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(Click for frequent words.) 77 primary visual cortex 75 cortex 73 parietal cortex 73 auditory cortex 70 neurons 69 hippocampus 69 prefrontal cortex 69 cerebral cortex 69 thalamus 68 brain visual cortex 68 somatosensory cortex 68 midbrain 67 neuron 67 cortical 67 brainstem 67 cerebellum 67 basal ganglia 67 neuronal activity 66 superior colliculus 66 temporal lobe 66 anterior cingulate 66 Broca area 65 olfactory bulb 65 amygdala 65 neural 65 hippocampal 65 frontal cortex 65 fusiform gyrus 64 neuronal 64 brain circuitry 64 visual stimuli 64 forebrain 64 neural circuitry 63 medial prefrontal cortex 63 nerve cells 63 cortical regions 63 occipital lobe 63 medial orbitofrontal cortex 63 posterior parietal cortex 62 striatum 62 neurones 62 synapses 62 brain 62 somatosensory 62 prefrontal 62 parietal lobes 62 neocortex 62 ganglion cells 62 motor cortex 62 hippocampal neurons 61 neural circuits 61 retinal ganglion cells 61 neuronal circuits 61 premotor cortex 61 temporoparietal junction 61 cortical neurons 61 amygdalae 61 neural pathways 61 inferior frontal gyrus 61 mirror neuron system 61 synapse 61 hypothalamus 60 gyrus 60 ipRGCs 60 occipital cortex 60 precuneus 60 parietal lobe 60 ventromedial prefrontal cortex 60 photoreceptors 60 dentate gyrus 60 premotor 60 limbic 60 auditory 60 intraparietal sulcus 60 orbitofrontal cortex 60 frontal lobe 60 dorsolateral prefrontal cortex 60 melanopsin 60 occipital lobes 60 parahippocampal gyrus 60 photoreceptor cells 60 synaptic 59 limbic system 59 temporal lobes 59 sensorimotor 59 mammalian brain 59 parietal 59 angular gyrus 59 mirror neurons 59 sensory stimuli 59 cerebellar 59 sensory neurons 59 primary somatosensory cortex 59 caudate nucleus 59 ventral striatum 59 retinal cells 58 rostral anterior cingulate cortex 58 hindbrain 58 dendritic spines 58 photoreceptor 58 retina 58 perirhinal cortex 58 lateral orbitofrontal cortex 58 sensory cortex 58 sensory input 58 olfactory cortex 58 medial temporal 58 occipital regions 58 frontal lobes 58 neuronal connections 58 plasticity 58 granule cells 57 caudate 57 retinal neurons 57 nerve fibers 57 pyramidal neurons 57 lateral prefrontal cortex 57 gamma oscillations 57 brain frontal lobe 57 orbital frontal cortex 57 insular cortex 57 synaptic plasticity 57 fMRI scans 57 neural connections 57 inhibitory interneurons 57 auditory neurons 57 striatal 57 planum temporale 57 lateral geniculate nucleus 57 temporal cortex 57 periaqueductal gray 57 neural mechanisms 57 entorhinal cortex 57 habenula 57 superior temporal gyrus 57 postsynaptic 57 sensory nerves 56 inferior frontal 56 cingulate 56 interneurons 56 pineal 56 middle frontal gyrus 56 medial temporal lobe 56 frontal parietal 56 subcortical 56 ventral pallidum 56 optic tectum 56 retinal photoreceptors 56 LMAN 56 lateral hypothalamus 56 pineal gland 56 rhodopsin 56 prefrontal brain 56 orbitofrontal cortex OFC 56 inhibitory neurons 56 optic nerve 56 piriform cortex 56 neurone 56 neuronal cells 55 auditory nerve 55 synaptic proteins 55 medial prefrontal 55 dopamine neurons 55 temporoparietal 55 excitatory neurons 55 AMPA receptors 55 parietal regions 55 posterior cingulate cortex 55 medial frontal cortex 55 cochlea 55 anterior insula 55 amygdale 55 mPFC 55 perceptual 55 posterior cingulate 55 nucleus accumbens 55 Rauschecker 55 voxels 55 amygdala neurons 55 inferior parietal lobule 55 fusiform 55 cognition 55 ventral 55 fusiform face 55 hypothalamic 55 dorsolateral 55 neural pathway 54 EEG signals 54 neuroimaging studies 54 Purkinje cells 54 myelination 54 thalamic 54 vomeronasal organ 54 astrocytes 54 substantia nigra 54 medial temporal lobe MTL 54 neuromuscular junction 54 dorsal horn 54 fMRI 54 dorsal prefrontal cortex 54 anterior cingulate cortex 54 synaptic inputs 54 neurogenesis 54 cortices 54 brain auditory cortex 54 visuospatial 54 stimuli 54 subgenual cingulate 54 MEF2 54 ventrolateral prefrontal cortex 54 NMDA receptors 54 medial prefrontal cortex mPFC 54 inferior temporal gyrus 54 spatial cognition 54 electrophysiological 54 GABAergic neurons 54 circadian pacemaker 54 prefrontal regions 54 cerebral hemispheres 54 medial frontal 54 neural cells 53 fovea 53 BDNF 53 insula 53 ventromedial 53 serotonin neurons 53 neural crest cells 53 prefrontal cortical 53 synaptic function 53 Wnt signaling 53 putamen 53 neural plasticity 53 DISC1 53 imaging fMRI 53 synaesthetes 53 synesthetes 53 neuronal synapses 53 suprachiasmatic nucleus 53 macula 53 anterior temporal lobe 53 pre frontal cortex 53 neuronal circuitry 53 prefrontal lobe 53 SVZ 53 POMC neurons 53 dopaminergic neurons 53 dopamine signaling 53 auditory stimuli 53 olfactory 53 foveal 53 dopamine 53 spatial orientation 53 excitatory 53 cortexes 53 subthalamic nucleus 53 sensory perceptions 53 zebrafish embryo 53 inferior parietal 53 morphogen 53 corpus callosum 53 neuronal plasticity 53 retinas 53 superior temporal cortex 53 ganglion cell 53 neurotransmitter 53 motoneurons 53 synaptic vesicles 53 optic nerves 53 cilium 53 Neurons 53 NAcc 53 lateral habenula 53 microglial cells 52 vmPFC 52 hippocampal cells 52 corticospinal 52 sensory inputs 52 basal forebrain 52 cingulate gyrus 52 Broca 52 inhibitory 52 sensory organs 52 superior temporal sulcus 52 hyperactivation 52 neuronal migration 52 sensory neuron 52 mesolimbic 52 CA3 52 dopamine receptors 52 dorsal anterior cingulate cortex 52 motor neurons 52 cryptochromes 52 cortical plasticity 52 nerve axons 52 adult neurogenesis 52 biochemical pathways 52 rACC 52 auditory nerve fibers 52 hippocampi 52 parahippocampal 52 cortico 52 PrP 52 oculomotor 52 myosin II 52 synaptic transmission 52 astrocyte 52 suprachiasmatic nucleus SCN 52 auditory nerves 52 inferior colliculus 52 cognitive functions 52 methylation patterns 52 neurotransmitter dopamine 52 theta waves 52 autonomic nervous system 52 olfactory neurons 52 sensory modality 52 hippocampal function 52 parietal cortices 52 ventral tegmental area 52 brain cortex 52 subventricular zone 52 mutant mice 52 GABAergic interneurons 52 posterior temporal 52 binocular rivalry 52 ciliary 51 neuroepithelial cells 51 neural networks 51 anterior cingulate gyrus 51 cerebral cortical 51 dendrite 51 saccade 51 attentional 51 motor neuron 51 MIT neuroscientists 51 demyelination 51 retinal degeneration 51 Notch signaling 51 auditory cortices 51 brainwave patterns 51 glutamate 51 serotonin receptors 51 frontotemporal 51 mammalian brains 51 fMRI scan 51 attentional blink 51 magnetic stimulation 51 saccades 51 glutamate receptors 51 auditory pathways 51 neuronal pathways 51 neo cortex 51 synapse formation 51 centrosome 51 DLPFC 51 functional magnetic resonance 51 secretory cells 51 REM sleep 51 presynaptic 51 auditory processing 51 excitatory signals 51 emotional arousal 51 IKKß 51 odorant receptors 51 ChR2 51 arcuate nucleus 51 NAc 51 axon guidance 51 GnRH neurons 51 neural tissue 51 myelinated axons 51 hypocretin neurons 51 photopigment 51 neuroplasticity 51 inferior parietal cortex 51 astrocytic 51 cochlear 51 lateralized 51 dendritic spine 51 microglial 51 PKMzeta 51 neuroligin 51 electrodes implanted 51 brains 51 locus coeruleus 51 sensory organ 51 glutamatergic 50 phytochrome 50 saccadic 50 voxel 50 brain hypothalamus 50 hippocampal formation 50 prefrontal lobes 50 occipital 50 neurochemical 50 Sox# 50 cognitive 50 cerebrum 50 olfactory receptor neurons 50 Dicer enzyme 50 amyloid deposits 50 H2AX 50 NMDA receptor 50 CA1 50 neuronal signaling 50 cerebral hemisphere 50 epigenetically 50 mirror neuron 50 remyelination 50 dendrites 50 semaphorin 50 dorsolateral prefrontal 50 insulin receptors 50 neurotransmitters 50 organogenesis 50 VWFA 50 biochemically 50 glial 50 myelinated 50 Wnt proteins 50 BMP signaling 50 spatial reasoning 50 sortilin 50 ventral prefrontal cortex 50 OCA2 gene 50 calpain 50 sensory 50 glial cells 50 glutamatergic neurons 50 TrkB 50 nucleolus 50 conspecifics 50 vomeronasal 50 rostral 50 neurodegeneration 50 acetylcholine 50 Hh 50 microsaccades 50 ACh 50 modulatory 50 cortical activation 50 afferent 50 cytoskeletal 50 S#A# [002] 50 Mre# 50 brain hemispheres 50 enteric nervous 50 gyri 50 mitral cells 50 brain plasticity 50 radial glia 50 synaptogenesis 50 macular 50 retinal 50 auditory brainstem 50 neuronal dysfunction 50 nociceptors 50 functional MRI scans 50 medial temporal lobes 50 external stimuli 50 Brodmann Area 50 Quian Quiroga 50 cAMP signaling 50 circuitry 50 zebrafish 50 cranial nerves 50 cortical circuits 50 axons 50 electrically stimulating 50 sensory receptors 50 Functional MRI 50 term potentiation 50 olfaction 50 cryptochrome 50 globus pallidus 50 cypin 50 synesthesia 50 deficient mice 49 Serences 49 BDNF gene 49 striata 49 interneuron 49 phenotype 49 Shh signaling 49 mesoderm 49 cingulate cortex 49 posterior parietal 49 prefrontal cortices 49 fronto 49 subcortical structures 49 tDCS 49 AMPA receptor 49 retinal pigment epithelium 49 glutamate signaling 49 DNA methylation patterns 49 neurotransmission 49 ventrolateral 49 HOTAIR 49 olfactory sensory neurons 49 lateral ventricle 49 glucose metabolism 49 FGF# 49 Sonic hedgehog 49 neuroendocrine 49 neuroscientists 49 tau protein 49 mutant proteins 49 orexin neurons 49 synaptic connections 49 brain limbic 49 circadian 49 microRNA molecules 49 rat hippocampus 49 ependymal cells 49 non coding RNA 49 anatomical structures 49 endoplasmic reticulum 49 melanocyte 49 podocytes 49 rod photoreceptors 49 TRPA1 49 theta oscillations 49 trigeminal nerve 49 signaling molecules 49 neurocircuitry 49 axonal 49 cerebellar cortex 49 Wnt pathway 49 serotonin 49 endocytosis 49 RNA splicing 49 sensorimotor cortex 49 anterior hippocampus 49 dorsal striatum 49 CaM kinase II 49 pyramidal cells 49 neuronal degeneration 49 medulla 49 nNOS 49 anterior cortex 49 excitatory synapses 49 declarative memory 49 cone photoreceptors 49 Foxp2 49 XPB 49 melatonin receptors 49 HPA axis 49 FoxO1 49 efferent 49 amygdalas 49 X inactivation 49 Wnt 49 Wnt1 49 mutant protein 49 EEGs 49 RGCs 49 synaesthesia 49 SIRT1 gene 49 axon 49 Hox genes 49 neuroanatomical 49 MCH neurons 49 retinal tissue 49 Schwann cells 49 channelrhodopsin 49 sensory axons 49 D2 receptors 49 cilia 49 membrane protein 48 hypothalamic neurons 48 superior frontal gyrus 48 neural correlates 48 opsins 48 alpha synuclein 48 Golgi apparatus 48 keratinocytes 48 lateralization 48 cAMP 48 intracellular signaling 48 demyelinated 48 synapse maturation 48 FOXP2 48 neuronal differentiation 48 N myc 48 fMRIs 48 receptor gene 48 cochlear nucleus 48 ERK1 2 48 fundus 48 norepinephrine 48 middle temporal gyrus 48 subcellular 48 olfactory cues 48 anterior prefrontal cortex 48 retinal stem cells 48 neuronal function 48 molecular pathway 48 neuronal stem cells 48 organelle 48 visuomotor 48 myocardium 48 hypothalamus gland 48 rostral cingulate 48 orbitofrontal 48 dynein 48 gene expression 48 electrophysiological recordings 48 Alzheimer disease pathology 48 gastrulation 48 cochlear nerve 48 beta adrenergic receptors 48 huntingtin protein 48 brain scans 48 arcuate fasciculus 48 primary cilium 48 Dicer 48 JAK STAT signaling 48 zebrafish embryos 48 planaria 48 paraventricular nucleus 48 leptin hormone 48 dopamine receptor 48 maturational 48 NR2B subunit 48 neocortical 48 insulin secreting cells 48 myocytes 48 baroreceptors 48 SIRT3 48 KLF# 48 costimulatory 48 neuroligins 48 neural crest stem cells 48 magnetic pulses 48 odorant molecule 48 choroid 48 p# gene 48 TRPV1 48 glutamate receptor 48 Purkinje cell 48 locomotor 48 glomerulus 48 semicircular canals 48 receptor protein 48 JAK STAT 48 laterality 48 trigeminal 48 hormone secretion 48 intracortical 48 adrenal cortex 48 mammillary bodies 48 messenger RNA mRNA 48 electrical impulses 48 hormone leptin 48 raphe 48 glia 48 dopamine neurotransmitter 48 embryogenesis 48 hypocretin 48 MAPK pathway 48 receptor subunit 48 subretinal 48 brainwave activity 48 VMPC 48 calmodulin 48 blindsight 48 neural stem cells 48 nAChRs 48 cholinergic 48 IRAK1 48 brain frontal lobes 48 vagus 48 pineal glands 48 transcriptional regulation 48 myelin 48 gene expression patterns 48 osteocytes 48 conformational changes 48 peripheral nerves 48 Brain scans 48 rCBF 48 Ku# 48 Sonic Hedgehog 48 serotonin receptor 48 neurotransmitter GABA 48 huntingtin 48 neurites 47 p# protein 47 BMP4 47 evolutionarily conserved 47 acetylcholine receptors 47 opsin 47 vasopressin receptors 47 malignant transformation 47 electroencephalographic 47 homeostatic 47 MeCP2 47 spindle neurons 47 serotonergic 47 neural impulses 47 chemosensory 47 leptin 47 CHD5 47 glia cells 47 Prox1 47 germ cells 47 neurotransmitter acetylcholine 47 Acetylcholine 47 RKIP 47 nerve impulses 47 hyperexcitability 47 gene p# 47 neuroD2 47 Nerve cells 47 accumbens 47 mammalian embryo 47 prefrontal cortex PFC 47 myofibroblasts 47 Neuregulin 1 47 tetherin 47 receptors 47 cell cytoplasm 47 electroencephalography EEG 47 myogenesis 47 degenerating neurons 47 IGF2 47 bioelectrical 47 mutant mouse 47 presenilin 47 white matter hyperintensities 47 ependymomas 47 protein tau 47 microelectrode 47 neurotransmitter glutamate 47 alternative splicing 47 morphogenetic 47 hepatic stellate cells 47 mouse embryo 47 dorsolateral prefrontal cortex DLPFC 47 actin remodeling 47 lateralisation 47 leptin deficient 47 neurochemicals 47 ghrelin 47 clefting 47 electrically stimulated 47 acinar cells 47 dorsal 47 excitatory neurotransmitter 47 microelectrode array 47 Functional magnetic resonance 47 epicardium 47 transmembrane protein 47 amyloid deposition 47 phonological 47 epithelial tissue 47 Changizi 47 almond shaped structure 47 neurofibrillary tangles 47 C. elegans 47 microelectrodes 47 frontal temporal 47 kalirin 47 dopaminergic 47 auditory cues 47 frontoparietal 47 auxin 47 dendritic 47 functional MRI fMRI 47 mechanotransduction 47 tactile stimulation 47 Poldrack 47 prestin 47 microglia 47 vasculature 47 Decety 47 epigenome 47 signaling molecule 47 stroma 47 dorsomedial 47 neural fibers 47 LXRs 47 sensory modalities 47 anterior temporal 47 Nrf2 47 morphogens 47 neurite outgrowth 47 noradrenergic 47 mice 47 Six3 47 biochemical pathway 47 Math1 47 D2 receptor 47 SLC#A# gene [001] 47 RNA molecule 47 vasopressin 47 vestibular apparatus 47 glomeruli 47 Notch pathway 47 T lymphocytes 47 dopamine producing 47 exocytosis 47 phagocytosis 47 Pax6 47 Hcrt 47 messenger RNA molecules 47 Hsp# [001] 47 neural substrates 47 motile cilia 46 ubiquitylation 46 heterochromatic 46 podocyte 46 MALAT1 46 mRNA expression 46 Wnt signaling pathway 46 nucleus accumbens NAc 46 epigenetic changes 46 transcriptional repressor 46 GABA neurotransmitter 46 Kv#.# 46 Htt 46 vertebrates 46 NADPH oxidase 46 knockout mice 46 chromosome #q#.# [001] 46 parasympathetic 46 Drosophila 46 inhibitory transmitter 46 beta catenin 46 gliosis 46 TGF beta pathway 46 cyclic AMP 46 striatal neurons 46 mice lacking 46 L1 retrotransposons 46 evolutionarily ancient 46 signaling cascade 46 paxillin 46 LKB1 46 vestibular 46 serotonin signaling 46 Rab5 46 phagocytes 46 dysfunctional mirror neuron 46 fruitflies 46 calcineurin 46 coronary endothelial 46 neurexin 46 p# pathway 46 oligodendrocytes 46 gamma secretase 46 nociceptive 46 Cdk5 46 acetylation 46 lesioned 46 melanocytes 46 #p# [001] 46 phosphorylation 46 neuropeptides 46 PrPC 46 Lhx2 46 microcephalin 46 TAp# 46 myogenic 46 F actin 46 leptin receptors 46 GLUT4 46 toxic beta amyloid 46 gamma aminobutyric acid GABA 46 PKD#L# 46 diffusion tensor imaging 46 neurophysiological 46 inhibitory neurotransmitter 46 MAP kinase 46 C1q 46 FGF signaling 46 skeletal muscle 46 olfactory receptors 46 fornix 46 transcriptional machinery 46 netrin 1 46 beta endorphin 46 NR2B 46 IRS1 46 BMAL1 46 noradrenaline 46 DARPP 46 lung fibroblasts 46 RNA polymerase II 46 neural activation 46 mouse embryos 46 DICER1 46 cytosol 46 cognitive abilities 46 Supplementary Fig 46 tumor suppressor gene 46 acetylcholine neurotransmitter 46 3'UTR 46 researchers hypothesize 46 genetic alteration 46 PML RARA 46 circularly polarized light 46 imprinted genes 46 Foxp3 46 beta amyloid plaques 46 SOCS3 46 sarcomeres 46 electrical conduction 46 cerebellar vermis 46 neuronal cell 46 cranial nerve 46 transcription factors 46 phoneme 46 TRP channels 46 S#K# 46 factor BDNF 46 retinal pigment epithelial cells 46 cardiac fibroblasts 46 lucidum 46 piRNAs 46 catalytic subunit 46 vagal nerve 46 IL 1beta 46 neural progenitor cells 46 diffusion tensor 46 nicotinic receptors 46 proteolysis 46 amyloid plaque 46 achromatopsia 46 receptor 46 melatonin hormone 46 PrPSc 46 neurochemistry 46 innervated 46 centrioles 46 hypometabolism 46 cardiac myocytes 46 stereocilia 46 Keap1 46 endoplasmic reticulum ER 46 cognitive deficits 46 brain neurochemistry 46 NKT cell 46 primary cilia 46 progranulin 46 apoptotic proteins 46 epigenetic modification 46 endocrine glands 46 somatic 46 T1 weighted 46 tactile stimuli 46 histone modifications 46 dynamin 46 intramolecular 46 chloroplasts 46 palytoxin 46 LIS1 46 lateral ventricles 46 retinal nerve 46 microglial activation 46 caveolae 46 PER2 46 PTEN gene 46 BDNF protein 46 Ubx 46 mesenchyme 46 Fig. 1C 46 synchrony 46 Cortical 46 adhesion molecule 46 excitotoxicity 46 cerebral spinal fluid 46 limbic brain 46 neuroanatomy 46 Sirt1 46 focal adhesions 46 raphe neurons 46 amyloid beta plaque 46 NRG1 46 hypothalamic pituitary adrenal axis 46 SIRT1 46 TERT 46 paralogs 46 Smad3 46 neuroimaging techniques 46 optogenetics 46 centrosomes 46 NKT cells 45 tubules 45 messenger RNAs mRNAs 45 mTORC1 45 fibroblast cells 45 orexin 45 ribozyme 45 NF kB 45 osteoblast 45 mitochondria 45 Dpp 45 Abnormalities