Related by context. All words. (Click for frequent words.) 76 anterior cingulate 72 basal ganglia 71 posterior cingulate 71 subcortical 71 gyrus 71 caudate 70 orbitofrontal cortex 70 parietal 70 somatosensory cortex 70 superior temporal gyrus 70 temporoparietal junction 69 orbital frontal cortex 69 medial prefrontal 69 orbitofrontal cortex OFC 69 dorsolateral prefrontal cortex 69 cortical 69 frontal temporal 69 prefrontal cortical 68 inferior frontal 68 prefrontal brain 68 dorsolateral prefrontal 68 anterior cingulate cortex 68 anterior insula 68 prefrontal 68 hippocampal 68 parietal cortex 67 rostral anterior cingulate cortex 67 inferior parietal 67 limbic 67 dorsolateral 67 parahippocampal gyrus 67 gyri 67 ventromedial 67 midbrain 67 cortex 67 lateral prefrontal cortex 67 anterior cortex 67 hypothalamic 67 presynaptic 67 orbitofrontal 67 medial frontal cortex 66 lateral orbitofrontal cortex 66 cortices 66 medial prefrontal cortex 66 premotor 66 dorsal anterior cingulate cortex 66 putamen 66 insular cortex 66 premotor cortex 66 subgenual cingulate 66 D2 receptor 66 medial frontal 66 amygdala 66 medial temporal 65 fronto 65 entorhinal cortex 65 cingulate cortex 65 inferior temporal gyrus 65 mPFC 65 striatal 65 cerebellar 65 dorsal horn 65 temporal lobe 65 afferent 65 anterior cingulate gyrus 65 prefrontal cortex 65 striatum 65 ventromedial prefrontal cortex 65 postsynaptic 65 posterior parietal cortex 64 frontal cortex 64 dorsal prefrontal cortex 64 precuneus 64 thalamus 64 prefrontal lobe 64 intraparietal sulcus 64 subthalamic nucleus 64 thalamic 64 rCBF 64 amygdale 64 frontotemporal 64 anterior temporal 64 parietal cortices 64 accumbens 64 medial orbitofrontal cortex 64 inferior parietal cortex 64 temporal cortex 64 frontal lobe 64 efferent 64 temporoparietal 64 parietal lobe 64 cingulate gyrus 63 Prefrontal 63 mesolimbic 63 almond shaped structure 63 DLPFC 63 cortical regions 63 rACC 63 dopamine receptors 63 somatosensory 63 dentate gyrus 63 limbic system 63 pyramidal neurons 63 middle frontal gyrus 63 caudate nucleus 63 globus pallidus 63 ventral striatum 63 Purkinje cells 63 acetylcholine receptor 63 periventricular 63 inferior parietal lobule 63 parahippocampal 63 hippocampal formation 63 angular gyrus 63 serotonergic 63 inhibitory interneurons 63 parietal lobes 62 glutamatergic 62 amygdalae 62 modulatory 62 corpus callosum 62 excitatory 62 dopamine signaling 62 primary visual cortex 62 sensorimotor 62 parietal regions 62 NAc 62 periaqueductal gray 62 inhibitory 62 fusiform gyrus 62 superior temporal sulcus 62 neuronal activity 62 cerebellum 62 cortexes 62 frontal parietal 62 ventral pallidum 62 cerebral cortex 62 lateral habenula 62 medial temporal lobe MTL 62 posterior parietal 62 subthalamic nucleus STN 62 lateral hypothalamus 62 vmPFC 62 posterior cingulate cortex 62 middle temporal gyrus 61 primary somatosensory cortex 61 dopaminergic 61 hippocampus 61 occipital lobes 61 beta adrenergic receptors 61 prefrontal lobes 61 occipital 61 Broca area 61 noradrenergic 61 auditory cortex 61 excitatory neurons 61 perirhinal cortex 61 ventral prefrontal cortex 61 Brain derived neurotrophic 61 electroencephalographic 61 serotonin neurons 61 insula 61 neuronal migration 61 rostral 61 occipital cortex 61 N acetylaspartate 61 inferior frontal gyrus 61 neuropeptide Y 61 nucleus accumbens 61 temporal parietal 61 cortical neurons 61 muscarinic receptors 61 forebrain 61 hindbrain 61 Purkinje cell 61 sensorimotor cortex 60 F actin 60 rostral cingulate 60 vagal 60 neuromuscular junction 60 hypothalamus 60 basolateral amygdala 60 HPA axis 60 ERK1 2 60 ventrolateral 60 nitric oxide synthase 60 TGF beta pathway 60 dorsomedial 60 lateralized 60 ventral 60 inhibitory transmitter 60 basal forebrain 60 baroreflex 60 raphe 60 IFN γ 60 eNOS 60 dendritic spine 60 arcuate nucleus 60 synaptic transmission 60 proinflammatory cytokine 60 neocortical 60 CaM kinase II 60 BMP signaling 60 brain limbic 60 autophagic 59 IL6 59 cerebral hemispheres 59 medial temporal lobe 59 glutamate receptor 59 fronto temporal 59 mRNA expression 59 cadherin 59 occipital lobe 59 CB1 receptors 59 microglial 59 POMC neurons 59 pre frontal cortex 59 brown adipose tissue 59 emotional arousal 59 afferents 59 dorsolateral prefrontal cortex DLPFC 59 anterior prefrontal cortex 59 catecholamine 59 brain frontal lobe 59 locus coeruleus 59 sensory cortex 59 transmembrane 59 hypothalamic pituitary adrenal axis 59 cholinergic 59 GABA receptor 59 piriform cortex 59 nucleus accumbens NAc 59 ouabain 59 habenula 59 neuronal plasticity 59 brain hypothalamus 59 cAMP signaling 59 overactivity 59 ß catenin 59 frontoparietal 59 corticospinal 59 beta endorphin 59 neurotransmitter receptors 59 NMDA receptors 59 astrocytic 59 BDNF gene 59 oculomotor 59 MAP kinase 59 Rab5 59 calcium homeostasis 59 steroidogenic 59 hyperactivation 59 neural 59 frontostriatal 59 medial prefrontal cortex mPFC 59 TGF ß 59 sensory neurons 59 Fig. 1C 59 prefrontal regions 59 temporal lobes 59 autoregulation 58 downregulate 58 basolateral 58 neuropeptides 58 vasopressin receptors 58 nAChR 58 IL 1ß 58 CaM 58 excitatory neurotransmitter glutamate 58 superior frontal gyrus 58 TRPV1 receptors 58 NR2B subunit 58 gamma oscillations 58 dorsal striatum 58 synaptic vesicles 58 ACh 58 MAPK pathway 58 demyelination 58 caveolin 1 58 AMPA receptor 58 hormone secretion 58 nAChRs 58 paracrine 58 mitochondrial oxidative 58 nociceptors 58 neuropeptide 58 serotonin transporter 58 demyelinated 58 Hedgehog signaling 58 mirror neuron system 58 PDZ domain 58 nociceptive 58 noradrenaline 58 inhibitory synapses 58 hypocretin neurons 58 neuronal 58 fusiform 58 extracellular signal 58 GABAergic 58 H#K#me# 58 adrenergic receptors 58 amyloid β 58 ventral tegmental area 58 innervation 58 hypothalamic pituitary 58 excitatory neurotransmitter 58 GABAergic interneurons 58 cortico 58 KLF2 58 hypothalamic pituitary adrenal HPA 58 immunoreactivity 58 SUMOylation 58 medulla 58 autocrine 58 T2 weighted images 58 cannabinoid receptors 58 serotonin receptor 58 beta subunit 58 5 HT1A 58 myelinated 58 homeostatic 58 baroreceptor 58 striatal dopamine 58 TrkB 58 Norepinephrine 58 neurosteroid 57 NR2B 57 P cadherin 57 NKT cell 57 morphogen 57 cortical activation 57 neuronal signaling 57 excitatory synapses 57 NF kappaB pathway 57 monoamine 57 extracellular calcium 57 interneurons 57 palytoxin 57 hypometabolism 57 receptor subtypes 57 DISC1 57 acetylcholine receptors 57 ATPase 57 renal fibrosis 57 serotonergic neurons 57 superior temporal cortex 57 synaptic vesicle 57 cyclooxygenase 2 57 GluR1 57 exocytosis 57 cytoskeletal 57 STAT1 57 contractility 57 anterior temporal lobe 57 Rac1 57 brain cortex 57 adrenocortical 57 neuronal differentiation 57 motoneurons 57 Notch1 57 hyperintensities 57 paraventricular nucleus 57 synaptic plasticity 57 hippocampal neurons 57 anterior cingulated cortex 57 IL 1beta 57 neurotransmitter glutamate 57 planum temporale 57 intracellular signaling 57 adrenal cortex 57 ERK signaling 57 β 57 neuronal synapses 57 AT1R 57 CA1 57 brainstem 57 overactivation 57 serotonin receptors 57 GABA gamma aminobutyric acid 57 CDK5 57 leptin signaling 57 mitochondrial respiration 57 sortilin 57 synaptic 57 neurotransmitter 57 Brodmann Area 57 neuro transmitters 57 chromatin remodeling 57 Cdc# 57 hippocampi 57 inhibitory neurons 57 synaptogenesis 57 TNFalpha 57 mu opioid 57 endocannabinoid system 57 ERa 57 fractional anisotropy 57 CEACAM1 57 cerebral cortical 57 brain hemispheres 57 myocytes 57 neocortex 57 amygdala reactivity 57 TRPV3 57 Wnt signaling 57 sensory nerves 57 granule cells 57 ventrolateral prefrontal cortex 57 TGFb 57 mu opioid receptors 57 receptor subtype 57 laterality 57 Fig. 2b 57 β amyloid 57 paxillin 57 Vascular endothelial growth 57 VE cadherin 57 detrusor 57 neurons 57 prefrontal cortex PFC 57 NFkappaB 56 baroreceptor reflex 56 medial temporal lobes 56 WNK1 56 adrenoceptor 56 CB1 receptor 56 S#A# [002] 56 proximal tubule 56 synapse maturation 56 vascular endothelial 56 glutamate receptors 56 JAK STAT 56 Acetylcholine 56 lipoprotein lipase 56 occludin 56 dopamine transporter 56 subcortical regions 56 visual cortex 56 gamma aminobutyric acid GABA 56 posterior temporal 56 contractile 56 mitogen activated protein kinase 56 Aβ 56 p#Kip# 56 vascular endothelial cells 56 Androgen receptor 56 D2 receptors 56 TRPV4 56 calcineurin 56 synaptic function 56 BDNF protein 56 vagus 56 ER alpha 56 mammalian brain 56 hypoperfusion 56 osteoclast formation 56 platelet activation 56 anterior pituitary 56 dendritic spines 56 neuron 56 LXRs 56 neurite outgrowth 56 VEGF receptor 56 Notch signaling 56 NR#A# 56 lipid homeostasis 56 parasympathetic 56 pRb 56 lateral ventricle 56 dopamine receptor 56 autonomic nervous system 56 mirror neuron 56 prefrontal cortices 56 vagal nerve 56 cerebellar vermis 56 GLUT4 56 p# MAPK 56 PTPN# 56 trigeminal 56 semaphorin 56 inhibitory neurotransmitter 56 sulcal 56 MMP9 56 adhesion molecule 56 substantia nigra 56 calpain 56 TGFß 56 cypin 56 tau protein 56 CA3 56 nerve axons 56 mTORC1 56 myocardium 56 uPAR 56 hypothalamus gland 56 brain visual cortex 56 Wnt pathway 56 catenin 56 fatty acid oxidation 56 frontal lobes 56 LDL receptor 56 corticospinal tract 56 myofibroblast 56 oligomerization 56 glomerular 56 perivascular 56 temporo parietal junction 56 isoenzymes 56 factor BDNF 56 inhibitory neurotransmitters 56 glial 56 thermoregulatory 56 dorsal root ganglia 56 neurotransmitters serotonin 56 axonal 56 myocyte 56 c Fos 56 NFAT 56 neuronal excitability 56 gamma aminobutyric acid 56 glucose metabolism 56 receptor gamma 56 CDH# 56 cholinergic receptors 56 mitogenic 56 axon guidance 56 NAcc 56 carbohydrate metabolism 56 myofibroblasts 56 endocrine glands 56 COX2 56 neurone 56 IKKß 56 lipid rafts 56 nicotinic receptors 56 Ca2 + 56 MAPK 56 actin binding 56 receptor gene 56 messenger molecule 56 Rab# 56 transcriptional repressor 56 pulvinar 56 apoE4 56 innervated 56 suprachiasmatic nucleus 56 intercellular communication 56 tyrosine hydroxylase 56 TGF β 55 estrogen receptor alpha 55 5 hydroxytryptamine 55 locomotor activity 55 Dysregulation 55 brain derived neurotrophic 55 transmembrane protein 55 calmodulin 55 neurotransmission 55 hyperexcitability 55 adenosine receptors 55 tyrosine phosphorylation 55 AT1 receptor 55 hippocampal atrophy 55 dysregulated 55 alpha subunit 55 KATP channels 55 depolarization 55 MEF2 55 neuroinflammatory 55 cyclic AMP cAMP 55 dopamine D2 receptor 55 cell adhesion molecule 55 glutamate signaling 55 hypointense 55 focal adhesions 55 astrocyte 55 extracellular dopamine 55 pro angiogenic 55 TGFβ 55 endothelial nitric oxide synthase 55 proinflammatory 55 hippocampal volume 55 CaMKII 55 nerve fibers 55 glutamatergic neurons 55 neo cortex 55 GABAA receptor 55 GABAA receptors 55 BDNF 55 innervate 55 excitatory signals 55 oligodendrocyte 55 mutant huntingtin protein 55 mu opioid receptor 55 microglial activation 55 opioid receptor 55 nigrostriatal 55 anterior hippocampus 55 CYP#E# 55 Vps# 55 cognition 55 MEK1 55 opioid receptors 55 p#NTR 55 AMPA receptors 55 Notch signaling pathway 55 PHD2 55 echogenicity 55 neuroimaging studies 55 Hcrt 55 ERK pathway 55 cardiac autonomic 55 monocyte 55 neuronal cell 55 cyclic AMP 55 superior colliculus 55 vesicle trafficking 55 leukocyte infiltration 55 myelinated axons 55 nicotinic acetylcholine receptors 55 major histocompatibility complex 55 SOCS3 55 mice lacking 55 secretory 55 COMT 55 NMDAR 55 aldosterone 55 GPi 55 SIRT1 gene 55 FGF signaling 55 PPAR alpha 55 dopaminergic neurons 55 protein conformation 55 amyloid deposits 55 myosin 55 receptor tyrosine kinase 55 AMPK activation 55 melatonin receptor 55 insulin receptors 55 TCF#L# 55 FKBP# 55 pineal 55 diffusion tensor 55 β catenin 55 beta amyloid peptide 55 diffusible 55 proteoglycan 55 cytosolic 55 cortical thinning 55 dopamine neurotransmitter 55 RhoA 55 iNOS 55 osteoclast 55 aberrant activation 55 GABAB receptors 55 Smad4 55 olfactory receptor neurons 55 Th1 55 hepatic stellate cells 55 ganglion cells 55 IL 1β 55 vermis 55 inflammatory cytokine 55 transcriptional activation 55 junctional 55 neurones 55 gliosis 55 Myosin II 55 ErbB2 55 TNFα 55 visuomotor 55 synapse formation 55 FGF# 55 HIF 1alpha 55 parenchymal 55 Sirt1 55 orexin receptors 54 melatonin receptors 54 serotonin signaling 54 postsynaptic neuron 54 neurofilament 54 HOTAIR 54 adipocyte 54 mesoderm 54 orexin neurons 54 dysregulation 54 axon 54 atrioventricular 54 EZH2 54 chemoattractant 54 HuR 54 DQB1 * 54 eotaxin 54 intracellular signal transduction 54 cdk5 54 neurotransmitter GABA 54 fatty acid metabolism 54 IL #p# 54 lateralisation 54 cellular senescence 54 neuronal nitric oxide synthase 54 dopaminergic neuron 54 proprioceptive 54 caveolin 54 neurexin 54 histone H4 54 neuronal dysfunction 54 NF KappaB 54 guanosine 54 fig. S1 54 antiapoptotic 54 neural pathway 54 beta arrestin 54 olfactory bulb 54 opioid peptides 54 circadian clock genes 54 Inhibitory 54 BACE1 54 estrogen receptors 54 utrophin 54 leptin receptor 54 axonal transport 54 NFkB 54 neurotransmitter dopamine 54 NPY 54 trigeminal nerve 54 kinase domain 54 PPAR gamma 54 catalytic subunit 54 acetylcholine neurotransmitter 54 MeCP2 54 neuropeptide Y NPY 54 GABA neurotransmitter 54 guanine nucleotide exchange 54 Htt 54 nerve cells 54 SLC#A# [002] 54 microRNA miR 54 cilium 54 gene polymorphisms 54 VEGF expression 54 sensory neuron 54 neurotransmitter norepinephrine 54 SMAD4 54 VMPC 54 upregulates 54 JAK STAT signaling 54 upregulation 54 alexithymia 54 FOXO 54 M1 muscarinic 54 brain 54 corticotropin releasing factor 54 chromosome #q# [002] 54 glucocorticoid receptors 54 ERK2 54 TGF ß1 54 #ß 54 neuronal circuitry 54 Abeta protein 54 receptor subunit 54 dendrite 54 EGF receptors 54 ERK activation 54 STAT4 54 PIP3 54 2A receptor 54 neurohormonal 54 apical 54 Aâ 54 nociception 54 TRPV1 receptor 54 endogenous cannabinoids 54 proinflammatory cytokines 54 osteoclast activity 54 hypothalamus pituitary 54 infarct 54 Smad3 54 kainate 54 NKG2D 54 CD1d 54 sarcomere 54 RNA polymerase II 54 tumor suppressor protein 54 brain frontal lobes 54 Fig. 4B 54 FGFs 54 progranulin 54 FasL 54 melanocyte 54 potentiation 54 NMDA receptor 54 striated muscle 54 leukemia inhibitory 54 hepatic glucose production 54 interleukin 1beta 54 sGC 54 receptor activation 54 PPAR γ 54 protein tau 54 CD#b 54 adherens junctions 54 myosins 54 subventricular zone 54 dorsomedial prefrontal cortex 54 bradykinin 54 olfactory sensory neurons 54 Akt signaling 54 Th2 54 IRE1 54 left ventricular diastolic 54 hormone secreted 54 Sonic hedgehog 54 inverse agonist 54 MT1 MMP 54 hepatocellular 54 monoamines 54 NFκB 54 fig. S# 54 CatB 54 infarcted 54 histone 54 eIF4E 54 subcortical structures 54 synaptic dysfunction 54 FMRP 54 GH secretion 54 Hippocampal 54 endocannabinoid signaling 54 olfactory cortex 54 ependymal cells 54 PAK1 54 apoE 54 GABAergic neurons 54 ERalpha 54 dephosphorylation 53 ADAM# 53 tumor suppressor p# 53 dynamin 53 circadian pacemaker 53 cardiac myocytes 53 ENaC 53 protein myosin 53 thyrotropin 53 axonal damage 53 neurite 53 osteoblast 53 Neuronal 53 parenchyma 53 neuronal apoptosis 53 Pax6 53 adrenal medulla 53 Fc receptors 53 lysosomal 53 coexpression 53 anterolateral 53 podocyte 53 osteoblastic 53 T1 weighted 53 MyoD 53 MCH neurons 53 glucokinase 53 NF κB 53 amygdala neurons 53 pyramidal cells 53 pro inflammatory cytokine 53 Cyclin D1 53 sinus node 53 mitochondrial enzyme 53 epithelia 53 MAPKs 53 encodes protein 53 regulated kinase ERK 53 nNOS 53 cholesterol homeostasis 53 Macrophage 53 EGFR protein 53 fig. S4 53 opiate receptors 53 Lyn kinase 53 dopamine D3 53 PTP1B 53 beta1 integrin 53 COOH terminal 53 hormone secreting 53 myogenic 53 PIP2 53 KLF4 53 calcium ion 53 endoplasmic reticulum ER 53 DARPP 53 MnSOD 53 PrPC 53 dorsal 53 Stat3 53 endogenous opioid 53 neurofibrillary tangles 53 protein kinase C 53 GLI1 53 transcriptionally 53 Wnt proteins 53 #HT#A 53 PGC 1α 53 TGF beta signaling 53 serotonin 2A 53 DNMT1 53 glucose transporter 53 adrenergic 53 interneuron 53 oxidized LDL 53 ABCA1 53 mineralocorticoid 53 Treg cells 53 mRNA encoding 53 Skp2 53 hypocretin 53 PECAM 1 53 electrophysiological 53 focal adhesion 53 Runx2 53 antibody mediated 53 regulates gene expression 53 cannabinoid receptor 53 chromosome #q#.# [001] 53 Cathepsin B 53 μ opioid receptor 53 serine protease 53 Hypothalamic 53 cytokine receptor 53 glutamate 53 FGFR1 53 Hh 53 deacetylation 53 medullary 53 thromboxane 53 CNTNAP2 gene 53 TRPM8 53 subunit 53 γ secretase 53 GABAA 53 hypoxia inducible transcription 53 mesenteric 53 glycogen metabolism 53 amyloid beta plaques 53 melanopsin 53 podocytes 53 TGF b 53 histone acetylation 53 Hh signaling 53 Dpp 53 presenilin 53 suprachiasmatic nucleus SCN 53 FoxO1 53 cerebellar cortex 53 neural circuitry 53 Sgk1 53 Abeta# 53 toxic amyloid beta 53 N cadherin 53 neuritic 53 electrically stimulating 53 c Src 53 ciliary 53 physiological arousal 53 ribosomal protein 53 cerebral asymmetry 53 brain circuitry 53 MAP kinases 53 pressure natriuresis 53 phosphoinositide 53 JNK1 53 IGF2 53 constitutively active 53 MyD# 53 phrenic 53 myogenesis 53 Thyroid hormone 53 aldose reductase 53 opiate receptor 53 Fig. 3a 53 neurotransmitter acetylcholine 53 mitochondrial membrane 53 cytoplasmic domain 53 sensory nerve 53 ERBB2 53 proteolytic cleavage 53 serotonin reuptake 53 atherogenesis 53 c myc 53 cell adhesion molecules 53 costimulatory 53 ubiquitylation 53 actin dynamics 53 lymphangiogenesis 53 brain neurotransmitter 53 FOXO3a 53 inducible nitric oxide synthase 53 leukocyte adhesion 53 TNFR 53 constitutively