Related by context. All words. (Click for frequent words.) 65 neurite outgrowth 65 GABAergic interneurons 65 cortical neurons 65 synaptic vesicles 65 astrocytic 64 GABAergic 64 beta adrenergic receptors 64 pyramidal neurons 64 hippocampal neurons 64 AMPA receptors 64 glutamate signaling 64 neurones 63 synaptic transmission 63 sensory neurons 63 cellular prion protein 63 interneurons 63 exocytosis 63 neuronal 63 nociceptive 63 glutamate receptors 63 retinal neurons 63 striatal 63 cingulate 63 HPA axis 63 hypocretin neurons 62 habenula 62 cypin 62 midbrain 62 F actin 62 modulatory 62 vitamin D receptors 62 focal adhesions 62 excitatory neurons 62 synaptogenesis 62 nAChR 62 neuronal excitability 62 IRE1 62 neuronal plasticity 62 neurons 62 serotonergic 61 myofibroblasts 61 SOCS3 61 serotonin neurons 61 glutamatergic 61 hippocampal 61 mitochondrial respiration 61 dentate gyrus 61 inhibitory 61 prefrontal cortical 61 gamma oscillations 61 efferent 61 NR2B subunit 61 afferent 61 Purkinje cells 61 MAP kinase 61 neuronal pathways 61 FSH receptor 61 neuronal activity 61 dopaminergic neurons 61 MAPK pathway 61 excitatory 61 cyclic AMP 61 vascular endothelial cells 61 anterior cingulate 61 neuronal signaling 61 dopamine signaling 61 p# activation 61 Htt 61 cortical activation 60 ACh 60 ERK2 60 GABAergic neurons 60 acetylcholine receptors 60 synaptic 60 TGF b 60 POMC neurons 60 pyramidal cells 60 hypothalamic 60 connexin# 60 MCH neurons 60 cytosol 60 MEF2 60 corticospinal 60 Lyn kinase 60 miR# 60 inflammatory cytokine 60 Shh signaling 60 synapse formation 60 monoamine 60 excitatory synapses 60 mesolimbic 60 basolateral 60 presynaptic 60 PrPC 60 GABAA receptors 60 MT1 MMP 60 mutant proteins 60 insular cortex 60 IFN γ 60 neuronal dysfunction 60 serotonin receptors 60 intracellular signaling 60 dopamine neurons 60 excitatory neurotransmitter glutamate 59 dorsal horn 59 glial 59 astrocyte 59 postsynaptic 59 TRPV1 receptors 59 paxillin 59 neuronal synapses 59 neuronal circuits 59 glycosylated 59 microglial cells 59 brain cortex 59 D2 receptor 59 ERK1 59 proteolysis 59 nAChRs 59 medial frontal cortex 59 fronto 59 CEACAM1 59 inferior frontal 59 amygdale 59 morphogen 59 intracellular signal transduction 59 ERK1 2 59 amygdala neurons 59 mRNA molecules 59 Treg cells 59 NMDA receptors 59 tyrosine phosphorylation 59 basal ganglia 59 circadian clock genes 59 neurotransmitter receptors 59 ganglion cells 59 ciliary 59 nociceptors 59 cortical regions 59 costimulatory 59 XBP1 59 noradrenergic 59 neural 59 polyamine 59 mu opioid receptors 59 dendritic spines 59 downregulate 59 inhibitory neurotransmitters 59 myosins 59 brain visual cortex 59 stomatal 59 auditory neurons 59 pRb 59 basal forebrain 59 TrkB 59 glutamate transporters 59 neural pathway 59 cortical 59 neuromuscular junction 59 calcium homeostasis 59 synaptic proteins 59 somatostatin 58 Supplementary Fig 58 TGF ß 58 FGFs 58 TRPV4 58 neurone 58 depolarization 58 adhesion molecule 58 neural cells 58 ChR2 58 S#K# 58 coexpression 58 nerve cells 58 cortical circuits 58 GABAB receptors 58 HOTAIR 58 MEF2D 58 cholinergic 58 BMP signaling 58 microRNA molecules 58 microglial activation 58 parietal cortices 58 inhibitory synapses 58 EphA2 58 retinal ganglion cells 58 neurotransmitter glutamate 58 paracrine 58 CA3 58 chromatin remodeling 58 dorsolateral prefrontal 58 axonal 58 P cadherin 58 serotonin receptor 58 CaMKII 58 proinflammatory 58 TGF β 58 medial prefrontal 58 messenger molecule 58 transgene expression 58 sortilin 58 sensory nerves 58 amyloid β 58 cerebellar 58 hippocampal formation 58 LXRs 58 calcium ion 58 NF kappaB pathway 58 protein tyrosine phosphatases 58 netrin 1 58 IL #p# 58 DNMT1 58 peroxisome 58 synaptic plasticity 58 synaptic inputs 58 ERK pathway 58 subgenual cingulate 58 globus pallidus 58 PPARg 58 nicotinic receptors 58 acetylcholine receptor 58 S#A# [002] 58 SIRT2 58 viral proteins 58 motoneurons 58 TGF beta pathway 58 histone acetylation 58 microglial 58 posterior cingulate 58 apical membrane 58 palytoxin 58 inhibitory neurons 58 transporter proteins 58 Purkinje cell 58 GluR1 58 myocytes 58 constitutively 58 adult neurogenesis 58 binding affinities 58 virulence genes 57 serotonin synthesis 57 effector cells 57 mitochondrial enzyme 57 OGG1 57 neural circuits 57 sphingolipid 57 autocrine 57 PI3K Akt 57 overactivation 57 p#Kip# 57 BDNF protein 57 ncRNAs 57 PKC alpha 57 circuitries 57 GABA receptor 57 neurotransmitter norepinephrine 57 TXNIP 57 posttranslational modification 57 AMPA receptor 57 transferrin receptor 57 signaling cascades 57 neocortical 57 receptor subtypes 57 calcineurin 57 cardiac fibroblasts 57 diffusible 57 mTORC1 57 neurotransmitter GABA 57 chemotactic 57 neurosteroid 57 aminobutyric acid 57 cell adhesion molecules 57 transmembrane 57 occipital cortex 57 thymocyte 57 NKT cell 57 cytosolic 57 gliosis 57 TRPV3 57 subthalamic nucleus 57 olfactory receptor neurons 57 ion channels 57 neural substrates 57 granzyme B 57 excitatory signals 57 osteoblast 57 opioid peptides 57 TGFb 57 hypothalamic pituitary adrenal axis 57 cortex 57 Foxp3 57 neuron 57 BDNF gene 57 neural circuitry 57 granule cells 57 transmembrane protein 57 Aâ 57 selective agonists 57 transcriptional activation 57 H#K#me# 57 hindbrain 57 visual cortex 57 inhibitory transmitter 57 CD#c 57 tumor suppressor p# 57 Notch1 57 rRNA 57 heterochromatic 57 secretase 57 messenger RNAs mRNAs 57 myelinated axons 57 neurotransmitter serotonin 57 Rab5 57 evolutionarily conserved 57 actin binding 57 transcriptional coactivator 57 ERK signaling 57 GLUT4 57 vesicle trafficking 57 globin gene 57 hyperactivated 57 neural crest cells 57 temporoparietal junction 57 IGFBP2 57 phagocytosis 57 HDAC6 57 neuronal stem cells 57 HSF1 57 medial prefrontal cortex 57 hydroxylation 57 mitral cells 57 mPFC 57 RNA polymerases 57 PDE#A 57 cAMP signaling 57 SUMOylation 57 transcriptional machinery 57 PDZ domain 57 eNOS 57 UCP2 57 Sirt1 57 cytoskeletal 57 parahippocampal gyrus 57 hyperexcitability 57 electroencephalographic 57 KATP channels 57 venules 57 LKB1 57 glutamatergic neurons 57 trigeminal 57 protein kinase C 57 ATPase activity 57 receptor activation 57 thyrotropin 57 SIRT1 gene 57 melanocyte 57 lung epithelium 57 IL 1β 57 AgRP 57 medial temporal 57 neuronal migration 57 dopaminergic 57 sensory neuron 57 γ secretase 57 cellular pathways 57 mRNA expression 57 thalamus 57 oscillatory 57 proton pump 57 catecholamine 57 leptin signaling 57 melanopsin 57 Hcrt 57 somatosensory cortex 57 huntingtin 57 chromatin structure 57 Cdc# 57 serotonergic neurons 57 mitogen activated protein kinase 57 mutant SOD1 57 NMDA receptor 57 alpha subunit 57 GABA receptors 56 auditory nerve fibers 56 ribonucleic acid molecules 56 MyoD 56 endoplasmic reticulum ER 56 PIP3 56 caudate 56 RKIP 56 Pax6 56 secretory pathway 56 NR2B 56 ER alpha 56 ipRGCs 56 neurite 56 mitogenic 56 Androgen receptor 56 actin cytoskeleton 56 cyclic AMP cAMP 56 CaM 56 toxic beta amyloid 56 secretory cells 56 kinase gene 56 DARPP 56 SIRT3 56 glutamate receptor 56 calpain 56 synapse 56 NAc 56 vacuolar 56 cathepsins 56 brain limbic 56 mirror neuron system 56 hypothalamus gland 56 neurofilament 56 CYP#E# 56 upregulation 56 Wnt pathway 56 mitochondrial fusion 56 neuro transmitters 56 amygdalae 56 PC# cells 56 neurites 56 Jhdm2a 56 podocytes 56 extracellular calcium 56 NFKBIA 56 thalamic 56 estrogen receptor alpha 56 oscillatory behavior 56 semaphorin 56 cortexes 56 hippocampal cells 56 β catenin 56 MDSCs 56 dendrite 56 sensorimotor 56 GnRH neurons 56 transfected cells 56 mutant huntingtin protein 56 innervate 56 pDCs 56 sensory axons 56 fig. S4 56 fig. S1 56 axon outgrowth 56 extracellular 56 Prox1 56 hyperactivation 56 dopamine receptors 56 neuro transmitter 56 rostral 56 MAPK signaling 56 beta endorphin 56 intestinal epithelium 56 forebrain 56 cyclins 56 caveolin 1 56 intracellular 56 neurotransmitter 56 autoregulation 56 Sonic hedgehog 56 hormone secretion 56 orbitofrontal cortex OFC 56 palmitoylation 56 Fc receptor 56 neural impulses 56 cardiac autonomic 56 attentional blink 56 catenin 56 hemichannels 56 intraparietal sulcus 56 acetylcholine neurotransmitter 56 dorsolateral 56 opioid receptors 56 angular gyrus 56 neuronal cells 56 agonist induced 56 guanosine 56 inhibitory receptors 56 dorsal root ganglia 56 receptor subunit 56 RhoA 56 protein conformation 56 glucocorticoid receptors 56 extracellular matrix proteins 56 synaptic cleft 56 N cadherin 56 noncoding RNA 56 neurotransmitter receptor 56 cardiac myocytes 56 adipocytes fat 56 neurotransmitter dopamine 56 frontal temporal 56 transduction 56 cortices 56 Treg cell 56 MAPK 56 lateral hypothalamus 56 Peripheral nerves 56 gastric motility 56 neuronal differentiation 56 Sgk1 56 orbital frontal cortex 56 synapse maturation 56 synuclein 56 CaM kinase II 56 mutated protein 56 JAK2 enzyme 56 monoamines 56 neural plasticity 56 GABAA receptor 56 EZH2 56 NFκB 56 miRNA expression 56 microsaccades 56 PPARgamma 56 lipid rafts 56 DNA methylation patterns 56 FKBP# 56 mitochondrial proteins 56 HIF 1a 56 p#NTR 56 neurotransmission 56 VEGFR1 56 prefrontal brain 56 limbic 56 stromal cells 56 medial temporal lobe MTL 56 MMP9 56 CB1 receptors 56 dendritic spine 56 PKMzeta 56 muscarinic receptors 56 IL 1ß 56 Foxp2 56 JAK STAT 56 neuroendocrine 56 μ opioid receptor 56 depolarizing 56 MyD# 56 olfactory receptor cells 56 myoepithelial cells 56 constitutively active 56 C1q 56 bistability 56 neuromelanin 56 subcellular compartments 55 vascular endothelial 55 effector molecules 55 Syt IV 55 sinoatrial node 55 S6K 55 accumbens 55 oncogenic transformation 55 myogenic 55 p# pathway 55 CD1d 55 Fig. 1D 55 Rho GTPases 55 renal fibrosis 55 trimeric 55 rostral anterior cingulate cortex 55 ventromedial prefrontal cortex 55 transduced 55 theta waves 55 CD#b 55 TAp# 55 prefrontal regions 55 secretory 55 STIM1 55 phagocyte 55 noncoding RNAs 55 microRNA molecule 55 Nod1 55 Cathepsin B 55 neuropeptide Y 55 TGF ß1 55 synapses 55 PGC 1α 55 subcortical 55 ENaC 55 striatal neurons 55 ouabain 55 FGF2 55 structural rearrangements 55 lysosomal 55 anterior pituitary 55 neurochemicals 55 proteolytic 55 P selectin 55 progranulin 55 Ca2 + 55 endogenous opioid 55 oxidative phosphorylation 55 osteoblastic 55 superior colliculus 55 posterior parietal cortex 55 Rap1 55 E1A 55 gamma aminobutyric acid GABA 55 saccadic 55 miR #b [002] 55 NF kappaB activation 55 mesothelin 55 Nampt 55 FOXO 55 oligodendrocyte 55 3'UTR 55 β cell 55 metabolize cholesterol 55 autophagic 55 MAP kinases 55 adrenocortical 55 neural tissue 55 endogenously 55 axon guidance 55 evolutionarily ancient 55 parietal cortex 55 LIS1 55 TRPM8 55 suprachiasmatic nucleus 55 enteric nervous 55 centrioles 55 Hedgehog signaling 55 cytokine secretion 55 TRP channels 55 neuritic plaques 55 miR #a [001] 55 mitochondrial membrane 55 cholecystokinin CCK 55 Wnt proteins 55 allopregnanolone 55 innate immune responses 55 antibody antigen 55 morphogens 55 interneuron 55 c Myb 55 mu opioid 55 PAK1 55 downregulated 55 paralogs 55 frontal parietal 55 NMDAR 55 Th2 55 GLI1 55 posterior cingulate cortex 55 primary cilia 55 Acetylcholine 55 parasympathetic 55 T lymphocyte 55 Notch signaling 55 membrane protein 55 lipid bilayers 55 histone deacetylases 55 synaptic function 55 effector functions 55 mRNAs 55 CA1 55 brain hypothalamus 55 excitatory neurotransmitter 55 p# MAP kinase 55 AV node 55 tropomyosin 55 baroreflex 55 AgRP neurons 55 neural progenitor cells 55 mTOR signaling pathway 55 sequence homology 55 intracellular calcium 55 pericytes 55 axonal regeneration 55 Fig. 2a 55 antiapoptotic 55 proinflammatory cytokine 55 occludin 55 nerve fibers 55 DLC1 55 syntaxin 55 IL 1beta 55 apoptosis pathway 55 colorectal carcinogenesis 55 auditory cortex 55 adipose cells 55 epidermal cells 55 dorsolateral prefrontal cortex 55 cilium 55 kinase domain 55 isoforms 55 myelination 55 extracellular signals 55 RGCs 55 periaqueductal gray 55 FOXO3a 55 PAX5 55 RAS RAF MEK 55 bioelectrical 55 translationally 55 proinflammatory cytokines 55 neuropeptides 55 Fig. 1A 55 BMP4 55 miRNA genes 55 D2 receptors 55 Kv#.# 55 malonyl CoA 55 hypothalamic pituitary axis 55 neurotransmitters serotonin 55 leptin receptors 55 cyclin B1 55 TGF beta1 55 Abeta protein 55 endogenous cannabinoids 55 Myosin II 55 nerve axons 55 nonoverlapping 55 histone modifications 55 proteoglycan 55 Dpp 55 cAMP 55 neuronal connections 55 6S RNA 55 drug metabolizing enzymes 55 Purkinje neurons 55 c MYC 55 inferior parietal lobule 55 intercellular communication 55 nicotinic 55 retinal photoreceptors 55 primary visual cortex 55 hematopoietic cells 55 eIF2 55 γδ T cells 55 Golgi apparatus 55 activated macrophages 55 axon 55 eukaryotic cells 55 brain circuitry 55 conformational changes 55 intestinal epithelial cells 55 thioredoxin 55 mRNA encoding 55 membrane lipids 55 GAPDH 55 neuroimaging studies 55 ATPase 55 epigenetically 55 glial tumors 55 TNFa 55 GABA neurotransmitter 55 nucleolar 55 Kupffer cells 55 Th2 immune 55 GRP# 55 stathmin 55 transferrin receptors 55 electrophysiological 55 polyadenylation 55 locus coeruleus 54 striatum 54 RNA transcripts 54 endoplasmic reticulum 54 insoluble proteins 54 amyloid beta peptides 54 DISC1 54 mammalian brains 54 fig. S# 54 DRG neurons 54 c myc 54 cell motility 54 PHD2 54 prefrontal lobe 54 somatosensory 54 cellular signaling pathways 54 oligomerization 54 channelrhodopsin 54 neurally 54 telomeric 54 nicotinic receptor 54 adenylate cyclase 54 NKT cells 54 circadian pacemaker 54 NF KB 54 MECP2 gene 54 Fig. 1C 54 c Src 54 Glial cells 54 c Fos 54 genotoxic stress 54 Rac1 54 CCL# 54 deacetylation 54 FUS1 54 motile 54 Ubx 54 caveolae 54 adenosine receptor 54 noradrenalin 54 neurosteroids 54 synaptic vesicle 54 CagA 54 CatB 54 MCF7 cells 54 calmodulin 54 uPAR 54 NF kB pathway 54 uncharacterized genes 54 glycolipids 54 miR #a [002] 54 Fig. 3B 54 external stimuli 54 filopodia 54 ALDH 54 foregut 54 degenerating neurons 54 histone modification 54 electrophysiological recordings 54 neuropeptide 54 PKD1 54 cerebral cortical 54 dephosphorylation 54 β cells 54 cathepsin B 54 temporal cortex 54 vmPFC 54 substrate specificity 54 NKG2D 54 ubiquitylation 54 temporoparietal 54 actin remodeling 54 vagal 54 primary somatosensory cortex 54 Neuropeptide Y 54 Th1 cells 54 sRNA 54 HCV replication 54 JAK STAT signaling 54 subcellular 54 Hh pathway 54 connexin 54 HBx 54 WT1 54 alternatively spliced 54 punctate 54 sodium ions 54 trophoblast cells 54 endosomes 54 Smad3 54 Fig. 3A 54 Abeta# 54 IKKß 54 dopaminergic neuron 54 prostaglandin synthesis 54 inferior colliculus 54 Fig. 3b 54 fibrocytes 54 heterochromatin 54 circadian genes 54 plasma membrane 54 isoenzymes 54 amyloidogenic 54 hypothalamic pituitary 54 thermoregulatory 54 interconversion 54 CB1 receptor 54 oligodendroglial progenitor cells 54 AT1R 54 microtubule dynamics 54 phosphatases 54 tubulin 54 neurochemical 54 EF Tu 54 axons 54 demyelinated 54 premotor 54 anterior temporal lobe 54 middle temporal gyrus 54 hypocretin 54 podocyte 54 alpha7 54 sGC 54 alpha secretase 54 CXCL# 54 p# mutations 54 caspase activation 54 KLF4 54 hypothalamus pituitary 54 cortical plasticity 54 p# MAPK 54 neurogenesis 54 neurotrophic 54 Th2 cytokines 54 huntingtin protein 54 neuroepithelial cells 54 Broca area 54 adherens junctions 54 gyrus 54 endothelial nitric oxide synthase 54 PKC inhibitors 54 opioid receptor 54 nucleolus 54 maturational 54 constitutively expressed 54 #ß 54 lymphoid cells 54 proinflammatory mediators 54 mu receptors 54 cerebral hemispheres 54 PrP 54 utrophin 54 cannabinoid receptors 54 oncoproteins 54 FGF signaling 54 Wnt1 54 nitric oxide synthase NOS 54 VSMCs 54 VEGF receptor 54 NFkappaB 54 EGFR protein 54 glucocorticoid receptor 54 ERK activation 54 PI3K AKT 54 metabolic enzymes 54 TGFβ 54 myo inositol 54 noradrenaline 54 excess glutamate 54 ventromedial 54 human ESCs 54 glia 54 proteolytic cleavage 54 contractility 54 cell adhesion molecule 54 EphB2 54 fruitflies 54 dopamine neuron 54 RAR beta 54 Skp2 54 adrenergic receptors 54 CD4 + CD# 54 KLF2 54 Upregulation 54 normal prion proteins 54 SNARE complex 54 upregulates 54 acinar 54 cytochrome c 54 dopamine neurotransmitter 54 locomotor activity 54 ncRNA 54 neurotransmitters 54 alpha MSH 54 HMG CoA reductase 54 mammalian brain 54 focally 54 cdk5 54 endocytic 54 pleiotropic effects 54 neural tissues 54 insulin receptors 54 inhibitory neurotransmitter 54 Electrical impulses 54 neurohormone 54 chromatin remodeling complex 54 striated muscle 54 meiotic recombination 54 perirhinal cortex 54 FGFR4 54 transgenic mice expressing 54 potassium ion 54 mammalian circadian clock 54 myocyte 54 neuregulin 54 glutamate 54 SMAD4 54 PTPN# 54 HtrA2 54 trans splicing 54 pleiotropy 54 PGC1 54 cadherin 54 Oct4 54 pro angiogenic 54 mirror neuron 54 serotonin dopamine 54 kainate 54 hydrolases 54 amyloid plaque formation 54 precuneus 54 TGFß 54 adaptive immunity 54 neural mechanisms 54 mammary cells 54 dimerization 54 N acetylaspartate 54 adenosine receptors 54 olfactory cortex 54 alveolar epithelium