cerebrum 46 odorant receptor 46 auditory pathways 46 neuregulin 46 Sonic hedgehog 46 repetitive transcranial magnetic stimulation 46 synaptic proteins 46 auditory cortices 46 AMPK 46 pyramidal cells 46 satiety signals 46 upregulates 46 axonal 46 c Src 46 seratonin 46 acetylcholine 46 arousal 46 Ghrelin 46 olfactory bulbs 46 noradrenalin 46 major histocompatibility complex 46 degenerating neurons 46 autonomic nervous system 46 motoneurons 46 dorsal root 46 visuomotor 46 mitochondrial oxidative 46 receptor subunit 46 2D 4D ratio 46 renal fibrosis 46 vasodilatation 46 VEGF expression 46 intracellular signaling 46 PPAR γ 46 Wnt 46 glucocorticoid receptor gene 46 toxic beta amyloid 46 STAT1 46 fovea 46 Nrf2 46 M1 muscarinic 46 electrodes implanted 46 CIB1 46 Thyroid hormone 46 hormone secreted 46 melanocyte 46 Rimonabant blocks 46 hyper excitability 46 attentional blink 46 macrophage infiltration 46 saccadic 46 TGF β 46 neuronal circuitry 46 encodes protein 46 neurotransmission 46 EGFR protein 46 histone modifications 46 neurotransmitter receptor 46 penile erection 46 dopaminergic neurons 46 EphB2 levels 46 serum estradiol 46 CRF1 receptor 46 adrenoceptor 46 nondepressed 46 lateral ventricles 46 protein tau 46 MAOA 46 kinase domain 46 infarcted 46 perivascular 46 facial symmetry 46 neural plasticity 46 lipin 46 EphA2 46 diffusion tensor imaging 46 extracellular signal 46 impaired endothelial 46 neuronal cell 46 AMPA receptors 46 affective psychoses 46 axon 46 T1 weighted 46 anandamide 46 demyelination 46 evolutionarily ancient 46 raphe neurons 46 chromosomal regions 46 hyperintensities 46 GSTM1 46 ligand receptor 46 CYP#E# gene 46 sensory inputs