Related by context. All words. (Click for frequent words.) 59 dorsolateral 58 ventromedial 58 rostral anterior cingulate cortex 57 occipital lobes 57 medial prefrontal 57 frontal parietal 57 anterior cingulate 57 orbitofrontal cortex OFC 56 medulla 56 parahippocampal gyrus 56 fronto 56 inferior frontal 56 posterior cingulate 56 sensory cortex 55 cortico 55 subgenual cingulate 55 insular cortex 55 occipital cortex 55 intraparietal sulcus 55 ventral prefrontal cortex 55 orbitofrontal cortex 54 cerebral cortical 54 somatosensory cortex 54 pineal 54 prefrontal cortical 54 temporo parietal junction 54 entorhinal cortex 54 parietal cortices 54 SUMOylation 54 temporoparietal 53 primary somatosensory cortex 53 posterior parietal 53 brain hypothalamus 53 neuronal plasticity 53 vagus 53 posterior parietal cortex 53 noradrenergic 53 NAc 53 circadian pacemaker 53 striatal 53 gyri 53 limbic 53 rostral 53 prefrontal lobe 53 prefrontal lobes 53 dorsal anterior cingulate cortex 53 olfactory cortex 53 medial temporal 53 anterior temporal lobe 53 dopamine signaling 53 temporoparietal junction 53 microglial 53 anterior cortex 53 Purkinje cells 52 inferior parietal lobule 52 suprachiasmatic nucleus SCN 52 fusiform gyrus 52 hyperexcitability 52 dorsolateral prefrontal 52 habenula 52 ventromedial prefrontal cortex 52 locus coeruleus 52 occipital lobe 52 NR2B 52 orbitofrontal 52 neuronal synapses 52 acetylcholine receptor 52 midbrain 52 inferior frontal gyrus 52 cingulate 52 almond shaped structure 52 cortexes 52 suprachiasmatic nucleus 52 superior temporal gyrus 52 brain limbic 52 lateral orbitofrontal cortex 52 Rev erb 52 reticular formation 51 hypothalamic 51 Purkinje cell 51 prefrontal 51 cingulate cortex 51 inferior parietal 51 piriform cortex 51 hypothalamus gland 51 CYP#E# gene 51 hyperactivation 51 raphe 51 oculomotor 51 medial orbitofrontal cortex 51 angular gyrus 51 ventral 51 mesolimbic 51 parietal 51 Broca area 51 hypothalamic pituitary adrenal axis 51 auditory nerves 51 dorsal horn 51 endoplasmic reticulum ER 51 cingulate gyrus 51 posterior temporal 51 enkephalins 51 peri infarct 51 corticospinal 51 c Fos 51 prefrontal brain 51 putamen 51 dorsomedial prefrontal cortex 51 mPFC 51 glutamatergic 51 aberrant activation 51 precuneus 51 gyrus 51 ventral pallidum 51 epileptogenic 51 medial prefrontal cortex 51 dorsal root 51 beta adrenergic receptors 51 premotor 51 NF KappaB 51 temporal lobe 51 Hedgehog signaling 51 cholinergic 51 cortical neurons 51 neuronal activity 51 serotonergic 51 premotor cortex 51 middle frontal gyrus 50 primary visual cortex 50 orbital frontal cortex 50 lateral ventricle 50 NMDAR 50 BMP signaling 50 brain frontal lobe 50 degenerating neurons 50 vasomotor 50 sinus node 50 presynaptic 50 neurone 50 superior temporal sulcus 50 arcuate nucleus 50 paraventricular nucleus 50 GABAergic 50 basal forebrain 50 sensorimotor cortex 50 TRPV1 receptor 50 neuromuscular junction 50 vagal 50 parietal cortex 50 serotonin transporters 50 anterior insula 50 CaM kinase II 50 glutamate signaling 50 inferior temporal gyrus 50 neuronal migration 50 parietal regions 50 SOCS3 50 autophagic 50 overactivation 50 medial frontal 50 afferent 50 nociceptors 50 capillary endothelial cells 50 HPA axis 50 dopamine transporter 50 cortical 50 globus pallidus 50 sensory nerves 50 hippocampal neurons 50 cortices 50 thalamus 50 dorsolateral prefrontal cortex 50 forebrain 49 rCBF 49 nAChR 49 amyloid plaque formation 49 dopamine neuron 49 pre frontal cortex 49 hypothalamic pituitary adrenal HPA 49 temporal parietal 49 perivascular 49 circadian clock genes 49 neural 49 cortical excitability 49 cortical regions 49 electrically stimulating 49 fusiform 49 Circadian rhythm 49 CYP#E# 49 D aspartate 49 basolateral amygdala 49 vomeronasal organ VNO 49 inflammatory cytokine 49 tubule 49 vagal nerve 49 hypoperfusion 49 astrocytic 49 opioid peptides 49 P cadherin 49 posteromedial cortex 49 amygdale 49 serotonin neurons 49 inhibitory synapses 49 downregulating 49 kappa opioid receptors 49 perirhinal cortex 49 CaM 49 TGF beta pathway 49 glutamate receptor 49 cerebellar 49 GABA receptor 49 chromosome #q#.# [001] 49 hindbrain 49 cortical activation 49 subthalamic nucleus 49 MAP kinase 49 upregulates 49 regulates gene expression 49 catenin 49 AMPA receptors 49 anterior cingulate cortex 49 neurosteroid 49 hippocampus 49 c Src 49 lateral hypothalamus 49 cAMP signaling 49 ACh 49 auditory pathways 49 IRS1 49 DNMT1 49 inferior parietal cortex 49 leptin signaling 49 trigeminal 49 brain lesions 49 gamma oscillations 49 synaptic 49 efferent 49 adrenal cortex 49 signaling cascades 48 nucleus accumbens 48 cyclic AMP 48 myocardial tissue 48 superior temporal cortex 48 thalamic 48 PER2 48 striata 48 glia cells 48 dermal papilla 48 NF kappaB activation 48 planum temporale 48 autoregulation 48 ventrolateral 48 brain hemispheres 48 neuronal dysfunction 48 vascular endothelial cells 48 PKD#L# 48 vestibular apparatus 48 occipital 48 neuro transmitters 48 synaptic plasticity 48 cortex 48 hypometabolism 48 neuronal circuits 48 anterior temporal 48 cannabinoid receptors 48 rACC 48 cilium 48 anterior cingulate gyrus 48 acetylcholine neurotransmitter 48 neural pathway 48 temporal lobes 48 cypin 48 homeostatic 48 NAcc 48 parahippocampal 48 Cannabinoid receptors 48 dentate gyrus 48 anatomic structures 48 neuro transmitter 48 leukocyte infiltration 48 ganglion 48 optic chiasm 48 Brodmann Area 48 organogenesis 48 dendrite 48 cochlear nucleus 48 lymphatics 48 nociception 48 D2 receptor 48 subthalamic nucleus STN 48 frontotemporal 48 amygdalae 48 endogenous opioids 48 parietal lobes 48 opiate receptors 48 RUNX3 48 morphogen 48 synapse formation 48 neuron degeneration 48 dorsomedial 48 phagocyte 48 excitatory signals 48 brain glucose metabolism 48 hippocampal 48 fronto temporal 48 prefrontal regions 48 excitatory neurons 48 histone acetylation 48 lateralized 48 GABAA receptors 48 phrenic nerve 48 opioid receptor 48 aromatase 48 prefrontal cortices 48 podocyte 48 frontal cortex 48 medial temporal lobes 48 basal ganglia 48 AMPA receptor 48 neuronal signaling 48 inhibitory transmitter 48 neocortical 48 melatonin receptors 48 hypothalamus pituitary 48 heterochromatic 48 motoneurons 47 muscarinic receptors 47 serotonin transporter 47 synaptic cleft 47 striatal neurons 47 mu opioid 47 ventral striatum 47 JAK STAT signaling 47 neuropeptide Y 47 hyper excitability 47 lipid rafts 47 saccade 47 sulcus 47 receptor gamma 47 CB1 receptors 47 lateral prefrontal cortex 47 Aâ 47 monocyte 47 subventricular zone 47 myocyte 47 brainstem 47 p# pathway 47 RGS2 47 cardiac fibroblasts 47 ERK signaling 47 brain neurotransmitter 47 kinase domain 47 glial cell 47 IL6 47 cyclic AMP cAMP 47 medial prefrontal cortex mPFC 47 caudate 47 5 HT1A 47 deacetylation 47 lateralization 47 transcriptional repressor 47 phosphatidylserine 47 autocrine 47 substantia nigra 47 subcortical regions 47 neuronal receptors 47 temporal cortex 47 NFkappaB 47 TGF b 47 excitotoxicity 47 adenylate cyclase 47 insoluble plaques 47 synaptic transmission 47 glomerular 47 insula 47 nociceptive 47 corneal endothelium 47 neurohormonal 47 electroencephalographic 47 occipital regions 47 periaqueductal gray 47 pulse amplitude 47 monoamine 47 NMDA receptors 47 calpain 47 trigeminal nerve 47 Cx# [001] 47 innervation 47 sarcoplasmic reticulum 47 neuronal degeneration 47 brain cortex 47 cerebral arteries 47 CK # selectively 47 trabeculae 47 olfactory receptor neurons 47 dendritic spines 47 inhibitory neurons 47 sensory neuron 47 TrkB 47 cofilin 47 Wnt signaling 47 cerebellum 47 postsynaptic neuron 47 caudate nucleus 47 GLUT4 47 somatosensory 47 Rap1 47 glomerulus 47 osteoclast 47 kalirin 47 abnormal neuronal 47 limbic system 47 frontal lobe 47 CXCL# 47 amyloid β 47 parenchyma 47 capsaicin receptor 47 mitogen activated protein kinases 47 reticular 47 GABAergic interneurons 46 choroid 46 nAChRs 46 catecholamine 46 brain parenchyma 46 PKD1 46 mesoderm 46 demyelinated 46 hippocampal formation 46 infarcted 46 endogenous cannabinoids 46 ventrolateral prefrontal cortex 46 transferrin receptor 46 afferents 46 ERK activation 46 lymphotoxin 46 PrPC 46 depolarizing 46 sensorimotor 46 da mage 46 STAT1 46 mirror neuron 46 chromosome #q# [002] 46 actin polymerization 46 hippocampi 46 auditory sensory 46 myofibroblasts 46 hyper reactive 46 nigrostriatal 46 frontal temporal 46 CREB protein 46 cerebellar cortex 46 sensory receptors 46 lateralisation 46 Inhibitory 46 posterior cingulate cortex 46 parasympathetic nervous system 46 spectrin 46 synaptic vesicle 46 hippocampal function 46 WNK1 46 dopamine depletion 46 metalloproteases 46 H2AX 46 autonomic nervous 46 calcium homeostasis 46 induced neuronal 46 metabolizing enzyme 46 MEF2 46 prodynorphin 46 Brain derived neurotrophic 46 amygdala 46 foveal 46 CNTNAP2 gene 46 neuronal pathways 46 excitatory neurotransmitter 46 SETDB1 46 DLPFC 46 p#Kip# 46 paxillin 46 TRPV1 receptors 46 platelet activation 46 NKG2D 46 dephosphorylation 46 autonomic nerves 46 IKKß 46 mu opioid receptors 46 amygdala neurons 46 renal fibrosis 46 rat hippocampus 46 SIRT1 gene 46 superior frontal gyrus 46 MAPK pathway 46 Syt IV 46 pyramidal neurons 46 vasodilation 46 vagus nerves 46 hypothalamic pituitary axis 46 macrophage 46 F actin 46 lateral habenula 46 mesenchyme 46 DQB1 * 46 caveolae 46 synapse maturation 46 glutamate neurotransmitter 46 intracortical 46 interstitium 46 AV node 46 neural synapses 46 neural circuitry 46 protein tau 46 VMAT2 46 kappa opioid receptor 46 serine threonine kinase 46 potassium ion 46 neural tissues 46 CD# expression [001] 46 dopaminergic neurons 46 arcuate fasciculus 46 baroreflex 46 M1 muscarinic 46 medial temporal lobe MTL 46 ciliary 46 Acetylcholine 46 Foxp2 46 kainate 46 astrocyte 46 protein p# 46 Ras pathway 46 PKC enzyme 46 neuritic plaques 46 noradrenaline 46 retinal neurons 46 striatum 46 PIP3 45 IRE1 45 calmodulin 45 transcriptional activation 45 motor neuropathy 45 electrodes surgically implanted 45 cultured neurons 45 MT1 MMP 45 NKT cell 45 VE cadherin 45 inhibitory neurotransmitters 45 mitogen activated protein kinase 45 fast skeletal troponin 45 5 HT2A receptors 45 beta endorphin 45 excitatory neurotransmitter glutamate 45 infantile hemangioma 45 pharyngeal 45 plasmacytoid dendritic cells 45 synaptogenesis 45 CA1 45 axon guidance 45 striatal dopamine 45 SIRT3 45 downregulate 45 hyperarousal 45 dorsolateral prefrontal cortex DLPFC 45 cdk5 45 mitogenic 45 GABA neurotransmitter 45 ERK1 2 45 acetylcholine receptors 45 Golgi apparatus 45 β catenin 45 glutamate transporters 45 NFκB 45 FGFs 45 inhibitory neurotransmitter 45 modulatory 45 vascular endothelial 45 adrenal medulla 45 pupillary 45 anterior hypothalamus 45 osteoblast 45 Sirt1 45 nicotinic acetylcholine receptors 45 postsynaptic 45 neurotransmitter acetylcholine 45 vasodilatation 45 innervate 45 Fig. 1C 45 filopodia 45 JAK STAT 45 vasoconstrictor 45 overactivity 45 Shh signaling 45 Hcrt 45 beta1 integrin 45 subcortical 45 tunica vaginalis 45 electrophysiological 45 microtubule dynamics 45 Rac1 45 fornix 45 hormone secretion 45 parkinsonian 45 serine threonine 45 neurocircuitry 45 NPY expression 45 neuroinflammatory 45 estrogen receptor alpha 45 CHI#L# 45 Runx2 45 noradrenalin 45 nitric oxide synthase 45 laterality 45 excitotoxic 45 CaMKII 45 GluR1 45 gamma aminobutyric acid 45 medial frontal cortex 45 granule cells 45 synaptic inputs 45 PrPSc 45 axonal 45 antiapoptotic 45 periventricular 45 glial 45 receptor subtype 45 orexin receptors 45 bioelectrical 45 myocardium 45 cerebral hemisphere 45 parenchymal 45 microelectrode 45 serotonergic neurons 45 middle temporal gyrus 45 mediastinum 45 microsaccades 45 depolarized 45 Src kinases 45 GST pi 45 neuropeptide Y NPY 45 lung epithelium 45 endosomes 45 EGFR signaling 45 corticotropin releasing factor 45 beta subunit 45 neurotransmitter GABA 45 brain derived neurotrophic 45 interferon pathway 45 axonal damage 45 ectoderm 45 glutamate neurotransmission 45 biochemical cascade 45 neurotransmitter norepinephrine 45 PPAR γ 45 dopamine neurotransmission 45 heterodimer 45 vitamin D receptors 45 mitochondrial membrane 45 glutamate receptors 45 Prefrontal 45 adrenoceptor 45 cranial nerves 45 anterior cingulated cortex 45 PIP2 45 innervated 45 neuregulin 45 infarct 45 GABA gamma aminobutyric acid 45 NF kB signaling 45 inosine 45 adrenocortical 45 S#K# 45 neuronal excitability 45 olfactory bulb 45 neuronal 45 excitatory synapses 45 inhibitory 45 BMAL1 44 dorsal prefrontal cortex 44 downregulation 44 dopamine receptors 44 blood oxygenation 44 synaptic vesicles 44 electrophysiological recordings 44 masticatory 44 myelin insulation 44 melanocyte 44 vomeronasal 44 diffusible 44 PTP1B 44 inferior colliculus 44 phosphorylates 44 cyclic adenosine monophosphate cAMP 44 auditory nerve 44 TFIIH 44 clefting 44 locomotor activity 44 pineal gland 44 glucokinase 44 RAS pathway 44 neurogenesis 44 superior colliculus 44 neural correlates 44 enzyme acetylcholinesterase 44 vermis 44 vacuolar 44 contractile function 44 MAP kinase pathway 44 receptor subunit 44 ER alpha 44 caveolin 1 44 compensatory mechanisms 44 atrioventricular 44 morphogenetic 44 dopamine neurons 44 term potentiation 44 Amygdala 44 toxic beta amyloid 44 SIRT1 enzyme 44 neuropeptide 44 drug metabolizing enzyme 44 Cdc# 44 motor neuron degeneration 44 FMR1 gene 44 anterior pituitary 44 ERK pathway 44 nicotine receptor 44 recycling endosomes 44 vmPFC 44 axonal regeneration 44 Sonic Hedgehog 44 dopaminergic 44 SGK1 44 electrical conduction 44 atherosclerotic lesions 44 baroreceptors 44 methyl D aspartate 44 saccadic 44 hyperactivated 44 Wnt pathway 44 parotid glands 44 neurotransmitter glutamate 44 cytosol 44 neural degeneration 44 demyelination 44 Vpr 44 interneuron 44 factor BDNF 44 dopamine receptor 44 pineal glands 44 hypoxia inducible transcription 44 dorsal root ganglia 44 N myc 44 mitogen activated protein 44 excitatory 44 messenger molecule 44 BDNF gene 44 neural fibers 44 ubiquitin ligase 44 FGF signaling 44 term potentiation LTP 44 interconversion 44 fundus 44 myocytes 44 Amyloid Beta 44 intercellular communication 44 interleukin 1beta 44 satiety hormone 44 cell adhesion molecule 44 Notch1 44 transmembrane 44 microcephalin 44 motor cortex 44 gene p# 44 Norepinephrine 44 biogenesis 44 muscle twitches 44 TGF ß 44 amyloid deposition 44 chemoreceptors 44 neo cortex 44 plasma membrane 44 major histocompatibility complex 44 neuroendocrine 44 receptor mediated 44 Androgen receptor 44 raphe nucleus 44 olfactory nerve 44 intraventricular 44 clotting cascade 44 ictal 44 contractile 44 corticosterone levels 44 endocrine glands 44 sensory nerve 44 glutamatergic neurons 44 BDNF protein 44 dopamine synthesis 44 upregulating 44 senile plaques 44 calcium permeable 44 CA3 44 cytochrome c oxidase 44 actin remodeling 44 COMT enzyme 44 IL 1β 44 intracellular signaling 44 GABA receptors 44 nerve conduction velocity 44 chromatin remodeling complex 44 huntingtin protein 44 norepinephrine 44 Pax6 44 subcortical structures 44 enzyme AMPK 44 STAT3 signaling 44 anandamide 44 phasic 44 repolarization 44 adult neurogenesis 44 corpus striatum 44 Akt signaling 44 interneurons 44 papilla 44 neurogenic inflammation 44 catalytic subunit 44 epigenetic modification 44 cortisol concentrations 44 Cathepsin B 44 tic severity 44 IL 1ß 44 POMC neurons 44 olfactory receptor cells 44 spermatogenesis 44 ryanodine receptor 44 dendritic spine 44 prefrontal cortex 44 Nampt 44 Oncogenic 44 oncogenic transformation 44 theta rhythm 44 prestin 44 hypocretin neurons 44 Dysregulation 44 neuronal cell 44 extracellular signal 44 sphingolipid 44 AgRP 44 acetylcholine 44 FKBP# 44 transduce 43 acupoints 43 satiety signals 43 MECP2 gene 43 proNGF 43 amygdala reactivity 43 immunological synapse 43 underlying pathophysiology 43 PGC 1a 43 Srcasm 43 M1 macrophages 43 p# mutations 43 hypothalamus 43 Signal transduction 43 huntingtin 43 leptin receptor 43 brain 43 PGI2 43 S6K 43 alexithymia 43 motor neurones 43 Smoothened 43 sGC 43 transmit electrical impulses 43 lipid synthesis 43 WNT pathway 43 mesothelial cells 43 fractional anisotropy 43 autonomic nervous system 43 TORC2 43 endocannabinoid system 43 sulci 43 kinase pathway 43 Neurons communicate 43 enzymatic activity 43 enteric nervous 43 ASIC1a 43 neuregulin 1 43 capillary density 43 histone modification 43 microvessels 43 neurotransmitters serotonin 43 Htt 43 G9a 43 cortical thinning 43 γδ T cells 43 orexin neurons 43 cerebellar vermis 43 intracellular signal transduction 43 Notch signaling 43 parasympathetic 43 N cadherin 43 dysregulated 43 carotid sinus 43 Aβ 43 HuR 43 KLF# 43 lesioned 43 synaptic function 43 posterior fossa 43 olfactory receptor 43 Dicer enzyme 43 vagal tone 43 calcineurin 43 neuronal differentiation 43 microelectrode array 43 ventral tegmental area 43 CDK5 43 synaptic terminals 43 GPR# receptor [002] 43 atherogenesis 43 excess glutamate 43 parietal lobe 43 RAS RAF MEK ERK 43 dorsal striatum 43 Epileptic seizures 43 PON1 43 toxic amyloid beta 43 serotonin receptor 43 ubiquitin proteasome 43 apoE4 43 Pten 43 auditory cortex 43 neuromelanin 43 vagus nerve 43 p# alpha [001] 43 cyclin E 43 ubiquitylation 43 nucleus accumbens NAc 43 neurite 43 oligodendrocyte 43 NF κB 43 GIRK channels 43 alpha subunit 43 proto oncogene 43 CEACAM1 43 CPEB 43 PTPN# 43 NMDA receptor 43 dopamine D2 receptor 43 chromosome #q 43 attentional blink 43 emotional reactivity 43 receptor gene 43 baroreceptor reflex 43 GH secretion 43 lacrimal gland 43 rostral cingulate 43 CNTNAP2 43 cryopyrin 43 sensory gating 43 neuroD2 43 neurotransmitter 43 foregut 43 TRPV4 43 prefrontal cortex PFC 43 chromatin structure 43 PON1 gene 43 EGF receptors 43 serotonin neurotransmitter 43 pyramidal cells 43 transcriptional regulation 43 cranial nerve 43 IGF2 43 Vagus nerve 43 Amphinex ® 43 antibodies bind 43 primary cilium 43 Alzheimer disease pathology 43 nitric oxide synthase NOS 43 uPAR 43 hepatic stellate cell 43 automatically reroutes 43 cerebral cortex 43 axon regeneration 43 palmitoylation 43 ErbB4 43 HDAC2 43 cholinergic tone 43 electromyographic 43 overstimulates 43 EphB2 levels 43 sensory modalities 43 H#K# [002] 43 ChR2 43 cholinergic receptors 43 neurotransmitter receptors 43 transmembrane protein 43 hippocampus amygdala 43 iNOS 43 conformational changes 43 insulin receptors