Related by context. All words. (Click for frequent words.) 73 midbrain 69 temporal lobe 69 basal ganglia 69 visual cortex 68 cortex 67 primary visual cortex 67 cortical 66 hippocampus 66 subthalamic nucleus 66 amygdala 66 parietal cortex 66 anterior cingulate 65 temporoparietal junction 65 hypothalamus 65 auditory cortex 65 cerebellum 65 striatum 64 cingulate 64 medial prefrontal cortex 64 prefrontal cortex 64 Broca area 64 orbitofrontal cortex 64 somatosensory cortex 64 neuronal activity 64 dorsolateral prefrontal cortex 63 limbic system 63 prefrontal 63 limbic 63 rostral anterior cingulate cortex 63 frontal cortex 63 olfactory bulb 62 orbitofrontal cortex OFC 62 sensory nerves 62 inferior frontal 62 dentate gyrus 62 nucleus accumbens 62 brainstem 62 caudate 62 medial prefrontal 61 posterior parietal cortex 61 angular gyrus 61 primary somatosensory cortex 61 precuneus 61 parietal lobe 61 cerebral cortex 61 sensory neurons 61 suprachiasmatic nucleus 61 premotor cortex 61 neurons 61 intraparietal sulcus 60 brain visual cortex 60 anterior cingulate gyrus 60 ventral pallidum 60 hindbrain 60 somatosensory 60 motor cortex 60 neuromuscular junction 60 temporal lobes 60 efferent 60 parietal lobes 60 gyrus 60 occipital lobe 60 globus pallidus 60 neurotransmitter 60 cortico 59 parietal 59 thalamic 59 hippocampal 59 posterior cingulate 59 lateral hypothalamus 59 ventral tegmental area 59 superior temporal gyrus 59 insula 59 inferior parietal lobule 59 occipital cortex 59 neurotransmitters 59 vagus nerve 59 lateral geniculate nucleus 58 frontal lobe 58 forebrain 58 neuron 58 insular cortex 58 inferior frontal gyrus 58 premotor 58 presynaptic 58 periaqueductal gray 58 lateral habenula 58 medial temporal 58 entorhinal cortex 58 serotonin neurons 58 dopamine receptors 58 NMDA receptors 58 lateral prefrontal cortex 58 anterior cingulate cortex 58 dendritic spines 58 Purkinje cells 58 suprachiasmatic nucleus SCN 57 olfactory cortex 57 synapse 57 parahippocampal gyrus 57 striatal 57 serotonin receptors 57 frontal parietal 57 lateral orbitofrontal cortex 57 mPFC 57 ventral 57 temporoparietal 57 pineal gland 57 autonomic nervous system 57 occipital lobes 57 AMPA receptor 57 ventral striatum 57 enteric nervous 57 ventrolateral 57 dorsal horn 57 putamen 57 postsynaptic 57 inferior parietal 57 subcortical 57 inhibitory neurons 57 inhibitory interneurons 57 cingulate gyrus 56 neurotransmitter dopamine 56 rACC 56 medial orbitofrontal cortex 56 arcuate nucleus 56 subgenual cingulate 56 nerve cells 56 excitatory 56 frontal temporal 56 corpus callosum 56 neural circuitry 56 hypothalamic 56 cortical regions 56 caudate nucleus 56 sensory neuron 56 fusiform gyrus 56 locus coeruleus 56 sensory cortex 56 substantia nigra 56 glutamate receptors 56 excitatory neurons 56 middle frontal gyrus 56 neural 56 medial prefrontal cortex mPFC 56 brain frontal lobe 56 cerebellar 55 inhibitory transmitter 55 superior colliculus 55 serotonergic 55 neuronal 55 mesolimbic 55 inferior temporal gyrus 55 afferent 55 semaphorin 55 D2 receptor 55 dorsolateral prefrontal 55 rostral 55 inhibitory 55 AMPA receptors 55 dorsomedial 55 brain 55 morphogen 55 glutamate 55 serotonin 55 parietal cortices 55 raphe neurons 55 ventromedial prefrontal cortex 55 cerebral hemispheres 55 dopamine 55 prefrontal cortical 55 pineal 55 brain hypothalamus 55 brain circuitry 55 trigeminal nerve 55 Brodmann Area 55 neurone 55 optic nerve 55 cortices 55 dorsolateral 55 fronto 55 norepinephrine 54 NAc 54 cortical neurons 54 melatonin receptors 54 gamma oscillations 54 neocortex 54 inhibitory neurotransmitters 54 medial frontal 54 anterior insula 54 piriform cortex 54 neuronal plasticity 54 POMC neurons 54 dopaminergic 54 cingulate cortex 54 gyri 54 dorsal prefrontal cortex 54 anterior temporal 54 synaptic 54 pre frontal cortex 54 raphe 54 CB1 receptors 54 TRPV1 54 neural pathway 54 cyclic AMP 54 medulla 54 ventromedial 54 parahippocampal 54 neurones 54 superior temporal cortex 54 nerve fibers 54 NPY 54 posterior cingulate cortex 54 prefrontal brain 54 noradrenergic 54 granule cells 54 GABA receptor 54 medial temporal lobes 54 circadian pacemaker 54 occipital 54 neuropeptide Y 54 habenula 54 pyramidal neurons 54 medial temporal lobe MTL 54 electrophysiological 53 orbitofrontal 53 perirhinal cortex 53 orbital frontal cortex 53 noradrenaline 53 axon 53 ganglion cells 53 nociceptors 53 neuronal migration 53 hippocampal neurons 53 dorsal anterior cingulate cortex 53 neurotransmitter receptors 53 auditory nerve 53 almond shaped structure 53 sensorimotor cortex 53 inferior parietal cortex 53 hypothalamus gland 53 hypothalamic pituitary adrenal axis 53 astrocyte 53 chemical messengers 53 synaptic cleft 53 serotonin receptor 53 excitatory neurotransmitter 53 PPAR alpha 53 parietal regions 53 mesoderm 53 adrenal cortex 53 beta adrenergic receptors 53 rCBF 53 inhibitory neurotransmitter 53 modulatory 53 neurotransmitter glutamate 53 mammalian brain 53 inferior colliculus 53 sensorimotor 53 basal forebrain 53 dopamine receptor 53 superior temporal sulcus 53 baroreceptors 53 hyperactivation 53 glutamatergic 53 Golgi apparatus 53 ciliary 53 interneurons 53 subcortical structures 53 electroencephalographic 53 planum temporale 53 hyperexcitability 53 motoneurons 53 acetylcholine 53 glucose metabolism 53 Hh 53 nerve impulses 53 adrenal medulla 53 nociceptive 53 glutamate receptor 53 receptors 53 anterior temporal lobe 53 electrical conduction 53 Acetylcholine 53 GABAergic 53 GABA neurotransmitter 53 receptor subtype 53 sortilin 53 amygdalae 53 GLUT4 53 paraventricular nucleus 52 beta endorphin 52 ipsilateral 52 glutamatergic neurons 52 frontal lobes 52 brain limbic 52 neuronal synapses 52 NR2B 52 orexin neurons 52 melanopsin 52 amygdale 52 subventricular zone 52 dopamine neurotransmitter 52 periventricular 52 accumbens 52 frontotemporal 52 orexin 52 afferents 52 dopamine neurons 52 medial temporal lobe 52 hypocretin neurons 52 cypin 52 myelinated 52 rat hippocampus 52 prefrontal lobes 52 prefrontal cortices 52 gamma aminobutyric acid GABA 52 MEF2 52 prefrontal cortex PFC 52 parasympathetic 52 potassium ion 52 retinal ganglion cells 52 synaptic vesicles 52 middle temporal gyrus 52 neurocircuitry 52 superior frontal gyrus 52 Neurons 52 temporal cortex 52 posterior temporal 52 endosomes 52 nucleus accumbens NAc 52 magnetic pulses 52 ACh 52 pyramidal cells 52 NAcc 52 catecholamine 52 astrocytic 52 autocrine 51 GnRH neurons 51 hippocampal formation 51 temporal parietal 51 AV node 51 GPi 51 BMP signaling 51 BDNF 51 orexin receptors 51 electrical impulses 51 Wnt signaling 51 innervated 51 TRPA1 51 neurotransmission 51 medial frontal cortex 51 fusiform 51 endoplasmic reticulum 51 neural circuits 51 sensory input 51 axons 51 leptin hormone 51 NMDA receptor 51 posterior parietal 51 Notch pathway 51 ERK1 2 51 P#X# receptors 51 synaptogenesis 51 mu opioid receptors 51 vagus 51 neurotransmitter serotonin 51 myocardium 51 5 hydroxytryptamine 51 receptor 51 fusiform face 51 5 HT1A 51 hypometabolism 51 cerebral hemisphere 51 GABA gamma aminobutyric acid 51 excitatory signals 51 anterior cortex 51 vitamin D receptors 51 cilium 51 cortexes 51 peripheral tissues 51 actin remodeling 51 Wnt pathway 51 receptor subtypes 51 serotonin transporter 51 D2 receptors 51 Purkinje cell 51 CaM kinase II 51 subthalamic nucleus STN 51 aldosterone 51 noradrenalin 51 plasma membrane 51 CA1 51 endocannabinoid system 51 synaptic transmission 51 signaling molecules 51 encodes protein 51 dendrite 51 magnetic stimulation 51 estrogen receptor alpha 51 opiate receptors 51 nitric oxide synthase 51 cerebrum 51 inhibitory synapses 51 brain cortex 51 calpain 50 methyl D aspartate 50 endocrine glands 50 cholinergic 50 vasopressin receptors 50 ion channels 50 receptor protein 50 ventral prefrontal cortex 50 synaptic plasticity 50 trigeminal 50 GABA 50 basolateral 50 peripheral nerves 50 adhesion molecule 50 cannabinoid receptors 50 serotonergic neurons 50 synapses 50 T2 weighted images 50 synaptic inputs 50 extracellular signal 50 epigenetically 50 hypothalamic pituitary axis 50 paracrine 50 optic chiasm 50 microglial 50 PI3K pathway 50 chemical dopamine 50 Sonic hedgehog 50 phrenic nerve 50 dorsal root ganglia 50 vasopressin 50 nNOS 50 glomerulus 50 overactivity 50 vascular endothelial cells 50 calmodulin 50 neurosteroid 50 Akt 50 HPA axis 50 Dpp 50 acetylcholine receptor 50 basolateral amygdala 50 ATPase 50 Kv#.# 50 synaptic function 50 neurochemicals 50 secretory cells 50 endogenous cannabinoids 50 temporo parietal junction 50 chromosome #q#.# [001] 50 acetylcholine receptors 50 dopamine signaling 50 neuronal signaling 50 mirror neuron system 50 corticospinal 50 cAMP signaling 50 DISC1 50 neuronal circuits 50 non coding RNA 50 anterior hippocampus 50 ventrolateral prefrontal cortex 50 brain hemispheres 50 dendritic spine 50 axon guidance 50 acupoints 50 auditory processing 50 norepinephrine NE 50 lateral ventricle 50 neuropeptides 50 endocytosis 50 MeCP2 50 transmembrane 50 degenerating neurons 50 Dopamine 50 IL 1beta 50 NMDAR 50 neuropeptide 50 apical 50 inferior frontal cortex 50 opioid peptides 50 cochlea 50 DLPFC 50 PDE5A 49 neuro transmitters 49 hippocampi 49 prefrontal lobe 49 cell adhesion molecule 49 myocytes 49 Broca 49 posterior pituitary 49 neurotransmitter acetylcholine 49 Sonic Hedgehog 49 CA3 49 voxel 49 NRG1 49 Rac1 49 calcium ion 49 NF kappaB pathway 49 parasympathetic nervous system 49 autonomic nerves 49 JAK STAT 49 mitral cells 49 fronto temporal 49 brain auditory cortex 49 kappa opioid receptors 49 caveolae 49 white matter hyperintensities 49 perivascular 49 nAChRs 49 PrPC 49 neurotransmitter GABA 49 researchers hypothesize 49 Notch signaling 49 hormone secreted 49 diffusion tensor imaging 49 frontoparietal 49 olfactory receptor neurons 49 hormone leptin 49 neuroendocrine 49 CB1 receptor 49 SVZ 49 endoplasmic reticulum ER 49 dopaminergic neurons 49 cerebral cortical 49 sensory stimuli 49 GABAergic interneurons 49 Norepinephrine 49 neuronal dysfunction 49 nAChR 49 fornix 49 lymphatics 49 serotonin neurotransmitter 49 lysophosphatidic acid 49 emotional arousal 49 cyclooxygenase 49 FGF# 49 circadian clock genes 49 hormone secretion 49 dorsal striatum 49 lipid rafts 49 electrically stimulating 49 subarachnoid space 49 neural pathways 49 upregulated 49 adenosine receptors 49 dopamine transporter 49 hypothalamus pituitary 49 proximal tubule 49 hypoperfusion 49 TrkB 49 DNA methylation patterns 49 glia cells 49 nerve endings 49 NR2B subunit 49 cytoskeletal 49 eNOS 49 proinflammatory cytokines 49 gamma secretase 49 TRPV1 channel 49 D aspartate 49 allopregnanolone 49 EEG signals 49 hypocretin 49 ganglion 49 contractility 49 chromatin remodeling complex 49 inflammatory cytokine 49 phasic 49 epithelial tissue 49 glomerular 49 vagal 49 mRNA expression 49 diffusion tensor 49 neurexin 49 oculomotor 49 dopamine serotonin 49 Cdc# 49 glial cell 49 CaMKII 49 optic nerves 49 ectopic 49 signaling pathway 49 calcineurin 49 ABCA1 49 progranulin 49 synapse formation 49 NADPH oxidase 49 innervation 49 Syt IV 49 receptor gene 49 hypothalamic pituitary adrenal HPA 49 cytosolic 49 beta arrestin 49 enkephalins 49 NF κB 49 muscarinic receptors 49 chemical serotonin 49 prefrontal regions 49 downregulate 49 signaling molecule 49 cytosol 49 Peripheral nerves 49 factor BDNF 49 glial 49 PPAR gamma 49 dorsal 49 TORC2 48 TRPV1 receptors 48 gene encoding 48 synapse maturation 48 signaling cascade 48 neurotransmitters serotonin 48 demyelinated 48 cranial nerves 48 dendrites 48 cyclic AMP cAMP 48 axonal 48 iNOS 48 ERK pathway 48 sensory receptors 48 ENaC 48 spinal nerves 48 hypothalamic pituitary 48 PI3K Akt 48 mitogenic 48 palytoxin 48 Rauschecker 48 neuroimaging studies 48 vomeronasal organ VNO 48 autophagic 48 osteoblast 48 CaM 48 auditory 48 Wnt1 48 abnormal neuronal 48 Glutamate 48 IRS1 48 raphe nucleus 48 ventricles 48 Abnormalities 48 alpha synuclein 48 mammillary bodies 48 rhodopsin 48 adrenal gland 48 suprachiasmatic nuclei 48 N acetylaspartate 48 neuroligin 48 receptor gamma 48 huntingtin 48 glutamate signaling 48 IKKß 48 Aβ 48 EZH2 48 TLR4 48 CaM kinase 48 transmembrane protein 48 endogenous opioids 48 vomeronasal organ 48 EAAT2 48 occipital nerve 48 neocortical 48 cochlear nerve 48 GABAergic neurons 48 adenosine 48 innervate 48 prostaglandin E2 48 mitogen activated protein kinase 48 cryptochrome 48 messenger molecule 48 cochlear nucleus 48 nucleolus 48 myelinated axons 48 cranial nerve 48 SUMOylation 48 cytokines proteins 48 dopamine norepinephrine 48 arrestin 48 anatomic structures 48 lateral ventricles 48 LRP1 48 RNA splicing 48 skeletal muscles 48 olfactory sensory neurons 48 plexin D1 48 interstitium 48 Ca2 + 48 Nerve impulses 48 cardiac fibroblasts 48 auxin 48 GABA receptors 48 microglial cells 48 contractile 48 neurogenesis 48 organelle 48 transcriptional repressor 48 signaling cascades 48 Cdk5 48 astrocytes 48 hyperalgesia 48 CEACAM1 48 serotonin transporters 48 vestibular apparatus 48 amygdala neurons 48 cAMP 48 LDL receptor 48 secretion 48 choroid 48 aromatase 48 somatic 48 estrogen receptors 48 MAP kinase 48 interleukin 1beta 48 TRP channels 48 neuronal cells 48 CDH# 48 ER alpha 48 IL 1β 48 melatonin hormone 48 occipital regions 48 neurochemical 48 anterior pituitary 48 lateralized 48 mu opioid 48 Electrical impulses 48 transcriptional activation 48 RAS pathway 48 Alzheimer disease pathology 48 mice lacking 48 adipokines 48 monoamine 48 parathyroid gland 48 kainate 48 autoregulation 48 neurite 48 leptin receptors 48 XBP 1 48 TGF beta pathway 48 Dicer 48 molecular signaling pathway 48 tumor suppressor genes 48 mediastinum 48 ganglion cell 47 cholinergic tone 47 costimulatory 47 Kupffer cells 47 transcription factors 47 dopamine neuron 47 neural fibers 47 EphA2 47 mirror neurons 47 LDLR 47 term potentiation 47 NF kappa B 47 distension 47 Abeta 47 #HT#A 47 contractile function 47 podocyte 47 catalytic subunit 47 neuronal apoptosis 47 malonyl CoA 47 caveolin 1 47 phytochrome 47 VMAT2 47 c Fos 47 glucocorticoid receptor 47 endocannabinoids 47 IRAK1 47 p# MAPK 47 Aß 47 receptor subunit 47 tumor suppressor p# 47 monocyte 47 phrenic 47 MAPK 47 transferrin receptor 47 HOTAIR 47 insulin receptors 47 WNK1 47 nerve axons 47 ipRGCs 47 Cathepsin B 47 opioid receptor 47 vasculature 47 neurotransmitter norepinephrine 47 conformational changes 47 cellular prion protein 47 epithelium 47 atrioventricular 47 biochemical pathways 47 plasmacytoid dendritic cells 47 IL 1ß 47 Androgen receptor 47 leptin signaling 47 major histocompatibility complex 47 acetylcholine neurotransmitter 47 TRPV4 47 Cannabinoid receptors 47 IFN γ 47 outflow tract 47 pituitary gland 47 sinoatrial node 47 NF kB 47 apoE4 47 odorant molecule 47 noncoding 47 CIB1 47 neuroinflammatory 47 neurite outgrowth 47 striatal dopamine 47 Myosin II 47 pituitary 47 radial glia 47 electrophysiological recordings 47 postsynaptic neuron 47 homeostatic 47 limbic brain 47 cell cytoplasm 47 echogenicity 47 receptor activation 47 upregulates 47 epithelial cells lining 47 vascular endothelial 47 molecular pathway 47 FOXO 47 mTORC1 47 excitatory synapses 47 neuronal cell 47 ERK 47 H#K#me# 47 hyperintensity 47 sensory nerve 47 Rap1 47 PML RARA 47 regulated kinase ERK 47 brain parenchyma 47 galanin 47 gamma aminobutyric acid 47 vagal nerve 47 SREBP 47 disulfide bond 47 cortical activation 47 androgen receptor 47 microvessel 47 cyclooxygenase 2 47 ERK2 47 upregulation 47 guanosine 47 monoamines 47 S#K# 47 STAT1 47 tau protein 47 demyelination 47 posterior fossa 47 NF kB signaling 47 paxillin 47 saccadic 47 opioid receptors 47 intracortical 47 sinus node 47 neuronal pathways 47 TRPV1 receptor 47 biochemical pathway 47 imaging fMRI 47 guanylate cyclase 47 cortical excitability 47 Sox# 47 nicotine receptor 47 secretory pathway 47 signal transduction 47 pontine 47 hamartomas 47 overactivation 47 TRPM8 47 microelectrode array 47 infarct 47 optic tectum 47 voltage gated 47 PIP2 47 ErbB2 47 TORC1 47 Nrf2 47 duodenum 47 dopamine transporters 47 FGFs 47 electrodes surgically implanted 47 ErbB4 47 Rab# 47 neuronal circuitry 47 F actin 47 TGF ß 47 SLC#A# [002] 47 Skp2 47 dynein 47 adrenergic receptors 47 pRb 47 GluR1 47 TNF α 47 hepatic stellate cells 47 GABAA 47 blood oxygenation 47 pineal glands 47 TXNIP 47 electrically stimulated 47 cell adhesion molecules 47 BMP receptor 47 primary cilium 47 melanocyte 47 electrodes implanted 47 nitric oxide synthase NOS 47 MECP2 gene 47 ChR2 47 retinal neurons 47 synaptic proteins 47 CB2 receptors 46 IGF2 46 Wnt 46 neuron degeneration 46 mitochondria 46 Pax6 46 brain glucose metabolism 46 cadherin 46 Inhibitory 46 FOXO3a 46 microglial activation 46 neuregulin 46 dystroglycan 46 3'UTR 46 serotonin signaling 46 LXRs 46 Th2 46 COMT 46 transduction 46 tibial nerve 46 heterochromatic 46 vasoconstriction 46 endocannabinoid receptors 46 Orexin 46 P cadherin 46 cerebellar cortex 46 vermis 46 PIP3 46 PGE2 46 receptor molecule 46 kappa opioid receptor 46 centrosome 46 subcellular 46 locomotor activity 46 basilar artery 46 neural cells 46 membrane protein 46 regulates gene expression 46 BMP4 46 GRP# 46 excitatory neurotransmitter glutamate 46 SRY 46 neurotransmitters dopamine 46 eicosanoids 46 angiotensin II 46 prodynorphin 46 vasopressin hormone 46 myelination 46 rostral cingulate 46 TNFR 46 declarative memory 46 intracellular signaling 46 BDNF gene 46 GABAB receptors 46 NKG2D 46 GRK2 46 nicotinic receptors 46 pDCs 46 parathyroid glands 46 cilia 46 estrogen receptor 46 calcium homeostasis 46 Nerve cells 46 VEGF receptor 46 chromosome #q# [002] 46 neurites 46 cannabinoid receptor 46 PMR1 46 neurofilament 46 somatostatin 46 isoforms 46 Hedgehog signaling 46 P gp 46 AgRP 46 microelectrode 46 tubules 46 Neuronal 46 LRP6 46 phosphorylated 46 histone modifications