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(Click for frequent words.) 69 amygdalae 68 anterior cingulate 67 cortices 66 gyri 64 insular cortex 64 parahippocampal gyrus 63 perirhinal cortex 63 hippocampal formation 63 occipital cortex 63 dorsolateral prefrontal cortex 63 subcortical 62 ventromedial 62 temporoparietal junction 62 hippocampi 62 posterior cingulate 62 ventromedial prefrontal cortex 62 cingulate 62 beta adrenergic receptors 62 gamma oscillations 62 orbital frontal cortex 62 amygdalas 62 vmPFC 61 temporal lobes 61 dorsal prefrontal cortex 61 cingulate cortex 61 serotonin neurons 61 medial temporal 61 forebrain 61 amygdale 61 prefrontal cortices 61 pineal 61 medial frontal cortex 61 lateralized 61 medial prefrontal 61 hyperexcitability 61 neuronal plasticity 61 mPFC 61 parietal cortices 61 inferior frontal 60 rCBF 60 prefrontal lobes 60 caudate 60 neo cortex 60 rostral anterior cingulate cortex 60 Pathological liars 60 middle frontal gyrus 60 thermoregulatory 60 frontal parietal 60 cerebrum 60 pineal glands 60 dorsolateral prefrontal 60 orbitofrontal 60 cortical regions 60 parkinsonian 60 subgenual cingulate 60 somatosensory cortex 60 superior temporal gyrus 59 fronto 59 hippocampal 59 premotor 59 cerebral hemispheres 59 cingulate gyrus 59 neuronal pathways 59 neocortical 59 gyrus 59 inferior parietal 59 anterior temporal 59 brain lesions 59 neural pathway 59 glutamate signaling 59 anterior cingulate cortex 59 inferior temporal gyrus 59 prefrontal regions 59 cortical activation 59 ganglion cells 59 primary visual cortex 59 adrenal cortex 59 sensory cortex 59 myofibroblasts 59 cerebellar 59 brain frontal lobe 59 pre frontal cortex 59 prefrontal cortical 59 sensory nerves 58 overactivity 58 anterior cortex 58 Nerve cells 58 dorsolateral 58 lateral prefrontal cortex 58 hormone secreting 58 cortex 58 dorsal anterior cingulate cortex 58 pyramidal neurons 58 mammalian brains 58 subcortical structures 58 parietal cortex 58 brain hemispheres 58 thalamic 58 excitatory 58 medial frontal 58 occipital lobe 58 occipital lobes 58 oculomotor 58 brown adipose tissue 58 rostral cingulate 58 nucleoli 58 cerebellum 58 excitatory neurons 58 piriform cortex 58 vomeronasal 58 DLPFC 58 neuronal synapses 58 prefrontal brain 58 suprachiasmatic nucleus 58 innervation 58 lateral ventricles 58 lateral orbitofrontal cortex 58 prefrontal lobe 58 Parkinsonian 58 temporoparietal 58 intraparietal sulcus 58 cortico 58 primary somatosensory cortex 58 hypothalamic pituitary 58 hyperactivation 58 precuneus 58 dopamine signaling 58 cortical neurons 58 frontal lobe 57 brain cortex 57 cerebral cortical 57 neuro transmitters 57 anterior insula 57 5 HT1A 57 hippocampal neurons 57 insoluble plaques 57 vagus 57 almond shaped structure 57 inferior parietal lobule 57 motoneurons 57 myelinated 57 basal ganglia 57 caudate nucleus 57 dendritic spines 57 sensory neurons 57 neuroimaging studies 57 posterior parietal cortex 57 synaptic inputs 57 hypothalamic 57 olfactory receptor cells 57 prefrontal 57 excitatory synapses 57 glucocorticoid receptors 57 fusiform gyrus 57 Purkinje cells 57 auditory stimuli 57 postsynaptic 57 cerebral cortex 57 globus pallidus 57 orbitofrontal cortex OFC 57 brain parenchyma 57 lateral habenula 57 neuronal circuits 57 medial orbitofrontal cortex 57 efferent 57 fusiform 57 parietal regions 57 morphogen 57 astrocyte 57 striatal neurons 57 AV node 57 pulvinar 57 Brodmann Area 57 neurone 57 dorsal horn 56 CB1 receptors 56 innervated 56 microvessels 56 somatosensory 56 anterior temporal lobe 56 synaptic vesicles 56 raphe 56 amygdala neurons 56 sensorimotor cortex 56 olfactory receptor neurons 56 acetylcholine receptors 56 frontal temporal 56 inhibitory interneurons 56 afferent 56 TRPV1 receptors 56 gastric motility 56 limbic 56 NMDAR 56 vermis 56 midbrain 56 olfactory cortex 56 lateral ventricle 56 NR2B subunit 56 neurones 56 tau proteins 56 premotor cortex 56 CD#c 56 startle reflex 56 medial prefrontal cortex 56 ventrolateral prefrontal cortex 56 theta waves 56 habenula 56 NAc 56 granule cells 56 perivascular 56 hypoactive 56 HPA axis 56 cortical thinning 56 rostral 56 ipRGCs 56 JAK STAT signaling 56 parietal lobes 56 metabolizing enzymes 56 inhibitory transmitter 56 hypometabolism 56 melatonin receptors 56 demyelinated 56 muscle twitches 56 hypocretin neurons 56 striatal 56 potentiation 56 olfactory sensory neurons 56 vestibular apparatus 56 circadian pacemaker 56 endocrine glands 56 parietal 55 cerebellar vermis 55 hippocampal function 55 interneurons 55 ventral prefrontal cortex 55 putamen 55 posteromedial cortex 55 experimentally induced 55 temporal cortex 55 striated muscle 55 myocytes 55 vasopressin receptors 55 cypin 55 amyloid deposits 55 Hair follicles 55 neuromuscular junction 55 orbitofrontal cortex 55 afferents 55 inflammatory cytokine 55 microglial cells 55 astrocytic 55 gliosis 55 brain hypothalamus 55 hypothalamus gland 55 Stress hormones 55 infarcts 55 external stimuli 55 painful stimuli 55 hypercapnia 55 brainwave patterns 55 nociception 55 autonomic nervous system 55 cardiac myocytes 55 D2 receptors 55 hyperplastic 55 baroreflex 55 nerve degeneration 55 angular gyrus 55 hormone secretion 55 periventricular 55 electroencephalographic 55 planum temporale 55 sensory organs 55 medial temporal lobes 55 posterior fossa 55 frontotemporal 55 epigenetically 55 temporo parietal junction 55 mesenteric 55 anatomical abnormalities 55 hyper excitability 55 hindbrain 55 Prefrontal 55 neuronal dysfunction 55 secrete hormones 55 brain 55 locus coeruleus 55 podocytes 55 glial 55 FGFs 55 occipital regions 55 sensory organ 55 limbic system 55 cortical 55 nAChRs 55 mammary cancers 55 circadian genes 55 superior frontal gyrus 55 intracerebral 55 CaMKII 55 inhibitory neurotransmitters 55 microsaccades 55 dendritic spine 54 micronuclei 54 contractile 54 KCNH2 54 vagal 54 frontal cortex 54 ATPase activity 54 adrenocortical 54 ganglion 54 T2 weighted images 54 tau aggregates 54 nerve axons 54 colonic motility 54 AMPA receptors 54 parahippocampal 54 auditory neurons 54 desynchronized 54 hormonal surges 54 tectum 54 larger amygdalas 54 autonomic nerves 54 mirror neuron 54 neuronal activity 54 calcium homeostasis 54 brains 54 attentional blink 54 optic lobes 54 brainstems 54 histiocytes 54 nociceptors 54 C1q 54 serotonin transporters 54 ventral pallidum 54 vasopressin hormone 54 rACC 54 hypothalamus pituitary 54 PrPC 54 receptor subunit 54 Electrical impulses 54 corticospinal 54 mammillary bodies 54 GABAA receptors 54 osteoblastic 54 sinus node 54 sensory neuron 54 ganglia 54 entorhinal cortex 54 innervate 54 monoamine 54 orexin receptors 54 hippocampal volumes 54 auditory cortices 54 temporal lobe 54 posterior temporal 54 enkephalins 54 hyperalgesia 54 electrically stimulated 54 parathyroid glands 54 brain frontal lobes 54 microglial 54 cannabinoid receptors 54 neurological abnormalities 54 modulatory 54 sensorium 54 ventrolateral 54 alexithymia 54 DARPP 54 GABA receptor 54 fMRIs 54 NMDA receptors 54 hypothalamic pituitary adrenal axis 54 anterior prefrontal cortex 54 muscarinic receptors 54 myocyte 54 TrkB 54 NFATc1 54 ACh 54 ouabain 54 serotonergic neurons 54 hippocampal volume 54 colonic mucosa 54 neural tissues 54 interstitial fibrosis 54 hippocampus 54 glutamatergic 54 acetylcholine receptor 54 catecholamine 54 dopamine neuron 54 auditory nerve fibers 54 accumbens 54 multinucleated 54 ventricular dilation 54 neural circuitry 54 transgenic mice expressing 54 tau pathology 54 visuomotor 54 baroreceptor 54 apocrine 54 Abnormalities 54 neurocircuitry 54 retinal ganglion cells 54 dentate 54 compensatory mechanisms 53 neuronal signaling 53 dopamine receptors 53 erythrocytes 53 amyloid peptides 53 anterior cingulated cortex 53 hippocampal cells 53 PC# cells 53 neural impulses 53 microbleeds 53 anatomic abnormalities 53 depolarizing 53 glomerular 53 synaptic function 53 BDNF gene 53 periaqueductal gray 53 synaptic transmission 53 circadian clock genes 53 glutamate transporters 53 tear glands 53 cholinergic 53 limbic brain 53 Myosin II 53 glia cells 53 posterior parietal 53 eccrine glands 53 Purkinje cell 53 vitamin D receptors 53 supratentorial 53 noxious stimuli 53 retinal neurons 53 Aß# 53 neurotransmitters serotonin 53 inferior parietal cortex 53 neuron degeneration 53 huntingtin protein 53 epileptogenic 53 axonal damage 53 mesothelial cells 53 neurosensory 53 anterior hypothalamus 53 subcortical regions 53 chemoreceptors 53 amyloid β 53 emotional reactivity 53 frontal lobe dysfunction 53 olfactory bulbs 53 cortical excitability 53 vagal nerve 53 baroreflex sensitivity 53 ceruloplasmin 53 noradrenalin 53 lacrimal gland 53 caveolae 53 neurochemicals 53 CaM kinase II 53 hyper reactive 53 cerebral arteries 53 autophagic 53 brainstem 53 microglial activation 53 neocortex 53 cysteines 53 Kv#.# channels 53 embryonic tissues 53 conspecifics 53 focal adhesions 53 Cannabinoid receptors 53 calculi 53 serotonin transporter 53 autoregulation 53 brain neurochemistry 53 synaptic 53 parasympathetic 53 mu opioid 53 brain visual cortex 53 LXRs 53 myelinated axons 53 lymphoid cells 53 biochemical imbalances 53 white matter hyperintensities 53 papilla 53 visual cortex 53 myoclonus 53 MAPKs 53 basal forebrain 53 laterality 53 irritability mood swings 53 asthmatic airways 53 lesioned 53 excess glutamate 53 fronto temporal 53 kainate 53 amyloid beta plaque 53 neurons 53 hyperintensities 53 mitogen activated protein kinases 53 neuropeptides 53 pituitary tumors 53 NR2B 53 mutant flies 53 baroreceptors 53 toxic beta amyloid 53 glomerulus 53 motor neuron degeneration 53 somites 53 focally 53 abnormal neuronal 53 hypersomnia 53 dysregulated 53 Circadian rhythm 53 penile erection 53 serotonergic 53 prefrontal cortex 53 behavioral abnormalities 53 electrically stimulating 53 tubule 53 myometrium 53 hypertrophic 53 scavenger cells 52 POMC neurons 52 amyloid plaque formation 52 olfactory neurons 52 PrPSc 52 overactivated 52 saccades 52 amygdala 52 rat hippocampus 52 bullae 52 edematous 52 atrophic 52 LDLR 52 capsaicin receptor 52 parkinsonism 52 dorsolateral prefrontal cortex DLPFC 52 neurofibrillary 52 seminomas 52 synaptic proteins 52 sexually dimorphic 52 EEG signals 52 neural fibers 52 overactivation 52 Mice lacking 52 endogenous opioid 52 inhibitory neurons 52 VMPC 52 palmitoylation 52 odorant molecule 52 notochord 52 DRG neurons 52 hypoperfusion 52 genes encode proteins 52 metabolize cholesterol 52 ChR2 52 mechanoreceptors 52 pineal gland 52 dopamine pathways 52 JAK2 enzyme 52 delusions hallucinations 52 da mage 52 Androgen receptor 52 cAMP signaling 52 glomeruli 52 mammary epithelial cells 52 neuritic plaques 52 tactile stimuli 52 diffusely 52 endoplasmic 52 glutamate receptors 52 α synuclein 52 noradrenergic 52 ganglion cell 52 Sonic hedgehog 52 prefrontal cortexes 52 globin gene 52 CREB protein 52 PGC 1α 52 akinesia 52 hypothalamic pituitary adrenal HPA 52 Neural stem cells 52 mesolimbic 52 middle temporal gyrus 52 superior temporal cortex 52 ERK signaling 52 parenchyma 52 dysgenesis 52 punctate 52 physiological reactions 52 mutant huntingtin protein 52 SIRT1 gene 52 gamma aminobutyric acid 52 D2 receptor 52 primary cilia 52 neuroD2 52 frontoparietal 52 potentiated 52 pituitary adenoma 52 Dopaminergic 52 trophoblasts 52 BMP signaling 52 temporal parietal 52 fornix 52 excitatory neurotransmitter glutamate 52 anterior pituitary 52 EGF receptors 52 vomeronasal organ VNO 52 pyramidal cells 52 epithelia 52 SOCS3 52 neural pathways 52 gait abnormalities 52 explants 52 myosins 52 PIP3 52 skeletal muscle cells 52 GABAergic 52 mitral cells 52 Tbx5 52 kappa opioid receptors 52 CYP#E# gene 52 lateral hypothalamus 52 lacrimal glands 52 microcephalin 52 trabeculae 52 junctional 52 serotonin signaling 52 sensory disturbances 52 MMP2 52 synapses 52 ciliated 52 nephron 52 tumoral 52 peripheral tissues 52 rhythmicity 52 GABAergic interneurons 52 locomotor activity 52 frontal lobes 52 neurotransmitters dopamine 52 parotid glands 52 adrenal medulla 52 inferior frontal cortex 52 N acetylaspartate 52 μ opioid receptor 52 osteocytes 52 Overactive 52 neural circuits 52 neurosteroid 52 Broca area 52 renal tubular 52 KATP channels 52 prefrontal cortex PFC 52 BDNF protein 52 underlying pathophysiology 52 physiological arousal 52 sensory modalities 52 midgut 52 affective psychoses 52 sulci 52 synovial cells 52 renal fibrosis 52 gadolinium enhanced 52 excitotoxic 52 basolateral amygdala 52 gut motility 52 GABAergic neurons 52 normal prion proteins 52 Brain scans 52 sciatic nerves 52 type II pneumocytes 52 auditory nerves 52 malignant prostate 52 medulla 52 opiate receptors 52 diverticula 52 unstable detrusor muscle 52 anatomic structures 52 titanium atoms 52 dentate gyrus 52 hypothalamic pituitary axis 52 PKMzeta 52 activated macrophages 52 trigeminal 52 oscillatory 52 cellular prion protein 52 pupillary 52 presynaptic 52 dysfunction LVSD 52 noradrenaline 52 olfactory stimuli 52 hypogonadotropic hypogonadism 52 signaling cascades 52 TGF beta pathway 52 papillae 52 cholinergic receptors 52 ovarian hormones 51 visuospatial processing 51 biochemical imbalance 51 choroidal neovascularization 51 synesthetes 51 intestinal epithelium 51 eccrine 51 ependymal cells 51 highly vascularized 51 cytoskeletal protein 51 Skeletal muscle 51 auditory cortex 51 umbilical vein 51 lipofuscin 51 subthalamic nucleus 51 anterior cingulate gyrus 51 sensorimotor 51 Leydig cell 51 secretory 51 peroxisome 51 sensory receptors 51 hamartomas 51 diastolic function 51 inverse agonist 51 phonic tics 51 fractional anisotropy 51 frontostriatal 51 F actin 51 cerebral atrophy 51 noncancerous cells 51 CA1 51 neuronal migration 51 neurotransmitter receptors 51 left ventricular diastolic 51 taste receptors 51 hemolytic 51 neuronal connections 51 Astrocytes 51 metalloproteases 51 dystrophic 51 evolutionarily ancient 51 exocytosis 51 detrusor 51 substantia nigra 51 rod photoreceptors 51 leptin deficient 51 paraventricular nucleus 51 cutaneous lesions 51 D3 receptors 51 medial prefrontal cortex mPFC 51 insoluble proteins 51 kidney tubules 51 downregulate 51 optic chiasm 51 sarcomere 51 costimulatory 51 MCH neurons 51 atherosclerotic lesions 51 glutamatergic neurons 51 GABAA 51 Nerve endings 51 anterograde 51 dopamine serotonin 51 receptor subtypes 51 hERG channel 51 nasal mucosa 51 neurotransmission 51 hypothalamic pituitary gonadal HPG 51 semicircular canal 51 NKT cells 51 osteoblast 51 ciliary 51 psychomotor retardation 51 polyuria 51 meningeal 51 parenchymal 51 LIS1 51 nociceptive 51 Genetic mutations 51 TGF b 51 derangements 51 superior temporal sulcus 51 neuropeptide Y 51 mice genetically altered 51 SUMOylation 51 dorsal root 51 tyrosine hydroxylase 51 Cathepsin B 51 PECAM 1 51 endocannabinoid signaling 51 inhibitory 51 acetylcholine neurotransmitter 51 Alzheimer disease pathology 51 Thyroid hormone 51 bradykinesia 51 metabolic abnormality 51 apoC III 51 interneuron 51 N myc 51 receptor gamma 51 impaired cognition 51 neurofilament 51 SMAD4 51 extracellular calcium 51 stellate cells 51 SH2 B 51 nitrotyrosine 51 nAChR 51 cytokine signaling 51 parietal lobe 51 mitochondrial membrane 51 p# activation 51 transduced 51 serotonin receptors 51 adenosine receptors 51 thalamus 51 vasomotor 51 visuospatial 51 brain circuitry 51 sortilin 51 CB2 receptors 51 dopamine neurons 51 enzyme acetylcholinesterase 51 ventricular dilatation 51 Hippocampal 51 psychomotor agitation 51 CYP #A# 51 epigenetic modification 51 hyperintense lesions 51 agonist induced 51 DNMT1 51 oxidized lipids 51 nerve sheaths 51 odorant molecules 51 tau protein 51 Acetylcholine 51 inhibitory synapses 51 amyloid deposition 51 beta1 integrin 51 melanopsin 51 T1 weighted 51 immunoreactivity 51 striata 51 cryptochromes 51 synaptic terminals 51 endocannabinoid receptors 51 alpha catenin 51 Or#b 51 goblet cells 51 intracellular signaling 51 adrenals 51 retinal dystrophy 51 overstimulation 51 transcriptional activation 51 hemichannels 51 metabolizing enzyme 51 WNK1 51 ataxias 51 chemosensory 51 Estrogen receptors 51 epigenetic modifications 51 amygdala reactivity 51 leptin concentrations 51 fMRI scans 51 apoE4 51 neuronal differentiation 51 cerebellar cortex 51 Treg cells 51 pudendal nerve 51 Nerve fibers 51 mineralocorticoid 51 epicardium 51 hyperarousal 51 vascular endothelial cells 51 neuronal degeneration 51 arcuate fasciculus 51 satiety signals 51 cardiac fibrosis 51 hemoglobin molecules 51 situs inversus 51 beta endorphin 51 melanocyte 51 sensory perceptions 51 leptin deficient mice 51 hypervascular 51 nicotinic 51 suprachiasmatic nucleus SCN 51 cilium 51 leptin receptors 51 dorsomedial 51 attentional 51 Physiologically 51 choroidal 51 mRNA molecules 51 gastric distention 51 metabolic abnormalities 51 neurite outgrowth 51 BRAF protein 51 transmembrane protein 51 arousals 51 allopregnanolone 50 TGFb 50 glioblastoma tumor 50 interstitium 50 thyrotoxicosis 50 ventral 50 sensory stimuli 50 neuritic 50 cortisol secretion 50 neuronal stem cells 50 brain limbic 50 motile 50 overactive 50 stimulated electrically 50 microelectrode 50 amyloid beta plaques 50 Electrodes implanted 50 S#A# [002] 50 adrenergic receptors 50 diurnal rhythm 50 toxic amyloid beta 50 myogenic 50 lipomas 50 neuro transmitter 50 haemolysis 50 neural crest cells 50 osteoid 50 degenerating neurons 50 arteriosclerotic 50 IL6 50 Neurons 50 ultrasonic vocalizations 50 neuroendocrine 50 dystonias 50 DNA methylation patterns 50 neuromotor 50 senile plaques 50 vulval 50 chromosomal aberrations 50 cytosol 50 carcinoids 50 airway reactivity 50 myelin sheathing 50 MAP kinase 50 sulcus 50 hyperreflexia 50 innate immune responses 50 mice lacking 50 membrane lipids 50 Notch1 50 Optic nerve 50 neuronal axons 50 excitatory signals 50 posterior cingulate cortex 50 chromatin remodeling 50 opioid peptides 50 Sexual arousal 50 solitary locusts 50 axon guidance 50 coronary endothelial 50 olfactory cues 50 contractility 50 allostatic 50 mammalian brain 50 sarcomeres 50 PDGFR alpha 50 neural activation 50 corticosterone levels 50 reticular formation 50 subarachnoid space 50 inferior frontal gyrus 50 glial tumors 50 kinesin motor 50 normoxic 50 steroidogenic 50 hemodynamic responses 50 6 OHDA 50 anhedonia 50 astrocyte cells 50 monocyte 50 GH secretion 50 Aß 50 terminally differentiated 50 cdk5 50 sensory nerve fibers 50 lipin 50 microvascular endothelial cells 50 #ß 50 beta amyloid proteins 50 Wnt1 50 excitatory neurotransmitter 50 fibrous tissues 50 fatty acid oxidation 50 stathmin 50 inferior colliculus 50 Smad3 50 corticospinal tract 50 prestin 50 phrenic 50 leptin signaling 50 oxidative metabolism