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(Click for frequent words.) 77 cortex 74 hippocampal 72 neuronal 71 somatosensory cortex 71 parietal 71 subcortical 70 prefrontal 70 basal ganglia 69 cerebellar 69 neural 69 cingulate 69 anterior cingulate 69 gyrus 68 sensorimotor 68 cerebral cortex 68 inferior frontal 68 hippocampus 68 rostral 68 ventral 68 cortices 67 thalamic 67 gyri 67 visual cortex 67 medial temporal 67 thalamus 67 striatal 66 midbrain 66 cortical regions 66 medial prefrontal 66 posterior cingulate 66 hypothalamic 66 dorsolateral 66 ventromedial prefrontal cortex 66 anterior cingulate gyrus 66 neurons 66 synaptic 66 superior temporal gyrus 66 dorsolateral prefrontal cortex 66 somatosensory 65 temporal lobe 65 caudate 65 precuneus 65 ventromedial 65 premotor 65 primary visual cortex 65 corpus callosum 65 parietal lobes 65 fronto 65 amygdala 65 frontal parietal 65 limbic 64 hippocampal neurons 64 cerebellum 64 premotor cortex 64 cortical neurons 64 parahippocampal gyrus 64 mPFC 64 pyramidal neurons 64 periventricular 64 orbitofrontal 64 cortico 64 frontal cortex 64 inferior parietal lobule 64 fusiform gyrus 64 frontotemporal 64 temporoparietal 64 inferior parietal 64 parietal cortex 63 hindbrain 63 dentate gyrus 63 brainstem 63 frontal lobe 63 prefrontal cortex 63 medial prefrontal cortex 63 Purkinje cells 63 neuron 63 posterior cingulate cortex 62 oculomotor 62 entorhinal cortex 62 medial frontal cortex 62 myelination 62 occipital 62 lateral ventricle 62 afferent 62 medial temporal lobe 62 dendritic spines 62 axonal 62 angular gyrus 62 anterior temporal lobe 62 rCBF 62 occipital lobe 62 fusiform 62 stromal 62 posterior parietal cortex 62 glomerular 62 globus pallidus 62 auditory cortex 61 interneurons 61 presynaptic 61 medial orbitofrontal cortex 61 corticospinal 61 occipital cortex 61 astrocytic 61 anterior temporal 61 middle frontal gyrus 61 inferior frontal gyrus 61 neuronal activity 61 orbital frontal cortex 61 rostral anterior cingulate cortex 61 hippocampal formation 61 vmPFC 61 mRNA expression 61 dorsolateral prefrontal 61 postsynaptic 61 cerebral cortical 61 temporoparietal junction 61 motoneurons 61 subgenual cingulate 61 parahippocampal 61 prefrontal cortical 61 granule cells 60 myofibroblasts 60 efferent 60 dorsal 60 myocyte 60 apical 60 cytoskeletal 60 inhibitory 60 microglial 60 myocardium 60 frontal temporal 60 neuroanatomical 60 insular cortex 60 parietal lobe 60 temporal cortex 60 primary somatosensory cortex 60 paraventricular nucleus 60 parenchymal 60 ipsilateral 60 pineal 60 parietal cortices 60 left ventricular LV 60 electrophysiological 60 innervation 60 BMP signaling 60 orbitofrontal cortex 60 splenic 60 occipital lobes 60 dorsomedial 60 putamen 60 cingulate cortex 60 voxel 60 intraparietal sulcus 60 anterior cortex 60 sensorimotor cortex 59 prefrontal brain 59 forebrain 59 striatum 59 temporal lobes 59 medullary 59 GABAergic interneurons 59 neuromuscular junction 59 demyelination 59 superior temporal sulcus 59 septal 59 neocortical 59 prefrontal regions 59 Broca area 59 excitatory 59 Prefrontal 59 medial frontal 59 hyperintensity 59 Fig. 1C 59 echogenicity 59 perirhinal cortex 59 cAMP signaling 59 perivascular 59 hypothalamic pituitary adrenal axis 59 parietal regions 59 locus coeruleus 59 afferents 59 fractional anisotropy 59 gamma oscillations 59 nerve cells 59 autophagic 59 myocytes 59 posterior parietal 59 neural circuits 59 microvascular 59 Purkinje cell 59 SVZ 59 neocortex 59 histologically 59 inhibitory interneurons 59 Brodmann Area 59 cingulate gyrus 59 cortical thickness 59 myometrium 59 contralateral 59 medulla 59 hypocretin neurons 59 serotonergic 59 F actin 58 ventral prefrontal cortex 58 dendritic 58 Aβ 58 neurones 58 noradrenergic 58 laterality 58 subthalamic nucleus 58 endothelial 58 inferior temporal gyrus 58 microstructural 58 dopaminergic 58 brain 58 cortical thinning 58 neuronal plasticity 58 frontal lobes 58 phenotype 58 glutamatergic neurons 58 endothelial cell 58 BDNF 58 anterior cingulate cortex 58 orbitofrontal cortex OFC 58 autoregulation 58 cardiac myocytes 58 cadherin 58 vagal 58 trabecular 58 neuroimaging studies 58 epithelia 58 limbic system 58 lateral hypothalamus 58 ERK1 2 58 diffusion tensor imaging 58 glutamatergic 58 periaqueductal gray 58 contractile function 58 echogenic 58 olfactory bulb 58 rACC 58 amygdale 58 lateral orbitofrontal cortex 58 ACh 58 immunoreactivity 58 cortical activation 58 contractile 58 anterior 58 dorsal anterior cingulate cortex 58 prefrontal lobe 58 anterior insula 58 lateral prefrontal cortex 57 synapse 57 arcuate nucleus 57 inguinal 57 N acetylaspartate 57 synaptic function 57 NMDA receptors 57 amygdalae 57 cerebral hemispheres 57 brain cortex 57 calcium homeostasis 57 transcriptional regulation 57 prefrontal cortices 57 dorsal horn 57 myogenic 57 motor cortex 57 ciliary 57 insula 57 AMPA receptors 57 cholinergic 57 brain circuitry 57 ventrolateral 57 infarct 57 dendritic spine 57 synaptic plasticity 57 mesoderm 57 Wnt signaling 57 white matter hyperintensities 57 subcellular 57 hippocampal volume 57 vermis 57 atrioventricular 57 transmembrane 57 monocyte 57 sensory cortex 57 foveal 57 abnormal neuronal 57 dorsal root ganglia 57 NAc 57 epididymal 57 HPA axis 57 urothelial 57 neuropathological 57 amyloid deposits 57 sulcal 57 synaptogenesis 57 synapses 57 BDNF gene 57 astrocyte 57 lateralized 56 hippocampi 56 punctate 56 glutamate receptors 56 hypoperfusion 56 medial temporal lobes 56 plasticity 56 nociceptors 56 diffusion tensor 56 neurogenesis 56 modulatory 56 superior colliculus 56 neuronal migration 56 neuronal dysfunction 56 dopamine receptors 56 baroreflex 56 alveolar 56 raphe 56 middle temporal gyrus 56 dopamine neuron 56 luminal 56 caudate nucleus 56 myelinated axons 56 T2 weighted images 56 trabecular bone 56 amyloid β 56 NKT cell 56 nitric oxide synthase 56 anatomic structures 56 Fig. 1a 56 hypothalamus 56 lateral habenula 56 medial temporal lobe MTL 56 neurophysiological 56 nociceptive 56 lamellar 56 sulci 56 habenula 56 dorsal prefrontal cortex 56 metaphyseal 56 glial 56 CA1 56 nerve fibers 56 basolateral 56 Cortical 56 neuronal synapses 56 hypometabolism 56 articular 56 tau protein 56 remyelination 56 brain parenchyma 56 neural circuitry 56 myocardial tissue 56 retinal neurons 56 neuronal circuitry 56 neurosteroid 56 contractility 56 tunica vaginalis 56 osteoblastic 56 basal forebrain 56 tractography 56 demyelinated 56 reticular 56 P cadherin 56 proteoglycan 56 Ca2 + 56 ependymal cells 56 heterochromatic 56 hyperexcitability 56 mirror neuron system 56 intracellular signaling 56 fornix 56 osteochondroma 56 intracortical 56 DLPFC 56 striatal dopamine 56 S#A# [002] 56 fibrotic 56 amygdala reactivity 56 anterolateral 56 osteoblast 56 vascular endothelial 56 mesolimbic 56 sensory neurons 56 levator 56 secretory cells 56 hyperactivation 56 neuronal cell 56 serotonin receptors 55 neuronal signaling 55 circadian pacemaker 55 dopamine signaling 55 ganglion cell 55 subventricular zone 55 neuritic 55 Hippocampal 55 skeletal muscle 55 neuronal differentiation 55 pyramidal cells 55 monoamine 55 microvessel 55 synaptic transmission 55 inferior parietal cortex 55 dopaminergic neurons 55 myelinated 55 melanocyte 55 Fig. 1A 55 lymph node metastasis 55 axons 55 neurites 55 β 55 Androgen receptor 55 piriform cortex 55 Rab5 55 lamina 55 hypoechoic 55 exocytosis 55 infarcts 55 subthalamic nucleus STN 55 cerebellar vermis 55 morphogen 55 thermoregulatory 55 sensory nerves 55 mediastinum 55 tubule 55 temporal parietal 55 Aß 55 hyperechoic 55 osteoclast 55 morphologic 55 neurochemical 55 IGF2 55 serotonin neurons 55 liver parenchyma 55 myocardial 55 striated muscle 55 hyperintensities 55 axonal damage 55 beta adrenergic receptors 55 aggrecan 55 mammalian brain 55 occipital regions 55 caveolae 55 capillary density 55 centrosome 55 substantia nigra 55 epithelial 55 epithelial cell 55 leptin signaling 55 neovascularization 55 Aâ 55 neurone 55 auditory brainstem 55 brain frontal lobe 55 intraventricular 55 innervated 55 catecholamine 55 nNOS 55 hypothalamic pituitary 55 IKKß 55 retinal nerve 55 immunoreactive 55 electroencephalographic 55 cortexes 55 MR imaging 55 radial glia 55 amyloid deposition 55 neural pathways 55 frontoparietal 55 enteric nervous 55 infarcted 55 ATPase 55 synovial 55 lateralization 55 epidermal cells 55 CD#b 55 lipid rafts 55 planum temporale 55 medial prefrontal cortex mPFC 55 cerebellar cortex 55 inhibitory neurons 55 CaM kinase II 55 cortical bone 55 c Fos 55 DISC1 55 serotonergic neurons 54 POMC neurons 54 lesional 54 MAP kinase 54 MMP# 54 neuroendocrine 54 nucleus accumbens 54 ventricular dilatation 54 transmural 54 D2 receptor 54 umbilical vein 54 choroidal 54 Fc receptor 54 Abnormalities 54 depolarization 54 pontine 54 excitatory neurons 54 mesenteric 54 fusiform face 54 posterior fossa 54 supratentorial 54 retinal ganglion cells 54 synaptic proteins 54 NR2B subunit 54 IFN γ 54 airway remodeling 54 nigrostriatal 54 TrkB 54 detrusor 54 pathologic 54 dendrite 54 spermatogenesis 54 mononuclear 54 ganglion 54 brain hemispheres 54 dorsal root 54 neuronal circuits 54 extracellular 54 β amyloid 54 vasodilation 54 endoplasmic reticulum 54 junctional 54 receptor subtypes 54 vascularity 54 mdx mice 54 glucose metabolism 54 parenchyma 54 collagenous 54 CA3 54 caudal 54 glomerulus 54 DNA methylation patterns 54 iNOS 54 Alzheimer disease pathology 54 overactivity 54 ectodermal 54 ganglion cells 54 cellularity 54 focal adhesion 54 baroreceptor 54 β cell 54 neurite outgrowth 54 cypin 54 accumbens 54 catenin 54 autocrine 54 cAMP 54 Fig. 2B 54 neural plasticity 54 mandibular 54 microvessels 54 locomotor activity 54 focal adhesions 54 histone 54 neuronal cells 54 morphogenesis 54 villous 54 macular 54 Fig. 2C 54 hyperplastic 54 attentional 54 Supplementary Fig 54 ectopic 54 DRG neurons 54 Neuronal 54 IL 1ß 54 pharyngeal 54 organogenesis 54 palytoxin 54 hippocampal function 54 upregulation 54 ciliated 54 NMDA receptor 54 corneal endothelium 54 oscillatory 54 electrical conduction 54 agonist induced 54 pre frontal cortex 54 subcortical structures 54 mRNA 54 testis 54 caveolin 1 54 mitochondrial respiration 54 GluR1 54 Figure 1C 54 CEACAM1 54 phasic 54 nAChRs 54 osseous 54 miRNA expression 54 CD1d 54 left ventricular diastolic 54 gene polymorphisms 54 brain visual cortex 54 GPi 54 distension 54 neural cells 54 rat hippocampus 54 diaphyseal 54 cognition 54 diaphysis 54 hypertrophic 54 ventral striatum 54 cytoplasmic 54 fig. S1 54 histologic 54 serotonin signaling 54 prostatic 54 vimentin 54 distally 54 interconversion 54 ERK signaling 54 morphometry 54 chondrocyte 54 adrenocortical 53 renal fibrosis 53 neuroepithelial cells 53 neuromotor 53 Fig. 3a 53 neurotransmitter receptors 53 PIP2 53 secretory 53 cerebral arteries 53 amygdala neurons 53 osteoblast differentiation 53 tissue fibrosis 53 frontostriatal 53 Sox# 53 TERT 53 innervate 53 vasculature 53 estrogen receptor alpha 53 infarct size 53 microglial activation 53 IL 1beta 53 lymphatics 53 inducible 53 COOH terminal 53 neural tissue 53 radicular 53 dorsolateral prefrontal cortex DLPFC 53 acetylcholine receptor 53 astrocytes 53 supraclavicular 53 ipRGCs 53 inhibitory synapses 53 cortical plasticity 53 vasopressin receptors 53 Left ventricular 53 amyloid beta plaques 53 mirror neuron 53 mitral cells 53 GABAergic 53 atrial 53 epidermal 53 glucocorticoid 53 distal 53 TGF ß 53 ulnar 53 Fig. 3A 53 inhibitory transmitter 53 tyrosine phosphorylation 53 gut mucosa 53 hippocampal volumes 53 neural fibers 53 muscarinic receptors 53 somites 53 calpain 53 electrically stimulated 53 anterior prefrontal cortex 53 posterior temporal 53 mitochondrial 53 superior temporal cortex 53 noradrenaline 53 ß catenin 53 synaptic vesicles 53 MMP9 53 hepatic 53 Sgk1 53 voxels 53 neuropathologic 53 GLUT4 53 N cadherin 53 cardiac fibrosis 53 phagocytosis 53 basilar artery 53 anterior pituitary 53 connexin# 53 mesenchyme 53 nodular 53 calculi 53 AMPA receptor 53 periosteal 53 myometrial 53 atherosclerotic lesions 53 prefrontal cortex PFC 53 NR2B 53 sensory nerve fibers 53 proprioceptive 53 glutamate 53 ventral pallidum 53 intracoronary 53 hyperalgesia 53 SOCS3 53 sensory nerve 53 schwannomas 53 axon guidance 53 mastoid 53 maturational 53 CaM 53 articular surface 53 physiologic 53 neural correlates 53 transgenic mice expressing 53 fascin 53 explants 53 neuronal connections 53 vascular endothelial cells 53 MEF2 53 intracerebral 53 gliosis 53 somatic 53 synapse formation 53 hypointense 53 circadian genes 53 pulvinar 53 anteriorly 53 lesion 53 D2 receptors 53 ß amyloid 53 nAChR 53 cytosol 53 chromatin 53 extracellular signal 53 neurofibrillary tangles 53 FGF2 53 proteolysis 53 Prox1 53 #p# [001] 53 calcineurin 53 keratinocytes 53 serotonin transporter 53 tumorigenesis 53 MAPK pathway 53 visuospatial 53 potentiation 53 TRPV1 receptors 53 striata 53 motor neuron degeneration 53 paracrine 53 fronto temporal 53 intron 53 synaptic vesicle 53 SLC#A# [002] 53 neuritic plaques 53 nerve axons 53 SUMOylation 53 sulcus 53 actin cytoskeleton 53 #p#.# [002] 53 neuronal stem cells 53 superior frontal gyrus 53 hyperoxia 53 conduction velocity 53 cone photoreceptors 53 trigeminal 53 progranulin 53 chromosome #q#.# [001] 53 hypoplasia 53 BMAL1 53 mammillary 53 interstitium 53 TIMP 1 53 cognitive functions 53 ultrastructural 53 caspase activation 53 telomeric 53 neuronal degeneration 53 H#K#me# 53 Notch signaling 53 proto oncogene 53 alveolar epithelium 53 transcriptional repressor 53 olfactory cortex 53 perinuclear 53 lung epithelium 53 osteoid 53 conformational changes 53 photoreceptor 53 intercellular communication 53 Fig. 3b 53 agenesis 53 neural substrates 53 inflammatory cytokine 53 peroneal 53 quantitative computed tomography 53 downregulate 53 hepatocyte 53 ablated 53 stroma 53 hypertrophy 53 dopamine neurons 53 lateral ventricles 53 homeostatic 53 neurovascular bundle 53 fMRI scans 53 peritumoral 53 emotional arousal 53 oligomerization 52 spectrin 52 lymphoid cells 52 leukocyte infiltration 52 neural pathway 52 kinase domain 52 plasma membrane 52 declarative memory 52 T1 weighted 52 proximal tubule 52 platelet activation 52 epileptogenic 52 BMP4 52 humeral head 52 sensory neuron 52 neural tissues 52 stromal cells 52 adrenal cortex 52 GABAA receptors 52 vasopressin 52 adventitia 52 CHI#L# 52 mediastinal 52 MT1 MMP 52 proximally 52 epiphysis 52 submucosal 52 vascularization 52 suprachiasmatic nucleus 52 histologic findings 52 chromosome #q 52 subcortical regions 52 morphogenetic 52 locomotor 52 FGF signaling 52 collagen fibers 52 fibroblast 52 dorsomedial prefrontal cortex 52 sensory receptors 52 neurite 52 neurotransmitter 52 proximal 52 brain lesions 52 isoforms 52 hamartomas 52 fatty infiltration 52 p# MAPK 52 p#NTR 52 PTPN# 52 metaplasia 52 auditory 52 dystroglycan 52 ubiquitylation 52 prefrontal lobes 52 hyperintense lesions 52 filopodia 52 hyperplasia 52 alpha subunit 52 outflow tract 52 neuronal pathways 52 autonomic dysfunction 52 serotonin transporters 52 nucleus accumbens NAc 52 5 HT1A 52 ligand binding 52 serotonin receptor 52 lordosis 52 pathophysiological 52 FDG uptake 52 subscapularis 52 motor neuron 52 cohesin 52 clefting 52 term potentiation 52 VE cadherin 52 conjunctival 52 hematopoiesis 52 neurocircuitry 52 GABAergic neurons 52 fig. S4 52 H#K# [002] 52 eNOS 52 cadherins 52 CDH# 52 receptors 52 RNA polymerase II 52 3' UTR 52 neural crest cells 52 p# mutations 52 ductal 52 auditory neurons 52 ubiquitin ligase 52 L5 S1 52 synapse maturation 52 synaptic inputs 52 neuropeptide Y 52 phenotypes 52 ectoderm 52 dysgenesis 52 Fig. 1D 52 calcaneus 52 myogenesis 52 acinar 52 Fig. 2a 52 NMDAR 52 almond shaped structure 52 DARPP 52 secretion 52 axon 52 TNFR 52 adhesion molecules 52 dendrites 52 IL 1β 52 Fig. 1E 52 trabeculae 52 alexithymia 52 hyoid 52 evolutionarily ancient 52 denervation 52 repolarization 52 gadolinium enhanced 52 ciliary body 52 left ventricular systolic 52 β catenin 52 pupillary 52 cell adhesion molecule 52 vascular occlusion 52 inferior colliculus 52 myocardial ischemia 52 choroid 52 adrenal medulla 52 retinal pigment epithelium 52 intramolecular 52 pituitary hormone 52 ERK2 52 TRPV4 52 gene encoding 52 RGCs 52 necrotic core 52 glia cells 52 Fig. 2b 52 ouabain 52 chronicity 52 tubules 52 omental 52 HOTAIR 52 neoplastic 52 atherogenesis 52 histological 52 glucose transporter 52 proteolytic 52 neuroinflammatory 52 coexpression 52 hepatic stellate cells 52 immunostaining 52 brown adipose tissue 52 excitotoxic 52 sensory axons 52 neurohormonal 52 splanchnic 52 epiphyseal 52 TNFalpha 52 epithelium 52 colocalization 52 lumbosacral 52 embryogenesis 52 fatty acid oxidation 52 apparent diffusion coefficient 52 electrically stimulating 52 c Myb 52 dopamine transporter 52 ligand induced 52 thyroid carcinoma 52 neurotransmission 52 limbal 52 paraspinal 52 antigen binding 52 matrix metalloproteinase 52 intestinal epithelium 52 ontogeny 52 histone H4 52 opioid receptor 52 rhodopsin 52 cell adhesion 52 3'UTR 52 centrosomes