Related by context. All words. (Click for frequent words.) 69 cingulate 68 posterior parietal cortex 68 parietal cortex 67 inferior frontal 67 midbrain 67 anterior cingulate 67 somatosensory cortex 67 gyrus 66 medial prefrontal 66 orbitofrontal cortex 66 posterior cingulate 66 medial frontal cortex 66 basal ganglia 66 premotor cortex 65 rostral anterior cingulate cortex 65 insular cortex 65 angular gyrus 65 posterior cingulate cortex 65 dorsolateral 65 fusiform gyrus 65 caudate nucleus 65 primary visual cortex 65 temporoparietal junction 64 lateral orbitofrontal cortex 64 Purkinje cells 64 presynaptic 64 ventral pallidum 64 dorsolateral prefrontal 64 lateral hypothalamus 64 subgenual cingulate 64 neuronal synapses 64 superior temporal gyrus 64 ventromedial prefrontal cortex 64 fronto 64 perirhinal cortex 64 parahippocampal gyrus 64 postsynaptic 63 entorhinal cortex 63 suprachiasmatic nucleus SCN 63 prefrontal cortex PFC 63 precuneus 63 limbic 63 medial frontal 63 mesolimbic 63 occipital cortex 63 medial prefrontal cortex 62 thalamus 62 hindbrain 62 NAc 62 orbital frontal cortex 62 parietal 62 pyramidal neurons 62 suprachiasmatic nucleus 62 limbic system 62 amygdale 62 Broca area 62 putamen 62 ventral striatum 62 inferior parietal lobule 62 vasopressin receptors 62 mPFC 62 subthalamic nucleus 61 intraparietal sulcus 61 parietal lobes 61 dorsolateral prefrontal cortex 61 gyri 61 dorsolateral prefrontal cortex DLPFC 61 accumbens 61 orbitofrontal 61 frontal cortex 61 dorsal prefrontal cortex 61 striatum 61 primary somatosensory cortex 61 anterior cingulate cortex 61 subthalamic nucleus STN 61 frontal parietal 61 dorsal horn 61 medial prefrontal cortex mPFC 61 dorsal anterior cingulate cortex 61 parietal cortices 61 ventromedial 61 nucleus accumbens 61 hypothalamic 61 almond shaped structure 61 arcuate nucleus 61 Brodmann Area 61 striatal 60 premotor 60 globus pallidus 60 axon guidance 60 cortex 60 prefrontal cortex 60 somatosensory 60 cingulate gyrus 60 brain hypothalamus 60 brain hemispheres 60 neocortical 60 subcortical 60 thalamic 60 prefrontal cortical 60 temporal lobe 60 medial temporal 60 degenerating neurons 60 inferior temporal gyrus 60 hippocampal 60 Purkinje cell 60 frontotemporal 60 superior colliculus 60 cortical neurons 60 substantia nigra 60 cortices 60 inhibitory transmitter 59 prefrontal regions 59 dentate gyrus 59 anterior cingulate gyrus 59 cortical regions 59 medial temporal lobe MTL 59 dopamine signaling 59 cingulate cortex 59 ventral tegmental area 59 neo cortex 59 anterior cortex 59 parahippocampal 59 prefrontal 59 rostral 59 paraventricular nucleus 59 frontal temporal 59 pre frontal cortex 59 cerebellar cortex 59 cypin 59 hypothalamus 59 ventrolateral 59 parietal lobe 59 acetylcholine receptor 59 medulla 59 ventral prefrontal cortex 59 amygdala 59 ventral 59 caudate 59 lateral prefrontal cortex 59 temporoparietal 59 insula 59 brain visual cortex 59 afferent 59 forebrain 59 interneurons 59 temporal cortex 59 temporal parietal 59 nucleus accumbens NAc 59 neuromuscular junction 59 CB1 receptors 59 innervation 59 fronto temporal 58 excitatory synapses 58 hippocampal formation 58 serotonin neurons 58 efferent 58 rCBF 58 basal forebrain 58 subventricular zone 58 raphe neurons 58 auditory cortex 58 NR2B 58 lipid rafts 58 neuronal activity 58 habenula 58 sensory nerves 58 lateral ventricle 58 anterior insula 58 cortical 58 basolateral amygdala 58 hypocretin neurons 58 noradrenergic 58 SUMOylation 58 posterior parietal 58 inhibitory synapses 58 inferior parietal 58 hypometabolism 58 neuronal migration 58 transmembrane 58 fusiform 58 circadian pacemaker 58 GABA receptor 58 kinase domain 58 hypothalamus gland 58 amygdala neurons 58 brain frontal lobe 58 prefrontal lobes 58 hippocampal neurons 58 cerebral hemispheres 58 abnormal neuronal 58 vacuolar 58 IKKß 58 muscarinic receptors 58 nAChRs 58 beta adrenergic receptors 57 receptor subunit 57 locus coeruleus 57 olfactory cortex 57 parietal regions 57 dopamine receptors 57 medial orbitofrontal cortex 57 D2 receptor 57 cerebellum 57 transmembrane protein 57 raphe 57 excitatory neurotransmitter 57 rACC 57 prefrontal lobe 57 downregulate 57 pineal 57 amygdalae 57 transcriptional repressor 57 temporal lobes 57 NR2B subunit 57 chromosome #q#.# [001] 57 excitatory neurons 57 occipital lobes 57 basolateral 57 anterior cingulated cortex 57 sensory neurons 57 lateral habenula 57 medial temporal lobes 57 inferior frontal gyrus 57 DLPFC 57 CA3 57 inferior parietal cortex 57 cortexes 57 AMPA receptor 57 neuronal signaling 57 synaptic vesicles 57 morphogen 57 mirror neuron system 57 hyperactivation 57 occipital regions 57 lateral geniculate nucleus 57 CaM kinase II 57 neural 57 anterior temporal 57 Brain derived neurotrophic 57 dopaminergic 57 corpus callosum 57 anterior pituitary 57 inferior frontal cortex 57 periaqueductal gray 56 disulfide bond 56 NR#A# 56 sensory cortex 56 glutamatergic neurons 56 PKD1 56 GABAA receptor 56 F actin 56 occipital 56 electroencephalographic 56 inferior colliculus 56 neuronal plasticity 56 fusiform face 56 genetic loci 56 TrkB 56 mesoderm 56 chromosomal regions 56 olfactory sensory neurons 56 melatonin receptors 56 hippocampi 56 glia cells 56 brain limbic 56 non coding RNA 56 temporo parietal junction 56 intercellular communication 56 middle frontal gyrus 56 caveolae 56 NMDAR 56 inhibitory interneurons 56 dorsomedial 56 opiate receptors 56 glutamate receptor 56 innervate 56 trigeminal 56 planum temporale 56 serotonergic 56 cytoplasmic domain 56 adhesion molecule 56 prefrontal brain 56 oculomotor 56 excitatory 56 syntaxin 56 JAK STAT 56 chromatin remodeling 56 neural circuitry 56 cerebellar 56 excitatory signals 56 visual cortex 56 vermis 56 ERK1 2 56 chromosome #q# [002] 56 piriform cortex 56 NMDA receptors 56 glutamatergic 56 synapse formation 56 Peripheral nerves 56 frontal lobe 56 procaspase 3 56 sensorimotor 56 superior frontal gyrus 56 perivascular 56 ERK signaling 56 demyelinated 56 periventricular 55 receptor subtype 55 GABAergic interneurons 55 neural pathway 55 HOTAIR 55 SMAD4 55 occipital lobe 55 cortico 55 hippocampus 55 circadian clock genes 55 superior temporal sulcus 55 sensorimotor cortex 55 semaphorin 55 posteromedial cortex 55 dorsal striatum 55 subcellular 55 neuroligins 55 heterochromatic 55 Hox proteins 55 glutamate neurotransmitter 55 chromosome #p#.# 55 lateralized 55 mammalian brain 55 nicotine receptor 55 microglial 55 gamma oscillations 55 calpain 55 neuregulin 55 middle temporal gyrus 55 superior temporal cortex 55 CYP#E# gene 55 cyclic AMP cAMP 55 sensory axons 55 mu opioid receptors 55 frontostriatal 55 vitamin D receptors 55 mitral cells 55 dorsal root ganglia 55 FKBP# 55 hypothalamus pituitary 55 astrocytic 55 anterior temporal lobe 55 mammalian brains 55 NF κB 55 actin binding 55 histone acetylation 55 retinoid X 55 cannabinoid receptors 55 odorant receptors 55 GLUT4 55 synaptic transmission 55 nitric oxide synthase 55 TRPV3 55 cilium 55 factor BDNF 55 glutamate receptors 55 corticospinal tract 55 epicardium 55 synaptogenesis 55 circadian genes 55 modulatory 55 myelinated 55 Vps# 55 major histocompatibility complex 55 Wnt signaling 55 transcriptional activation 55 neuronal circuitry 54 transcriptional coactivator 54 brain cortex 54 Wnt pathway 54 synaptic function 54 olfactory bulb 54 chromosome #q 54 Golgi apparatus 54 HOX genes 54 neural tissues 54 afferents 54 cadherin 54 junctional 54 NMDA receptor 54 neurone 54 GABAA receptors 54 ligand receptor 54 Acetylcholine 54 Rab# 54 actin remodeling 54 PDZ domain 54 FGFs 54 tau protein 54 electrically stimulating 54 chromosome #q#.# [002] 54 gamma aminobutyric acid 54 serine protease 54 MyD# 54 neurotransmitter receptors 54 dendrite 54 cultured neurons 54 SOCS3 54 PrPC 54 noncoding 54 motoneurons 54 dopamine receptor 54 dendritic spine 54 inhibitory 54 inhibitory neurotransmitter 54 neuronal pathways 54 adrenal cortex 54 sensory neuron 54 ciliary 54 myocytes 54 intergenic 54 cerebral hemisphere 54 rat hippocampus 54 CDH# 54 sortilin 54 acetylcholine receptors 54 guanosine 54 CD1d 54 striated muscle 54 GATA4 54 receptor gene 54 neuroepithelial cells 54 cAMP signaling 54 prefrontal cortices 54 dendritic spines 54 innervated 54 kappa opioid receptors 54 CA1 54 neurotransmitter dopamine 54 podocyte 54 SVZ 54 mTORC1 54 selective antagonists 54 olfactory receptor neurons 54 pulvinar 54 histone modifications 54 dopamine D1 54 kappa opioid receptor 54 RNA binding 54 Hedgehog signaling 54 intracellular signal transduction 54 cytoskeletal 54 sphingolipid 54 synaptic plasticity 54 Dysregulation 54 catenin 54 phosphorylates 54 Myosin II 54 inhibitory neurotransmitters 54 cranial nerves 54 neurite outgrowth 54 COOH terminal 54 epithelia 54 granule cells 54 Notch signaling pathway 54 myelinated axons 54 posterior temporal 54 MT1 MMP 54 nicotinic receptors 54 vmPFC 54 synaptic inputs 54 M1 muscarinic 54 Wnt proteins 54 ncRNAs 54 Skeletal muscle 54 regulates gene expression 54 odorant receptor 54 DQB1 * 54 lymphangiogenesis 54 intracellular signaling 54 Dopaminergic 54 serotonin transporter 54 hypothalamic pituitary adrenal HPA 53 Syt IV 53 coexpression 53 Sonic hedgehog 53 mu opioid 53 heterodimer 53 FGF signaling 53 enteric nervous 53 cell adhesion molecules 53 MEF2 53 dopamine transporter 53 TERT 53 suprachiasmatic nuclei 53 autophagic 53 PTPN# 53 POMC neurons 53 NKT cell 53 calmodulin 53 gene locus 53 dopamine neurotransmitters 53 interconversion 53 pontine 53 sensory organs 53 endogenous cannabinoids 53 neuropeptide Y 53 Inhibitory 53 brainstem 53 peroxisomal 53 regulated kinase ERK 53 vagus 53 isoenzymes 53 mirror neuron 53 Rab5 53 protein tau 53 serotonin transporters 53 neurite 53 oligodendrocyte 53 costimulatory 53 receptor subtypes 53 PKC isoforms 53 dopamine D2 receptors 53 molecular signaling pathway 53 neuronal receptors 53 mitogen activated protein kinase 53 adherens junctions 53 PKC enzyme 53 depolarizing 53 cerebral cortex 53 focal adhesions 53 retinal neurons 53 endocytic 53 nucleolus 53 neuronal circuits 53 Cathepsin B 53 GABAergic 53 neural circuits 53 neural fibers 53 TRPV4 53 fig. S1 53 synaptic 53 nAChR 53 ciliated 53 nerve fibers axons 53 evolutionary conserved 53 recycling endosomes 53 radial glia 53 Fig. 1C 53 H#K#me# 53 acetylcholine neurotransmitter 53 mitochondrial oxidative 53 extracellular signal 53 electrophysiological 53 dopamine D2 receptor 53 CNTNAP2 53 PcG 53 microcephalin 53 hypothalamic pituitary 53 neuroligin 53 secretory pathway 53 lymphoid cells 53 autoregulation 53 calcium homeostasis 53 c Fos 53 #p# [001] 53 secretory 53 acinar 53 astrocyte 53 intronic 53 KIAA# 53 vomeronasal organ VNO 53 hypoperfusion 53 diffusible 53 striatal neurons 53 transmembrane domain 53 vascular endothelial 53 catalytic subunit 53 huntingtin 53 overactivation 53 arcuate fasciculus 53 GluR1 53 cerebral cortical 53 potassium ion 53 transgenic mouse model 53 transcriptional regulation 53 neuropeptides 53 motor cortex 53 cdk5 53 intercellular signaling 53 FOXO3a 53 extracellular domains 53 opioid peptides 53 Polycomb 53 cell adhesion molecule 53 chemoattractant 53 phytochrome 53 neural impulses 53 KLF# 53 dysbindin 53 chromosome #q# [001] 53 FGFR1 53 EBNA1 53 LRP6 53 centrosome 53 vitamin D receptor VDR 53 fornix 53 Sonic Hedgehog 53 signaling cascades 52 cerebellar vermis 52 metabolizing enzymes 52 autocrine 52 opioid receptors 52 atrioventricular 52 uncharacterized genes 52 WNK1 52 ventrolateral prefrontal cortex 52 thermoregulatory 52 neurons 52 C1q 52 beta subunit 52 PIP3 52 neurones 52 dorsal root 52 sGC 52 nociceptive 52 serine threonine kinase 52 DISC1 52 centromeric 52 optic tectum 52 constitutively 52 D2 receptors 52 isoenzyme 52 neurotransmitter glutamate 52 ribosomal protein 52 Confocal microscopy 52 foregut 52 Rac1 52 fig. S# 52 ganglion 52 ERalpha 52 TRPV1 52 protease activated 52 S#A# [002] 52 chemokine receptor 52 protein p# 52 #S rRNA 52 AV node 52 FGF2 52 optic chiasm 52 c Src 52 AMPA receptors 52 #HT#A 52 antigen presenting 52 endocrine glands 52 ACh 52 mammillary bodies 52 ganglion cell 52 Aâ 52 subnetworks 52 anterior prefrontal cortex 52 CD#b 52 tubule 52 Glial cells 52 Cannabinoid receptors 52 baroreceptors 52 pre mRNA splicing 52 alpha subunit 52 apoE4 52 apical 52 evolutionarily conserved 52 contractile 52 NPY 52 dopaminergic neurons 52 intergenic regions 52 orexin neurons 52 β amyloid 52 PIP2 52 toxic amyloid beta 52 echogenicity 52 Hox genes 52 synapsis 52 TGF beta pathway 52 acupoints 52 GABA neurotransmitter 52 senile plaques 52 DARPP 52 exon intron 52 Kv#.# 52 Amyloid Beta 52 NFAT 52 homeostatic 52 neurexin 52 myofibroblasts 52 NKX#.# 52 mesenchyme 52 vagus nerve 52 BMP signaling 52 encodes protein 52 corticospinal 52 GPi 52 phosphoinositide 52 Notch signaling 52 pRb 52 brain derived neurotrophic 52 kinesin motor 52 FOXO 52 hypermethylated 52 5 hydroxytryptamine 52 bioelectrical 52 BMP4 52 adenosine receptors 52 epileptogenic 52 myosins 52 cortical activation 52 dopamine neurotransmitter 52 serotonin receptors 52 nigrostriatal 52 endoplasmic reticulum ER 52 oscillatory 52 exocytosis 52 MAP kinase 52 synaptic vesicle 52 BMAL1 52 MECP2 gene 52 neuron 52 antibody antigen 52 transcriptional regulators 52 transferrin receptor 52 dopamine neuron 52 CaM 52 GATA1 52 receptor gamma 52 osteoblast 52 CYP#E# 52 lysosomal 52 TRAF6 52 dimeric 52 coiled coil 52 Hypothalamic 52 rRNA 52 baroreflex 52 neurotransmitter GABA 52 adrenal medulla 52 neuro transmitter 52 aberrantly activated 52 receptor molecule 52 miR# 52 CHI#L# 52 cytokine receptors 52 amino acid residues 52 catecholamine 52 TGF ß 52 #p#.# [001] 52 XBP1 52 enkephalin 52 stellate 52 Cdk5 52 visuospatial 52 eNOS 52 neurosteroid 52 inflammatory cytokine 52 hexamer 52 deacetylation 52 PAK1 52 Dpp 52 VEGF receptor 52 Arp2 3 52 neuropeptide 52 secretory cells 52 Dystrophin 52 TGF β 52 cyclic AMP 52 intraventricular 52 trigeminal nerve 52 glomerular 52 cellular signaling pathways 52 adult neurogenesis 52 Cdc# 52 dopamine norepinephrine 52 myogenesis 52 TGF b 52 sarcomere 52 neural tissue 52 Rb#/p# 52 neocortex 51 mediastinum 51 SIRT1 gene 51 tyrosine phosphorylation 51 opioid receptor 51 VE cadherin 51 ribosomal DNA 51 BDNF protein 51 noradrenaline 51 morphogenetic 51 nicotinic acetylcholine receptors 51 gamma aminobutyric acid GABA 51 Fig. 2a 51 presenilin 51 MMP9 51 spatial orientation 51 deuterostomes 51 serotonin receptor 51 MALAT1 51 homodimer 51 zebrafish embryo 51 Sox# 51 capsaicin receptor 51 #q# [001] 51 CDK5 51 neurocircuitry 51 metabolizing enzyme 51 orthologous 51 Htt 51 vestibular apparatus 51 MAPK 51 GNAQ 51 prodynorphin 51 demethylase 51 Fig. 2b 51 dopaminergic neuron 51 H#K# [002] 51 MEK1 51 TGFβ 51 phosphatidylinositol 51 lateralisation 51 hypoxia inducible transcription 51 serine proteases 51 dopamine serotonin 51 subcellular compartments 51 T#R# 51 homodimers 51 p#/CBP 51 previously uncharacterized 51 amyloid deposits 51 enkephalins 51 protein tyrosine phosphatase 51 hypothalamic pituitary gonadal HPG 51 organogenesis 51 nucleolar 51 neoplastic transformation 51 vomeronasal 51 Actin filaments 51 striatal dopamine 51 ubiquitin ligase 51 EphA2 51 histone H4 51 COMT 51 cotransporter 51 signaling molecules 51 PKMzeta 51 semicircular canals 51 axonal 51 coactivators 51 Norepinephrine 51 mitotic spindle 51 intracortical 51 mineralocorticoid 51 declarative memory 51 CEACAM1 51 subcortical regions 51 biochemical cascade 51 paraventricular 51 neuroanatomical 51 TRPV1 receptors 51 chemosensory 51 hormone secretion 51 gamma secretase 51 electrical conduction 51 neurotransmitter norepinephrine 51 striata 51 calcineurin 51 chromatin structure 51 cardiac fibroblasts 51 Amyloid Precursor Protein 51 transcriptional activity 51 BMP receptor 51 glomerulus 51 nicotinic receptor 51 ERK pathway 51 ATPase 51 chromatin modification 51 calcium ion 51 MC4R 51 inhibitory neurons 51 MAP kinases 51 brain auditory cortex 51 medial temporal lobe 51 corticotropin releasing factor 51 Androgen receptor 51 epigenetic modification 51 microsaccades 51 kalirin 51 Smad4 51 CDK9 51 chromatin remodeling complex 51 DNA methylation patterns 51 hypocretin 51 RNA splicing 51 PcG proteins 51 apoE 51 voxels 51 TRPV1 receptor 51 membrane proximal 51 cortical circuits 51 telomeric 51 Nampt 51 tumor suppressor protein 51 uPAR 51 intracellular proteins 51 fast skeletal troponin 51 tetramers 51 JAK2 enzyme 51 neurotransmitter 51 plexin D1 51 aldehyde dehydrogenase 51 methyl D aspartate 51 lung epithelium 51 multisensory integration 51 condensin 51 potentiation 51 GABAA 51 Oncogenic 51 TRP channels 51 palmitoylation 51 lipid homeostasis 51 sensory receptors 51 5 HT2C receptor 51 PI3K pathway 51 circuitries 51 posterior fossa 51 imaginal 51 EEG signals 51 neuronal 51 S6K 51 receptor tyrosine kinase 51 centromere 51 transcriptional machinery 51 mRNA expression 51 Supplementary Fig 51 neuropeptide Y NPY 51 synaptic proteins 51 TAp# 51 gene MECP2 51 alpha catenin 51 platelet activating 51 neurotransmission 51 receptors 51 5 HT1A 51 plexiform 51 Ras pathway 51 gene p# 51 tRNA synthetase 51 GABAergic neurons 51 synaptic terminals 51 secretase 51 E3 ligase 51 Aβ 51 intestinal epithelial 51 kinetochore 51 gene polymorphisms 51 guanine nucleotide exchange 51 epigenetically 51 PACAP 51 SLC#A# [002] 51 immunoreactive 51 voxel 51 ERBB2 51 vesicle trafficking 51 FGFR3 51 fig. S4 51 Shh signaling 51 anterior hypothalamus 51 neurotransmitters serotonin 51 neurotrophin 51 neurochemical dopamine 51 Fig. 1A 51 receptors PPARs 51 beta defensin 51 somites 51 laterality 51 PHD2 51 MAPK pathway 51 neuro transmitters 51 STAT1 51 Skp2 51 messenger molecule 51 chromosome #p# [001] 51 TORC2 51 serotonergic neurons 51 Ca2 + 51 telomere maintenance 51 fovea 51 frontoparietal 51 KLF4 50 neuromelanin 50 protein kinase C 50 myosin 50 transcription factors 50 c Myb 50 Eric Nestler 50 monoamines