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(Click for frequent words.) 66 mammalian brains 64 fronto 64 inferior frontal 64 cortices 64 thalamic 64 hippocampal formation 63 perirhinal cortex 63 subcortical 63 afferent 62 neuroanatomical 62 electroencephalographic 62 gyri 62 cerebellar 62 posterior cingulate 62 astrocytic 62 anterior cortex 62 lateralized 62 dorsolateral 62 hippocampal 61 prefrontal lobes 61 vermis 61 anterior cingulate 61 mirror neuron 61 rCBF 61 modulatory 61 medial temporal 61 neuronal synapses 61 prefrontal cortical 61 evolutionarily ancient 61 orbitofrontal 61 reticular 61 rostral 61 coexpression 61 corticospinal 61 parietal cortices 61 efferent 60 entorhinal cortex 60 Myosin II 60 superior temporal gyrus 60 cerebral hemispheres 60 oligodendroglial progenitor cells 60 FGF signaling 60 anterior temporal 60 homologies 60 orbitofrontal cortex OFC 60 prefrontal regions 60 anterograde 60 hypometabolism 60 sensorimotor 60 hindbrain 60 glutamatergic 60 cingulate 60 baroreflex 60 hypoperfusion 60 Aâ 59 vagal 59 hypocretin neurons 59 Purkinje cell 59 postsynaptic 59 frontal parietal 59 synaptic function 59 cortical 59 intracellular signal transduction 59 cortexes 59 synaptogenesis 59 subcortical regions 59 oculomotor 59 GABAergic interneurons 59 imaginal 59 neural 59 inferior parietal 59 neuronal signaling 59 medial frontal cortex 59 cAMP signaling 59 dendritic spine 59 Skeletal muscle 59 lateralisation 59 temporoparietal junction 59 medial prefrontal 59 protein conformation 59 electrically stimulating 59 caudate 59 hypothalamic 59 Purkinje cells 58 podocyte 58 occipital lobes 58 limbic 58 mesolimbic 58 neuromuscular junction 58 prefrontal brain 58 angular gyrus 58 striated muscle 58 amygdale 58 basal ganglia 58 interconversion 58 cerebral cortical 58 Prefrontal 58 amacrine 58 noradrenergic 58 intraparietal sulcus 58 neuronal plasticity 58 presynaptic 58 striatal 58 transmembrane protein 58 occipital cortex 58 fig. S4 58 glomerular 58 morphogen 58 autoregulation 58 Fig. 3a 58 myofibroblasts 58 ventromedial 58 serotonergic 58 hippocampal function 58 adult neurogenesis 58 subthalamic nucleus STN 58 cortico 58 dopaminergic 58 forebrain 58 amygdalae 58 hypothalamic pituitary 58 prokaryote 57 neuro physiological 57 intracortical 57 MCH neurons 57 inhibitory interneurons 57 gyrus 57 cortical neurons 57 auditory brainstem 57 medial prefrontal cortex mPFC 57 thermoregulatory 57 gamma oscillations 57 cerebellar cortex 57 oscillatory 57 corticospinal tract 57 intercellular communication 57 evolvability 57 dorsal prefrontal cortex 57 fibrillar 57 lateralization 57 phenotypic expression 57 dorsolateral prefrontal 57 neurosteroid 57 endogenous opioid 57 parahippocampal gyrus 57 frontostriatal 57 mechanotransduction 57 hyperplastic 57 axon guidance 57 nephron 57 anterior cingulate gyrus 57 acetylcholine receptor 57 MT1 MMP 57 tractography 57 innervation 57 cortical regions 57 myocyte 57 proximal tubule 57 paraventricular nucleus 57 anterior temporal lobe 57 acinar 57 neurone 57 hormone secreting 57 dopamine signaling 57 cortical activation 57 somatosensory cortex 57 cingulate gyrus 57 GABA neurotransmitter 57 neurite outgrowth 57 attentional blink 57 intraventricular 57 neurobiological basis 57 oligomeric 57 amygdala neurons 57 pyramidal neurons 57 HPA axis 56 nociceptive 56 habenula 56 orbital frontal cortex 56 transgene expression 56 atrioventricular 56 neuronal migration 56 amyloid deposition 56 bistability 56 intervertebral disk 56 myelinated 56 ciliated 56 adrenocortical 56 premotor 56 ventricular myocardium 56 sexually dimorphic 56 visuomotor 56 myogenic 56 inhibitory transmitter 56 ouabain 56 cerebellar vermis 56 neo cortex 56 colocalization 56 microglial 56 gliosis 56 beta1 integrin 56 organogenesis 56 dorsomedial 56 mucosal immune 56 Hypothalamic 56 interleukin 1beta 56 primary visual cortex 56 ERK1 2 56 neuronal dysfunction 56 Fig. 1C 56 bilaterians 56 fornix 56 Brodmann Area 56 precuneus 56 steroidogenic 56 Fig. 1D 56 constitutively 56 metazoan 56 glial 56 intracellular signaling 56 cholinergic 56 nigrostriatal 56 plexiform 56 CD1d 56 ontogenetic 56 premorbid 56 Dopaminergic 56 Acetylcholine 56 replicative 56 thermodynamic stability 56 TRPV1 receptors 56 neuropathological 56 dorsolateral prefrontal cortex 56 parahippocampal 56 synovial 56 cultured neurons 56 SVZ 56 muscarinic receptors 56 PrPC 56 alexithymia 56 temporal parietal 56 epigenetically 56 synaptic 56 myofibroblast 56 NKT cell 56 dimeric 56 neuronal pathways 56 cardiac myocytes 56 FGFs 56 collagenous 56 protein translocation 56 splenic 56 brain parenchyma 56 psychobiological 56 hyperintensities 56 posterior cingulate cortex 56 nonprogressive 56 lateral ventricles 55 colorectal carcinogenesis 55 β1 55 circadian pacemaker 55 transcriptional activation 55 NMDAR 55 noncoding RNA 55 afferents 55 synovial cells 55 electrophysiologic 55 arachnoid 55 ontogeny 55 isomorphic 55 neural tissues 55 brain hemispheres 55 Fas ligand 55 radial glia 55 inhibitory synapses 55 lateral ventricle 55 DARPP 55 clonal expansion 55 metaplasia 55 amyloid β 55 TrkB 55 dendritic spines 55 electrically stimulated 55 generative grammar 55 hypothalamic pituitary adrenal HPA 55 striatal dopamine 55 affective psychoses 55 branching morphogenesis 55 peroxisome 55 laterality 55 pathophysiologic 55 TRPV4 55 hippocampal neurons 55 underlying pathophysiology 55 bioelectrical 55 glial tumors 55 dysgenesis 55 neuronal degeneration 55 baroreceptor 55 temporal cortex 55 echogenicity 55 inhibitory neurotransmitters 55 trophic factors 55 axonal 55 electrophysiological 55 Broca area 55 ligand induced 55 depolarization 55 transmural 55 upregulates 55 subgenual cingulate 55 pulvinar 55 morphogenetic 55 epithelia 55 AMPA receptor 55 ganglion 55 excitatory 55 ligand receptor 55 neuronal membranes 55 inferior temporal gyrus 55 frontotemporal 55 Dysregulation 55 left ventricular LV 55 autophagic 55 vasopressin receptors 55 retinal nerve 55 NR2B subunit 55 neuroepithelial cells 55 intergenic 55 photoreceptor cell 55 motoneurons 55 focal adhesions 55 tyrosine phosphorylation 55 pyramidal cells 55 demyelinated 55 F actin 55 insoluble plaques 55 ERK signaling 55 secretory cells 55 ectodermal 55 differential gene expression 55 Hox proteins 55 somatic 55 SMAD4 55 GABAergic 55 neurophysiological 55 depolarizing 55 cypin 55 biogenesis 55 pleiotropy 55 cardiogenic 55 mechanical dyssynchrony 55 hormone secretion 55 mPFC 55 receptor subtypes 55 synaptic transmission 55 vascular endothelial 55 H#K#me# 55 hypothalamic pituitary adrenal axis 55 transmembrane 55 mammalian embryo 55 excitatory synapses 55 vasopressin receptor 55 primary cilium 55 heterochromatic 55 GPIHBP1 55 exocytosis 55 hematopoiesis 55 transcriptional repressor 55 prefrontal cortices 55 cognitive affective 55 choroidal 55 insoluble proteins 55 ipRGCs 55 somatosensory 55 lateral orbitofrontal cortex 55 stereochemical 55 middle temporal gyrus 55 translationally 55 oxidases 55 ischemic preconditioning 54 putamen 54 binding affinities 54 luminal surface 54 oligodendrocyte 54 parietal regions 54 #HT#A receptor 54 hypothalamic pituitary gonadal HPG 54 prefrontal cortex PFC 54 P cadherin 54 Histologic 54 synaptic proteins 54 evolutionarily conserved 54 DQB1 * 54 neuronal circuitry 54 hyper reactive 54 ciliary 54 cellular prion protein 54 cis regulatory 54 oligomerization 54 conformational changes 54 calculi 54 parenchymal 54 beta adrenergic receptors 54 anterior prefrontal cortex 54 mesenteric 54 arcuate nucleus 54 midbrain 54 contractile 54 antigen presenting 54 nociception 54 cytokine signaling 54 demyelination 54 transgenic mice expressing 54 GABA receptor 54 homeostatic 54 repolarization 54 neuronal differentiation 54 medial frontal 54 mu opioid 54 raphe 54 neural impulses 54 catecholamine 54 temporoparietal 54 Fig. 1d 54 pineal 54 serotonin transporters 54 germinal 54 ventral prefrontal cortex 54 platelet activation 54 neocortex 54 Fig. 2b 54 PER2 54 mammalian brain 54 subcellular compartments 54 μ opioid receptor 54 mitochondrial respiration 54 TXNIP 54 vitamin D receptors 54 D2 receptor 54 neuronal activity 54 microcircuitry 54 electron tunneling 54 RAS RAF MEK 54 inhomogeneity 54 Leydig cells 54 dorsolateral prefrontal cortex DLPFC 54 hypothalamus pituitary 54 neuritic 54 parietal lobes 54 rotational symmetry 54 osteoblastic 54 circular dichroism 54 neural progenitor 54 left ventricular diastolic 54 glycosylated 54 cardiac autonomic 54 multinomial 54 hyperexcitability 54 myoepithelial cells 54 transcriptional regulator 54 peritumoral 54 mammillary 54 vacuolar 54 cultured rat 54 pleiotropic effects 54 inferior parietal lobule 54 antiapoptotic 54 perivascular 54 vasomotor 54 neuroimaging studies 54 transcriptional regulators 54 potentiation 54 diffusion tensor 54 PGC 1α 54 neuronal 54 morphogenesis 54 rostral anterior cingulate cortex 54 transferase 54 amyloid plaque formation 54 Htt 54 transcriptional regulation 54 baroreceptor reflex 54 Glial cells 54 Syt IV 54 ventromedial prefrontal cortex 54 innervate 54 microsaccades 54 Abeta protein 54 nonequilibrium 54 insertional 54 ERK activation 54 CD#c 54 osteoclast 54 constitutively active 54 lesional 54 fig. S1 54 Fig. 2a 54 rhythmicity 54 neurofibrillary 54 hyperalgesia 54 neuronal circuits 54 acyclic 54 alpha synuclein protein 54 hyperactivation 54 cerebral cortex 54 stereochemistry 54 myometrial 54 BMP signaling 54 derangements 54 neuroligins 54 junctional 54 S nitrosylation 54 oncogenic transformation 54 #ß 54 chromosome condensation 54 dopamine neuron 54 SUMOylation 54 periventricular 54 tubule 54 phylogenetically 54 carcinoids 54 lipid bilayer 54 CaM 54 Fig. 4B 54 DNA demethylation 54 lymphoid cells 54 globus pallidus 54 synaptic plasticity 54 baroreflex sensitivity 54 DRG neurons 54 prefrontal lobe 54 constitutively expressed 54 meiotic recombination 54 sulci 54 cyclic AMP cAMP 54 fusiform gyrus 54 phasic 54 overactivation 53 clonogenic 53 glutamatergic neurons 53 xenobiotic 53 inactive X chromosome 53 monogenic 53 cdk5 53 mitochondrial oxidative 53 interneurons 53 schwannomas 53 notochord 53 structural rearrangements 53 circadian genes 53 sympathetic innervation 53 larger amygdalas 53 atherogenesis 53 glia cells 53 enteric nervous 53 microstructural 53 trabecular 53 periaqueductal gray 53 secretory pathway 53 innervated 53 dystrophic 53 spatio 53 PON1 gene 53 intramolecular 53 hypericin 53 morphometry 53 Hox gene 53 tau proteins 53 sinoatrial node 53 contractile function 53 COL#A# 53 orthologous 53 dedifferentiation 53 terminally differentiated 53 Alternative splicing 53 antibody mediated 53 γ secretase 53 expressible 53 neurochemical 53 microelectrode 53 antibody antigen 53 spheroidal 53 premotor cortex 53 β cell 53 clinicopathologic 53 RNA polymerases 53 dorsal anterior cingulate cortex 53 bifurcations 53 deuterostomes 53 primary somatosensory cortex 53 MAP kinase 53 pupillary 53 TGF ß1 53 serotonin neurons 53 behavioral abnormalities 53 sequence homology 53 granule cells 53 brain neurotransmitter 53 ACh 53 basal forebrain 53 sensory receptors 53 amyloid peptides 53 pancreatic endocrine 53 Abeta# 53 Neuronal 53 CEACAM1 53 vesicle trafficking 53 BMAL1 53 Figure 1A 53 white matter hyperintensities 53 melanocyte 53 epigenetic modification 53 BDNF gene 53 nonvascular 53 neurally 53 biophysical properties 53 serotonergic neurons 53 electrophysiological recordings 53 mitogenic 53 extracellular dopamine 53 postsynaptic neuron 53 cardiac fibroblasts 53 hyperintensity 53 transduction 53 cadherins 53 abnormal neuronal 53 microvessels 53 accumbens 53 JAK STAT 53 posteromedial cortex 53 Fc receptor 53 cilium 53 genetic loci 53 lipid rafts 53 akinesia 53 immunoreactive 53 monoamine 53 glucocorticoid receptors 53 mitochondrial proteins 53 condensin 53 transplanted embryonic 53 HIF 1a 53 dissociation 53 proinflammatory mediators 53 myosins 53 dopaminergic neurons 53 clefting 53 subcellular 53 CaM kinase II 53 dyssynchrony 53 excitotoxicity 53 sphingolipid 53 MMP# 53 Notch signaling pathway 53 synaptic vesicles 53 hyperechoic 53 actin binding 53 kinase domain 53 splanchnic 53 Rb#/p# 53 trigeminal 53 posterior parietal cortex 53 motor neuron degeneration 53 cerebral ischemia 53 VE cadherin 53 SOCS3 53 PIP2 53 punctate 53 almond shaped structure 53 glutamate receptor 53 amoeboid 53 pathophysiological 53 aberrant activation 53 Dissociation 53 caspase activation 53 non coding RNA 53 amyloid deposits 53 tumoral 53 TGFb 53 spatially separated 53 Fig. 3b 53 epigenetic modifications 53 histone H4 53 gastric carcinomas 53 Norepinephrine 53 amyloid peptide 53 infarcts 53 S#A# [002] 53 intestinal epithelium 53 mirror neuron system 53 EMBL scientists 53 axonal damage 53 intracerebral 53 neural substrates 53 Sgk1 53 c Myb 53 psychophysiological 53 aortic calcification 53 cybrid 53 neuro endocrine 53 Peripheral nerves 53 neurochemistry 53 theta rhythm 53 anterior pituitary 53 CA3 53 kinesin motor 53 neuropathologic 53 downregulate 53 insular cortex 53 DNA recombination 53 myometrium 53 extracellular calcium 53 de novo mutations 53 ventricular septum 53 invariance 53 neural tissue 53 chemoreceptors 53 serotonin signaling 53 α synuclein 53 hypercapnia 53 detrusor 53 parietal 53 excitotoxic 53 metacognitive 53 vertebrate embryos 53 cellularity 53 multigenic 53 coexistent 53 maturational 53 leptin signaling 53 posttranslational modification 53 synaptic inputs 53 neurological abnormalities 53 neurohormonal 53 limbic brain 53 neuroendocrine 53 kynurenic acid 53 Androgen receptor 53 Nedd4 53 p#NTR 53 TGF beta signaling 53 mucinous 53 DNMT1 53 transcriptional activity 53 Jhdm2a 53 mechanistic studies 53 human mammary epithelial 53 inhomogeneities 53 frontal temporal 53 TRIM5 53 trophoblasts 53 LRP5 53 serine protease 53 pulse amplitude 53 Fig. 1b 53 bicyclic 53 TGFß 53 spatial cognition 53 brain frontal lobes 53 AV node 53 parenchyma 53 retinal neurons 53 NF kB signaling 53 term potentiation 53 mammary epithelial cells 53 apical 53 superstrings 53 DNA methylation patterns 53 immunoreactivity 52 tumorigenicity 52 cotransporter 52 alpha helices 52 dysfunctional mirror neuron 52 semicircular canals 52 endocasts 52 PKC inhibitors 52 ABCB1 gene 52 mutant huntingtin protein 52 renal fibrosis 52 pulmonary vasculature 52 GABAergic neurons 52 IL 1ß 52 superior temporal cortex 52 lymphatic vessel 52 neoplastic transformation 52 confluent 52 3'UTR 52 vascular endothelial cells 52 alternans 52 Confocal microscopy 52 schizotypal 52 brain limbic 52 proteolytic cleavage 52 superior temporal sulcus 52 GLUT4 52 euthymic patients 52 cortical thinning 52 prodynorphin 52 genes encode proteins 52 brown adipose tissue 52 ostia 52 cavity QED 52 apoE 52 connectome 52 androgen signaling 52 EEG signals 52 phospholipid membranes 52 neural fibers 52 synaptotagmin 52 Fig. 1A 52 magnocellular 52 brain cortex 52 inferior colliculus 52 polyploid 52 Fig. 1e 52 lymphoid tissues 52 perseverative 52 hamartomas 52 GAPDH 52 COX2 52 cytoskeletal 52 mononuclear 52 embryonic tissues 52 parasympathetic 52 amyloid cascade 52 leiomyoma 52 mechanistically 52 insulin signaling pathways 52 chronicity 52 kainate 52 temporo parietal junction 52 intronic 52 alveolar epithelial cells 52 glutamate transporters 52 Th2 immune 52 syntaxin 52 neural pathway 52 glycosyltransferase 52 endocrine glands 52 color Doppler sonography 52 proteoglycan 52 atherosclerotic lesions 52 proline rich 52 etiologic 52 echogenic 52 figs. 52 Fig. 2B 52 epileptogenic 52 endogenous cannabinoids 52 malignant prostate 52 diffusible 52 eukaryotic cell 52 oscillatory behavior 52 #HT#A 52 stochastically 52 cone photoreceptors 52 ventrolateral 52 dysmorphic 52 quasispecies 52 mesenchyme 52 TIMP 1 52 gene inactivation 52 protein acetylation 52 psycho physiological 52 mitogen activated protein kinases 52 neural inhibition 52 adherens junctions 52 lateral hypothalamus 52 PECAM 1 52 phonological processing 52 fission yeast 52 Morphological 52 guanosine 52 synovial tissue 52 redox active 52 redox sensitive 52 ERalpha 52 auricle 52 ß amyloid 52 brain lesions 52 trimeric 52 nonoverlapping 52 multinucleated 52 coronary endothelial 52 epistasis 52 gene polymorphisms 52 triple helix 52 NKG2D 52 prosodic 52 cerebral hemisphere 52 site directed mutagenesis 52 extraocular 52 calpain 52 γ 52 astrocyte 52 superior mesenteric artery 52 N glycans 52 voltage gated 52 senile plaques 52 spindle fibers 52 sarcomere 52 nucleolar 52 P2X 52 PrPSc 52 cytosolic 52 NFATc1 52 Oncogenic 52 artifactual 52 mammalian tissues 52 telomere dysfunction 52 optic chiasm 52 ischemia induced 52 umbilical vein 52 FOXO 52 JNK1 52 HUVEC 52 cingulate cortex 52 chromatin remodeling 52 rACC 52 calcium homeostasis 52 eccrine 52 NFAT 52 induced neuronal 52 polyglutamine diseases 52 morphometric 52 observable traits 52 arcuate fasciculus 52 ultrastructure 52 processive 52 bacterial flagella 52 cerebral asymmetry 52 morphological similarities 52 HepG2 cells 52 amyloid beta peptides 52 photoconversion 52 Integrins 52 Amino acid 52 Myelination 52 brainstem 52 Src kinase 52 DISC1 52 paraneoplastic 52 prefrontal 52 SLC#A# [002] 52 locus coeruleus 52 overactivity 52 DLPFC 52 amygdala reactivity 52 glutamate neurotransmission 52 occipital regions 52 lateral prefrontal cortex 52 saccadic 52 disulfide bond 52 HOTAIR 52 Figure 1C 52 somatic mutation 52 electrical conduction 52 PI3K signaling 52 sensory neuron 52 emotional dysregulation 52 Upregulation 52 KATP channel 52 macroscopically 52 epiphenomenon 52 thymic 52 paxillin 52 LIS1 52 c Fos 52 orthologous genes 52 hitherto unrecognized 52 cell adhesion molecules 52 posterior pituitary 52 neuronal stem cells 52 epithelial mesenchymal transition 52 Rac1 52 eukaryotic cells 52 neuro transmitters 52 mRNA expression 52 acetylcholine neurotransmitter 52 orthologs 52 Weberian 52 glomerulus 52 excitatory neurons 52 inflammatory cytokine 52 skin conductance responses 52 focal adhesion 52 rat hippocampus 52 neutrino mass 52 glycolytic 52 MMP9 52 PKC isoforms 52 cholesterol homeostasis 52 intracytoplasmic 52 dendritic 52 budding yeast 52 superposed 52 HSF1 52 dysregulation