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(Click for frequent words.) 71 gyrus 71 parietal cortex 69 primary visual cortex 69 somatosensory cortex 68 prefrontal 68 orbitofrontal cortex OFC 68 temporoparietal junction 68 medial prefrontal 68 temporal lobe 67 medial prefrontal cortex 67 premotor cortex 67 inferior parietal lobule 67 inferior frontal gyrus 67 ventromedial prefrontal cortex 66 occipital cortex 66 basal ganglia 66 Broca area 66 orbitofrontal cortex 66 angular gyrus 66 superior temporal gyrus 66 parietal lobe 65 temporoparietal 65 cortex 65 parahippocampal gyrus 65 midbrain 65 anterior insula 65 perirhinal cortex 65 precuneus 65 ventral striatum 65 dorsolateral prefrontal cortex 65 lateral orbitofrontal cortex 65 anterior cingulate 65 cingulate 64 fronto 64 parietal 64 subgenual cingulate 64 prefrontal cortex 64 planum temporale 64 dorsolateral 64 insular cortex 64 temporo parietal junction 64 subthalamic nucleus 64 frontal parietal 64 caudate nucleus 64 middle frontal gyrus 64 inferior frontal 63 lateral hypothalamus 63 intraparietal sulcus 63 cortical neurons 63 lateral prefrontal cortex 63 occipital lobes 63 ventromedial 63 visual cortex 63 premotor 62 parietal lobes 62 Purkinje cells 62 caudate 62 mPFC 62 cerebellar 62 temporal cortex 62 orbital frontal cortex 62 fusiform gyrus 62 lateralized 62 posterior cingulate 62 medial frontal cortex 62 cortical 62 superior colliculus 62 prefrontal cortical 61 thalamus 61 lateral ventricle 61 striatal 61 posterior cingulate cortex 61 fusiform 61 sensorimotor cortex 61 medial frontal 61 brain hemispheres 61 orbitofrontal 61 striatum 61 parietal regions 61 posterior parietal 61 rostral anterior cingulate cortex 61 cerebral cortical 61 limbic 61 cortices 60 parietal cortices 60 ventral 60 cerebellum 60 neural circuitry 60 posterior temporal 60 frontal lobe 60 sensory nerves 60 inferior parietal 60 somatosensory 60 anterior temporal lobe 60 medial orbitofrontal cortex 60 frontal cortex 60 occipital lobe 60 gyri 60 DLPFC 60 rostral 60 subcortical 60 neuronal migration 60 entorhinal cortex 60 hippocampi 60 ventrolateral prefrontal cortex 60 prefrontal lobes 60 hippocampal formation 59 dopamine signaling 59 thalamic 59 lateral habenula 59 dorsal prefrontal cortex 59 cortical regions 59 hippocampus 59 frontotemporal 59 superior temporal sulcus 59 hippocampal 59 dorsomedial 59 vasopressin receptors 59 anterior temporal 59 AMPA receptors 59 hyperactivation 59 sensory neurons 59 ventral pallidum 59 putamen 59 serotonin neurons 59 amygdalae 59 anterior cingulate gyrus 59 prefrontal regions 59 neural 59 dorsolateral prefrontal 58 dorsal anterior cingulate cortex 58 neuromuscular junction 58 auditory cortex 58 hippocampal neurons 58 mirror neuron system 58 NAc 58 amygdala neurons 58 habenula 58 cingulate gyrus 58 frontal temporal 58 gamma oscillations 58 rCBF 58 inferior temporal gyrus 58 parahippocampal 58 olfactory bulb 58 forebrain 58 periaqueductal gray 58 medial temporal 58 excitatory neurons 58 vermis 58 brain visual cortex 58 sensory input 58 postsynaptic 58 neuronal circuits 58 innervation 58 interneurons 58 cortical activation 58 D2 receptor 58 inferior parietal cortex 58 piriform cortex 58 superior frontal gyrus 58 contralateral 57 NAcc 57 motoneurons 57 motor cortex 57 anterior cortex 57 fMRI scans 57 prefrontal cortices 57 oculomotor 57 sensory stimuli 57 primary somatosensory cortex 57 cerebral hemisphere 57 ipRGCs 57 cortico 57 sensory cortex 57 dorsal horn 57 anterior cingulate cortex 57 pineal 57 laterality 57 CB1 receptors 57 cortexes 57 cerebral cortex 57 corpus callosum 57 middle temporal gyrus 57 astrocytic 57 ventral prefrontal cortex 57 sensorimotor 57 globus pallidus 57 cingulate cortex 57 mesolimbic 57 neuronal activity 57 occipital 57 granule cells 57 temporal lobes 57 hindbrain 57 limbic system 57 hypothalamic 57 Wnt proteins 57 glutamate receptors 57 prefrontal brain 57 subthalamic nucleus STN 57 Wnt signaling 57 amygdale 56 cilium 56 nondominant 56 dopamine receptors 56 fornix 56 pre frontal cortex 56 MT1 MMP 56 cerebellar vermis 56 synaptic function 56 lateralization 56 medial prefrontal cortex mPFC 56 neuronal plasticity 56 temporal parietal 56 electroencephalographic 56 cerebral hemispheres 56 astrocyte 56 nucleus accumbens 56 morphogen 56 dopamine receptor 56 BMP signaling 56 presynaptic 56 degenerating neurons 56 tubule 56 circadian pacemaker 56 acetylcholine receptor 56 corticospinal 56 neuronal circuitry 56 hypothalamus 56 JAK STAT 56 neuronal synapses 56 synapse formation 56 ventral tegmental area 56 medial temporal lobe 56 secretory cells 56 neural circuits 56 neural pathway 56 CD1d 56 PrPC 56 hypocretin neurons 56 autoregulation 56 brain cortex 56 excitatory 56 ganglion cells 56 prefrontal lobe 56 amygdala 55 JAK STAT signaling 55 CaM kinase II 55 PECAM 1 55 microsaccades 55 PKD1 55 D2 receptors 55 synaptic vesicles 55 frontal lobes 55 anatomical landmarks 55 NMDA receptors 55 fractional anisotropy 55 axon guidance 55 beta adrenergic receptors 55 MEF2 55 mirror neuron 55 inhibitory interneurons 55 dorsolateral prefrontal cortex DLPFC 55 DNA methylation patterns 55 olfactory cortex 55 neurone 55 superior temporal cortex 55 neurons 55 VMPC 55 neural plasticity 55 brain frontal lobe 55 sensory organs 55 brainstem 55 NR2B subunit 55 prefrontal cortex PFC 55 semicircular canals 55 nAChRs 55 microglial 55 EEG signals 55 spatial orientation 55 morphogenetic 55 brain hypothalamus 55 clefting 55 spatial cognition 55 F actin 55 IKKß 55 neuron 55 neuronal pathways 55 ipsilateral 55 ventrolateral 55 NKT cell 55 Sonic Hedgehog 55 Prefrontal 54 Brodmann Area 54 cdk5 54 TRPV4 54 voxel 54 attentional blink 54 Rab# 54 accumbens 54 neural fibers 54 anatomic structures 54 hypoperfusion 54 excitatory synapses 54 medial temporal lobe MTL 54 downregulate 54 frontostriatal 54 EphA2 54 neuroimaging studies 54 suprachiasmatic nucleus SCN 54 echogenicity 54 dorsal striatum 54 Smad4 54 medial temporal lobes 54 sensory neuron 54 dendritic spines 54 neo cortex 54 baroreceptor 54 Broca 54 ERK1 2 54 basolateral 54 basal forebrain 54 neurotransmitter dopamine 54 ganglion 54 glutamate receptor 54 visuospatial 54 DISC1 54 TGF ß 54 optic chiasm 54 ACh 54 inhibitory synapses 54 dopaminergic 54 optic tectum 54 FGF signaling 54 tDCS 54 cerebellar cortex 54 attentional 54 lateral geniculate nucleus 54 synaptic proteins 54 Sox# 54 caudal 54 acupoints 54 striatal dopamine 54 dentate gyrus 54 Notch signaling 54 Purkinje cell 54 serotonergic 54 microglial cells 54 saccades 54 occipital regions 54 neurocircuitry 54 osteoblast 54 cortical excitability 54 organogenesis 54 perivascular 54 subcortical regions 54 brain circuitry 54 Hox genes 54 P cadherin 54 afferents 54 myocardium 54 intracellular signaling 54 cAMP signaling 54 AMPA receptor 54 situs inversus 54 afferent 54 suprachiasmatic nucleus 54 neuronal 54 myocytes 54 auditory stimuli 54 raphe 54 retinal neurons 54 synaptic transmission 53 interconversion 53 foveal 53 hypothalamic pituitary 53 dendritic spine 53 morphometry 53 orexin neurons 53 neurones 53 SIRT1 gene 53 dopaminergic neurons 53 hypometabolism 53 infarcted 53 mammalian brains 53 cellular prion protein 53 CEACAM1 53 neural pathways 53 nAChR 53 efferent 53 demyelinated 53 CA3 53 melanopsin 53 Peripheral nerves 53 baroreceptors 53 hyperexcitability 53 synaptogenesis 53 PTPN# 53 serotonin receptors 53 neurochemical 53 insula 53 calpain 53 lateralisation 53 inferior frontal cortex 53 neurotransmitter receptors 53 Skeletal muscle 53 paxillin 53 sensory receptors 53 myofibroblasts 53 arcuate fasciculus 53 inhibitory neurons 53 leptin signaling 53 costimulatory 53 brain 53 proprioceptive 53 somites 53 neural impulses 53 neocortical 53 PKMzeta 53 rACC 53 modulatory 53 sarcomere 53 estrogen receptor alpha 53 olfactory sensory neurons 53 transcriptional repressor 53 baroreflex 53 depolarizing 53 anterior posterior 53 FGFs 53 sulcus 53 Dpp 53 acetylcholine receptors 53 neural crest cells 53 glutamatergic neurons 53 neuroanatomical 53 genetic loci 53 intracellular signal transduction 53 EZH2 53 voxels 53 sensory organ 53 anterolateral 53 ciliary 53 behaviourally 53 electrically stimulated 53 substantia nigra 53 Sonic hedgehog 53 anterior prefrontal cortex 53 kappa opioid receptors 53 dorsal 53 mesoderm 53 contractile 53 diffusion tensor 53 conformational changes 53 melatonin receptors 53 vmPFC 53 cholinergic 53 glomerular 53 nucleus accumbens NAc 53 vomeronasal 53 postsynaptic neuron 53 SLC#A# [002] 53 NMDA receptor 53 locomotor activity 53 neuronal signaling 53 palmitoylation 53 glia cells 53 cardiac myocytes 52 nNOS 52 circadian clock genes 52 TGF beta pathway 52 fusiform face 52 fronto temporal 52 extraocular 52 neuroD2 52 neural substrates 52 neural correlates 52 potentiation 52 calmodulin 52 myelinated axons 52 subventricular zone 52 plasminogen 52 androgen signaling 52 osteoblastic 52 histone modifications 52 TRPV1 52 cortical circuits 52 glial 52 inhibitory 52 stromal cells 52 fatty acid metabolism 52 visual stimuli 52 vomeronasal organ 52 hypothalamus gland 52 inhibitory neurotransmitters 52 synaptic 52 diffusible 52 neurotrophic 52 GABA receptor 52 almond shaped structure 52 synaptic plasticity 52 temporo parietal 52 abnormal neuronal 52 repetitive transcranial magnetic stimulation 52 anatomical structures 52 electrically stimulating 52 adult neurogenesis 52 anteriorly 52 apoE4 52 SMAD4 52 sensory inputs 52 c Src 52 adrenal cortex 52 auditory brainstem 52 epigenetically 52 chromosome #q#.# [001] 52 GLUT4 52 anterior pituitary 52 nitric oxide synthase 52 neocortex 52 LKB1 52 CaM 52 chemosensory 52 coronary endothelial 52 CIB1 52 neural activation 52 SAPAP3 52 POMC neurons 52 serotonin receptor 52 renal fibrosis 52 vagus nerves 52 vestibular apparatus 52 visuomotor 52 dopamine neuron 52 HPA axis 52 GABAergic neurons 52 locomotor 52 inferior colliculus 52 nociception 52 DARPP 52 pyramidal neurons 52 hippocampal cells 52 lipid rafts 52 Lhx2 52 zebrafish embryo 52 innervated 52 eNOS 52 CA1 52 hypothalamus pituitary 52 sortilin 52 FSH receptor 52 histone H4 52 coexpression 52 NMDAR 52 mitral cells 52 focal adhesions 52 glutamatergic 52 saccade 52 opiate receptors 52 occipital nerve 52 epileptogenic 52 hepatic stellate cells 52 STAT1 52 inhibitory transmitter 52 Hsp# [001] 52 arcuate nucleus 52 vagal nerve 52 MDSCs 52 capillary density 52 mRNA expression 52 palytoxin 52 morphogens 51 oscillatory 51 p# activation 51 hippocampal function 51 neurite outgrowth 51 spatial reasoning 51 brain limbic 51 apical 51 ventricular myocardium 51 mammalian brain 51 TGF b 51 ligand induced 51 inflammatory cytokine 51 subcortical structures 51 frontoparietal 51 muscarinic receptors 51 serotonin transporters 51 transcriptional activation 51 sensory axons 51 Aβ 51 nociceptors 51 occludin 51 primary cilia 51 Golgi apparatus 51 Neurons 51 macroscopically 51 VWFA 51 excitatory neurotransmitter 51 GLUT1 51 toxic beta amyloid 51 adipokines 51 brown adipose tissue 51 cannabinoid receptors 51 insulin receptors 51 calcineurin 51 dopamine synthesis 51 lordosis 51 calcium homeostasis 51 adhesion molecule 51 auditory neurons 51 stathmin 51 BDNF protein 51 serotonin transporter 51 Fig. 1C 51 mammillary bodies 51 neurally 51 intracortical 51 atherosclerotic lesions 51 phenotype 51 chaotic menstrual cycles 51 GABAergic interneurons 51 autophagic 51 C1q 51 CD# expression [001] 51 cognitive affective 51 electrophysiological 51 L1 retrotransposons 51 myosins 51 basolateral amygdala 51 SIRT3 51 dopamine transporter 51 dynamin 51 actin binding 51 TRAF6 51 contractility 51 MCH neurons 51 extracellular calcium 51 Wnt pathway 51 apical membrane 51 atrioventricular 51 Rac1 51 TrkB 51 caveolin 1 51 stellate cells 51 medulla 51 IL 7R 51 MAPK pathway 51 excitatory signals 51 receptor subunit 51 hypothalamic pituitary adrenal HPA 51 miR #a [002] 51 MAP kinase 51 orexin receptors 51 procaspase 3 51 XBP 1s 51 vagal 51 cultured neurons 51 filopodia 51 osteoclast 51 scotoma 51 myelinated 51 auditory pathways 51 kappa opioid receptor 51 p# pathway 51 overactivity 51 semaphorin 51 focally 51 podocytes 51 odorant receptor 51 mesenchyme 51 PIP3 51 amygdalas 51 gliosis 51 amyloid deposition 51 organelle 51 cathepsins 51 β amyloid 51 vomeronasal organ VNO 51 microRNA molecules 51 caveolae 51 innervate 51 Pax6 51 receptor protein 51 ChR2 51 PAK1 51 serotonergic neurons 51 subcellular 51 mdx mice 51 BDNF gene 51 p tau 51 flavin 51 olfactory receptor neurons 51 p# mutations 51 cone photoreceptors 51 XBP1 51 Notch signaling pathway 51 sciatic nerves 51 DNA demethylation 51 transcranial magnetic stimulation TMS 51 synapse 51 neuro transmitters 51 anterior hypothalamus 51 malignant prostate 51 sensory modalities 51 PPAR alpha 51 allodynia 51 epididymal 51 Syt IV 51 pro angiogenic 51 deacetylation 51 TLR signaling 51 paraventricular nucleus 51 olfactory neurons 51 inhomogeneity 51 neural tissue 51 declarative memory 51 neural cells 51 vesicle trafficking 51 GPi 51 hormone secretion 51 HDAC5 51 hypothalamic pituitary gonadal HPG 51 limbic brain 51 baroreceptor reflex 51 N acetylaspartate 51 sensory modality 51 myogenesis 51 dopamine neurons 51 microelectrode 51 rat hippocampus 51 chromosome #q# [002] 51 endothelial nitric oxide synthase 51 aberrantly activated 51 MC4R 51 denervation 51 Fc receptor 51 rostral cingulate 51 neuroligin 51 cardiac autonomic 51 centrosome 51 paralogs 51 homeostatic 51 LMAN 51 apoE 51 intracellular compartments 51 regenerating axons 51 CB2 receptors 51 neuroprosthetic devices 51 endocrine glands 50 rhodopsin 50 mu opioid 50 basilar 50 tractography 50 cysteines 50 posterior fossa 50 mediastinum 50 nociceptive 50 leptin receptors 50 SLC#A# gene [001] 50 endogenous opioid 50 Cx# [001] 50 neural tissues 50 SUMOylation 50 TGFβ 50 Neuronal 50 mirror neurons 50 catenin 50 cadherin 50 Dystrophin 50 PPARg 50 WNK1 50 kinase domain 50 IKK2 50 transcriptionally 50 PER2 50 gamma secretase 50 infarcted myocardium 50 plasma membrane 50 forelimb 50 DNMT1 50 IGFBP2 50 junctional 50 FGF# 50 remyelination 50 extensor muscles 50 striatal neurons 50 norepinephrine reuptake inhibition 50 vitamin D receptors 50 underlying pathophysiology 50 neurohormonal 50 glutamate signaling 50 trigeminal 50 NAADP 50 intraventricular 50 hypothalamic pituitary adrenal axis 50 neurotransmitter 50 microglial activation 50 cytoskeletal 50 brainwave patterns 50 amyloid beta plaque 50 hemiparesis 50 beta1 integrin 50 Androgen receptor 50 neurotransmitter serotonin 50 ERa 50 SVZ 50 acinar cells 50 STAT3 signaling 50 retinal ganglion cells 50 receptor subtypes 50 cardiac fibrosis 50 oligodendroglial progenitor cells 50 trigeminal nerve 50 axon regeneration 50 messenger molecule 50 transgenic mouse model 50 lymphatics 50 auditory nerves 50 integrins 50 LRP1 50 Hedgehog signaling 50 GnRH neurons 50 vasopressin 50 neurosensory 50 protein conformation 50 T1 weighted 50 reticular 50 Foxp3 50 transferrin receptor 50 fig. S1 50 neuronal dysfunction 50 epithelia 50 NADPH oxidase 50 disulfide bond 50 mammary epithelial cells 50 striated muscle 50 proteoglycan 50 ASIC1a 50 noradrenergic 50 osteocalcin protein 50 chromatin remodeling 50 sGC 50 desmosomes 50 MeCP2 50 hindlimb 50 NR2B 50 epigenetic alterations 50 neurophysiological 50 histologically 50 Sirt1 50 Hox gene 50 TRPA1 50 stereocilia 50 PKC enzyme 50 fMRI 50 blood oxygenation 50 micro RNAs 50 cyclic AMP cAMP 50 Aâ 50 siRNA knockdown 50 CHD5 50 monoamines 50 FGF2 50 Lyn kinase 50 GFP fluorescence 50 septal 50 CaMKII 50 chromatin remodeling complex 50 amyloid deposits 50 neurochemicals 50 neurotransmitter norepinephrine 50 Jhdm2a 50 Cannabinoid receptors 50 odorant molecule 50 PPAR γ 50 neuroepithelial cells 50 endophenotypes 50 beta subunit 50 parenchyma 50 progranulin 50 Htt 50 ephrin A1 50 lateral ventricles 50 metalloproteases 50 Notch pathway 50 ERK2 50 sinoatrial node 50 podocyte 50 c Fos 50 neurotransmitter receptor 50 pDCs 50 FOXO3a 50 mice lacking 50 neuroinflammatory 50 Nav#.# 50 trophoblasts 50 acinar 50 striata 50 neurosteroid 50 overactivation 50 magnetic stimulation 50 odorant receptors 50 H#K#me# 50 netrin 1 50 GluR1 50 atrial tissue 50 noradrenaline 50 synaptic inputs 50 neurite 50 actin remodeling 50 epigenetic modification 50 cypin 50 interneuron 50 PrPSc 50 splenic 50 Changizi 50 EEG recordings 50 alpha helices 50 heterochromatic 50 occiput 50 CD#b 50 dopamine neurotransmitter 50 dynein 50 fig. S4 50 p# protein 50 contractile function 50 PrP 50 centromere 50 PDZ domain 50 auricle 50 lung epithelium 50 FoxO1 50 TRPV1 receptor 50 6 OHDA 50 IL 1β 50 transgenic mice expressing 50 c fos 50 IRS1 50 kinetochore 50 pRb 50 p# Shc 50 mutant mice 50 dendrite 50 auditory 50 non coding RNA 50 sensory nerve fibers 50 oligodendrocyte 50 catalytic subunit 50 Dicer enzyme 50 Leydig cells 50 ERalpha 50 intercellular communication 50 exogenously 50 PTEN gene 50 structural rearrangements 50 transcriptional coactivator 50 PI3K signaling pathway 49 glial cell 49 NFATc1 49 astrocytes 49 pericytes 49 M1 muscarinic 49 serotonin signaling 49 c Abl 49 neural progenitor cells 49 skeletal muscle cells 49 Nbs1 49 neural mechanisms 49 mitochondrial enzymes 49 external stimuli 49 mitotic spindle 49 Cdc# 49 SH#B# 49 transmembrane 49 GABAB receptors 49 extracellular domains 49 DQB1 * 49 TERT 49 Notch receptor 49 LXRs 49 mechanistically 49 fovea 49 adenosine receptors 49 S#A# [002] 49 nerve axons 49 paraspinal 49 peri infarct 49 excitatory neurotransmitter glutamate 49 stimuli 49 PHD2 49 distally 49 protease activated 49 thyrotropin 49 AV node 49 melanocyte 49 MAPK 49 KLF# 49 neuron degeneration