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(Click for frequent words.) 65 somatosensory cortex 65 globus pallidus 64 pineal 64 anterior cingulate 64 gyri 64 cortical regions 64 gyrus 63 midbrain 63 inferior frontal 63 electrically stimulating 63 dorsolateral 63 hindbrain 62 brain cortex 62 prefrontal cortical 62 subgenual cingulate 62 striatal 61 parahippocampal gyrus 61 cingulate 61 primary visual cortex 61 thalamus 61 prefrontal regions 61 rostral anterior cingulate cortex 61 fusiform gyrus 61 orbitofrontal cortex OFC 61 parietal cortex 60 parietal lobes 60 hippocampal 60 posterior cingulate 60 insular cortex 60 occipital lobe 60 hippocampus 60 orbitofrontal 60 premotor cortex 60 parahippocampal 60 occipital lobes 60 cortical 60 cortical neurons 60 medial temporal 60 caudate 60 basal ganglia 60 fronto 60 piriform cortex 59 hypothalamic 59 occipital cortex 59 somatosensory 59 premotor 59 dorsolateral prefrontal 59 cingulate cortex 59 inhibitory transmitter 59 medial orbitofrontal cortex 59 cortex 59 visual cortex 59 perirhinal cortex 59 medial frontal 59 mammillary bodies 59 neuronal synapses 59 ventromedial 58 hormone secretion 58 medial frontal cortex 58 middle frontal gyrus 58 downregulate 58 orbital frontal cortex 58 gamma oscillations 58 temporoparietal junction 58 suprachiasmatic nucleus 58 sensorimotor 58 hyperactivation 58 anterior temporal 58 neuro transmitters 58 dorsolateral prefrontal cortex 58 parietal cortices 58 ventrolateral 58 temporal lobe 58 sensory cortex 58 cerebellar 58 medial prefrontal 58 cortexes 58 brain hypothalamus 58 beta adrenergic receptors 58 entorhinal cortex 58 corticospinal 58 rCBF 57 hypothalamus gland 57 inferior parietal lobule 57 rostral 57 neuronal circuits 57 anterior cingulate cortex 57 noradrenergic 57 basal forebrain 57 Broca area 57 frontal parietal 57 myocyte 57 posterior parietal cortex 57 D2 receptor 57 amygdalae 57 orbitofrontal cortex 57 Brodmann Area 57 inferior frontal gyrus 57 arcuate nucleus 57 mesolimbic 57 subthalamic nucleus 57 innervation 57 temporoparietal 57 superior colliculus 57 synaptic transmission 57 ventromedial prefrontal cortex 57 Thyroid hormone 57 cortices 57 hypothalamus 57 electrically stimulated 57 cortico 57 striatal dopamine 57 cerebellum 57 parietal regions 57 GLUT4 57 hypocretin neurons 57 dorsal horn 57 medulla 57 parietal 57 prefrontal brain 57 circadian pacemaker 57 cerebral cortex 57 neurone 57 acetylcholine receptors 56 medial prefrontal cortex 56 anterior temporal lobe 56 prefrontal lobe 56 vasomotor 56 sensorimotor cortex 56 subthalamic nucleus STN 56 gamma aminobutyric acid 56 neuronal activity 56 habenula 56 temporal cortex 56 dendritic spine 56 chemoreceptors 56 glomerular 56 caudate nucleus 56 hippocampal formation 56 electroencephalographic 56 posterior cingulate cortex 56 beta endorphin 56 hippocampi 56 auditory cortex 56 proprioceptive 56 innervated 56 ciliary 56 cingulate gyrus 56 putamen 56 efferent 56 echogenicity 56 lateral hypothalamus 56 dorsal root ganglia 56 parietal lobe 56 NAc 56 nociception 56 striated muscle 56 CB1 receptors 56 thermoregulatory 56 left ventricular diastolic 56 innervate 56 rACC 56 superior temporal gyrus 56 insula 56 suprachiasmatic nucleus SCN 56 sensory nerves 56 limbic 56 olfactory cortex 56 ventral 56 Electrical impulses 56 inhibitory synapses 56 inferior parietal 56 anterior cingulate gyrus 56 cerebral hemispheres 56 ACh 55 Androgen receptor 55 optic chiasm 55 brain visual cortex 55 demyelinated 55 pyramidal neurons 55 neurones 55 ventral prefrontal cortex 55 semicircular canals 55 nociceptors 55 forebrain 55 thalamic 55 brainstem 55 auditory pathways 55 subcortical 55 dorsolateral prefrontal cortex DLPFC 55 limbic system 55 excitatory signals 55 cerebral cortical 55 postural sway 55 dorsal anterior cingulate cortex 55 dopamine signaling 55 pineal glands 55 adrenocortical 55 cardiac autonomic 55 afferents 55 superior temporal cortex 55 prefrontal 55 hypometabolism 55 lacrimal glands 55 GABA neurotransmitter 55 acupoints 55 serotonin neurons 55 laterality 55 vagal 55 angular gyrus 55 ventral striatum 55 synaptic cleft 55 brain neurotransmitter 55 upregulates 55 locus coeruleus 55 motor cortex 55 contractile 55 lateral ventricle 55 pudendal nerve 55 nucleus accumbens 55 periventricular 55 Purkinje cells 55 striatum 55 PER2 55 baroreflex 55 fractional anisotropy 55 inferior colliculus 55 neuromuscular junction 55 carbohydrate metabolism 55 medial temporal lobes 55 postsynaptic 55 anterior insula 55 CaM kinase II 55 corticospinal tract 55 lateral habenula 55 suprachiasmatic nuclei 55 neuromuscular junctions 54 ventral pallidum 54 pyramidal cells 54 lateralized 54 neural pathways 54 neural 54 autoregulation 54 olfactory bulb 54 dendritic spines 54 prefrontal cortices 54 acetylcholine receptor 54 striata 54 locomotor activity 54 vermis 54 amygdala neurons 54 hypothalamic pituitary 54 inhibitory neurotransmitters 54 hyper excitability 54 presynaptic 54 neurons 54 inferior temporal gyrus 54 amyloid β 54 inhibitory interneurons 54 raphe 54 subventricular zone 54 brain frontal lobe 54 Purkinje cell 54 periaqueductal gray 54 hippocampal neurons 54 subcortical regions 54 junctional 54 retinal nerve 54 aggrecan 54 acetylcholine neurotransmitter 54 myogenic 54 paraventricular nucleus 54 mPFC 54 sensory neurons 54 transcriptional activity 54 ischemia induced 54 lateral ventricles 54 podocyte 54 afferent 54 prefrontal lobes 54 noradrenaline 54 neurotransmitter receptors 54 synaptic function 54 modulatory 54 brain hemispheres 54 PGC 1α 54 glutamatergic neurons 54 dopamine neuron 54 monoamine 54 endogenous opioid 54 hippocampal function 54 adenosine receptors 54 neural pathway 54 blood oxygenation 54 serotonin transporters 54 muscarinic receptors 54 autonomic nervous system 54 anterior pituitary 54 myelinated 54 autonomic nervous 54 fornix 54 cilium 54 cortical activation 53 enteric nervous 53 AMPA receptors 53 sensory neuron 53 prefrontal cortex 53 glutamatergic 53 mammalian brains 53 reticular 53 Fig. 1C 53 cAMP signaling 53 inferior frontal cortex 53 cortical atrophy 53 anterior cortex 53 vessel dilation 53 baroreceptors 53 AMPA receptor 53 penile erection 53 researchers hypothesize 53 dopamine receptors 53 microvessel 53 dorsal root 53 contractility 53 amyloid plaque formation 53 perivascular 53 neocortical 53 prefrontal cortex PFC 53 muscle twitches 53 pupillary 53 electrophysiological 53 organogenesis 53 neuropeptide Y 53 retinal neurons 53 abnormal neuronal 53 colonic motility 53 nNOS 53 synaptic inputs 53 degenerating neurons 53 middle temporal gyrus 53 dopamine D2 receptor 53 dorsomedial 53 lipoprotein lipase 53 mu opioid 53 neuronal signaling 53 TrkB 53 osteoblastic 53 motor neuropathy 53 ganglion cells 53 intraparietal sulcus 53 hyperalgesia 53 medial temporal lobe MTL 53 DNA methylation patterns 53 theta rhythm 53 cyclic AMP cAMP 53 vagal nerve 53 parenchyma 53 neuronal migration 53 homeostatic 53 anterior cingulated cortex 53 hypoperfusion 53 dentate gyrus 53 dorsal prefrontal cortex 53 autophagic 53 cypin 53 lateral orbitofrontal cortex 53 nitric oxide synthase 53 cerebellar vermis 53 malonyl CoA 53 endogenous opioids 53 thicker cortex 53 opiate receptors 53 nAChRs 53 electrical conduction 53 interstitial fibrosis 53 precuneus 53 raphe neurons 53 myometrium 53 trigeminal 53 synapse maturation 53 synaptic proteins 53 pituitary hormone 53 RSD# selectively blocks 53 splanchnic 53 medial temporal lobe 53 baroreflex sensitivity 53 tubule 53 Hippocampal 52 semicircular canal 52 postural stability 52 contractile function 52 Acetylcholine 52 catalytic subunit 52 olfactory sensory neurons 52 neuronal pathways 52 neurotransmitter norepinephrine 52 temporo parietal junction 52 gut motility 52 bioelectrical 52 temporal lobes 52 da mage 52 neural fibers 52 vagus 52 frontotemporal 52 neuroepithelial cells 52 nAChR 52 amygdale 52 GABA receptor 52 lateral prefrontal cortex 52 phrenic nerve 52 vasodilation 52 catecholamine 52 posterior parietal 52 neurosensory 52 cerebral oxygenation 52 neurosteroid 52 subcortical structures 52 proprioception 52 perfusion defects 52 occipital 52 allodynia 52 calpain 52 dermal papilla 52 lung epithelium 52 N acetylaspartate 52 vascular endothelial 52 cortisol secretion 52 superior temporal sulcus 52 cellular metabolism 52 cortical thickness 52 neuronal dysfunction 52 transmural 52 LXRs 52 BMP signaling 52 frontal cortex 52 vomeronasal organ VNO 52 opioid receptor 52 ErbB4 52 anatomic structures 52 neurotransmitters serotonin 52 amygdala 52 evolutionarily ancient 52 mediastinum 52 ipRGCs 52 pineal gland 52 neuritic 52 leptin signaling 52 GI motility 52 mastoid 52 extraocular 52 tracer uptake 52 excess glutamate 52 vitamin D receptors 52 MAP kinase 52 hypothalamic pituitary adrenal axis 52 opioid peptides 52 myofibroblasts 52 DLPFC 52 synaptic plasticity 52 diffusion tensor 52 meningeal 52 Sonic hedgehog 52 axon guidance 52 kalirin 52 DRG neurons 52 neuron 52 neuromotor 52 nicotinic receptor 52 subarachnoid space 52 serotonin receptor 52 leptin concentrations 52 sensory receptors 52 phasic 52 Chialvo 52 spatial cognition 52 pharyngeal 52 adrenal cortex 52 choroid 52 hyperexcitability 52 TRPV4 52 coronary microvascular 52 dopamine neurons 52 mechanoreceptors 52 serotonin signaling 52 metabolizing enzyme 52 Fig. 1D 52 MEF2 52 inhibitory neurons 52 branching morphogenesis 52 neuronal plasticity 52 neuronal membranes 52 cyclic AMP 52 cortical thinning 52 FGFs 52 ventral tegmental area 52 serotonergic neurons 51 optic tectum 51 caveolae 51 dopamine synthesis 51 striatal neurons 51 lymphangiogenesis 51 sGC 51 hippocampal volumes 51 extracellular fluid 51 cerebral hemisphere 51 mitogenic 51 hypothalamic pituitary adrenal HPA 51 c Fos 51 motoneurons 51 GH secretion 51 pulse amplitude 51 KATP channels 51 hypointense 51 oculomotor 51 hypoactive 51 fovea 51 NR2B 51 neurotransmitter serotonin 51 T2 weighted images 51 sural nerve 51 motor neurones 51 potentiation 51 vagus nerves 51 tibial nerve 51 μ opioid receptor 51 Prefrontal 51 brain limbic 51 posterior fossa 51 anteromedial 51 epididymal 51 epicardium 51 autonomic dysfunction 51 Skeletal muscle 51 SOCS3 51 GABAergic interneurons 51 inflammatory cytokine 51 myelinated axons 51 cerebral arteries 51 sulci 51 cranial nerves 51 kainate 51 nitric oxide synthase NOS 51 rhythmicity 51 proteoglycan 51 glutamate receptors 51 limbic brain 51 microglial 51 transferrin receptor 51 excitatory neurotransmitter 51 MCH neurons 51 fractional shortening 51 cytoskeletal 51 endocrine glands 51 distension 51 pelvic girdle 51 neuro transmitter 51 myocardial tissue 51 planum temporale 51 dopamine receptor 51 synovial 51 coronary endothelial 51 microelectrode 51 atrial tissue 51 orexin neurons 51 ADAM# 51 Circadian rhythm 51 fusiform 51 POMC neurons 51 sensory nerve fibers 51 hypothalamus pituitary 51 microvasculature 51 almond shaped structure 51 interneuron 51 interneurons 51 neurotransmitter GABA 51 melatonin hormone 51 auditory neurons 51 mu opioid receptors 51 flexion extension 51 cannabinoid receptors 51 trigeminal ganglion 51 enkephalin 51 diastole 51 frontal temporal 51 retinal pigment epithelium 51 pontine 51 synaptic vesicles 51 muscles tendons ligaments 51 mammalian tissues 51 capillary density 51 ipsilateral 51 neuronal connections 51 hormone vasopressin 51 accumbens 51 intact parathyroid hormone 51 interconversion 51 experimentally induced 51 intestinal villi 51 endoplasmic reticulum ER 51 toxic beta amyloid 51 neo cortex 51 mechanical dyssynchrony 51 implanted stimulator 51 dopamine transporter 51 FSH receptor 51 motilin 51 foveal 51 overactivity 51 cerebrum 51 FGF signaling 51 neuronal receptors 51 GABA gamma aminobutyric acid 51 endogenous cannabinoids 51 photoreceptor cell 51 chemosensory 51 brain parenchyma 51 hormones secreted 51 baroreceptor reflex 51 Sonic Hedgehog 51 olfactory receptor neurons 51 rat hippocampus 51 neurocircuitry 51 Optic nerve 51 vasopressin receptors 51 insulin signaling pathways 51 brain glucose metabolism 51 baroreceptor 51 brain 51 brainwave patterns 51 focally 51 Wnt signaling 51 sensory disturbances 51 hormone norepinephrine 51 hypocretin 51 myosins 51 fig. S4 51 lipid rafts 51 synaptic 51 foregut 51 vmPFC 50 vomeronasal organ 50 growth hormone secretion 50 circadian genes 50 excitatory neurons 50 mandibular 50 neuropeptides 50 nicotinic receptors 50 GATA4 50 nerve cells 50 subchondral bone 50 frontal lobe 50 tonsillar 50 neural circuits 50 TGF ß1 50 gastrointestinal motility 50 posteromedial cortex 50 neurotransmitter receptor 50 retinal photoreceptors 50 TFIIH 50 vastus medialis 50 neurotransmitter 50 ethmoid 50 substantia nigra 50 serotonin receptors 50 enkephalins 50 glutamate receptor 50 PMR1 50 S#A# [002] 50 neocortex 50 secreting insulin 50 neuropeptide 50 plasma leptin 50 peri infarct 50 membrane lipids 50 PI3K signaling 50 diaphragmatic 50 regulates gene expression 50 vestibular apparatus 50 microvessels 50 cellular organelles 50 fig. S1 50 Hypothalamic 50 calcium ion 50 vascular occlusion 50 trabeculae 50 octopamine 50 amyloid beta plaque 50 gamma aminobutyric acid GABA 50 inferior parietal cortex 50 brain circuitry 50 ectodermal 50 computed tomographic scans 50 membrane proximal 50 sensing neurons 50 postsynaptic neuron 50 proinflammatory mediators 50 superior mesenteric artery 50 mammalian brain 50 emotional reactivity 50 theta waves 50 synaptogenesis 50 bowel bladder 50 neurohormonal 50 serotonin synthesis 50 adventitia 50 neural impulses 50 neurohormones 50 spatial orientation 50 sends electrical impulses 50 synapses 50 basolateral amygdala 50 nigrostriatal 50 immunoreactive 50 proteinases 50 D2 receptors 50 nucleus accumbens NAc 50 electrodes surgically implanted 50 synchrony 50 ganglion 50 anterior hippocampus 50 proton pump 50 oncomodulin 50 mesoderm 50 NMDA receptors 50 lacrimal gland 50 VMAT2 50 microstructural 50 inhibitory neurotransmitter 50 eicosanoids 50 bulbar 50 arterioles 50 sensory modality 50 apical 50 cortical excitability 50 methylation patterns 50 regulated kinase ERK 50 lateral geniculate nucleus 50 adult neurogenesis 50 astrocytic 50 ligand receptor 50 brain neurochemistry 50 interstitium 50 medullary 50 caudal 50 anterolateral 50 microcirculatory 50 basilar artery 50 neurite outgrowth 50 skeletal muscle tissue 50 GSNO 50 phosphoinositide 50 tissue oxygenation 50 calcium homeostasis 50 dopamine neurotransmission 50 subcellular 50 bradykinesia 50 kappa opioid receptors 50 anabolism 50 locomotor 50 macrophage infiltration 50 sulcal 50 chemoattractant 50 elastase 50 nephron 50 receptor gene 50 adrenocorticotropic hormone 50 leptin deficient mice 50 Fig. 3B 50 optic lobes 50 IRS1 50 neural tissues 50 cryptochromes 50 sensory gating 50 IRE1 50 inflamed tissues 50 cerebellar cortex 50 pre frontal cortex 50 endothelium dependent 50 microcirculation 50 hyoid 50 inverse agonist 50 myofibroblast 50 cholinergic 50 sinoatrial node 50 synovial cells 50 Sexual arousal 50 medial prefrontal cortex mPFC 50 corticotrophin releasing hormone 50 cortical circuits 50 glutamate transporters 50 Dicer enzyme 50 posterior pituitary 50 parasympathetic nervous system 50 rotational angiography 50 serotonergic 50 brown adipose tissue 50 T1 weighted 50 neurotransmitter dopamine 50 hormone secreted 50 muscular contractions 50 vascularisation 50 endoplasmic reticulum 50 luminal surface 50 stromal 50 masseter 50 ERK pathway 50 pancreas gland 50 HPA axis 50 salivary cortisol 50 hypoxia induced 50 intraventricular 50 serotonin neurotransmitter 50 steroidogenic 50 N myc 50 intracortical 50 P cadherin 50 isolated perfused 50 Hair follicles 50 5 HT1A 50 epithelial cells lining 50 myocardial function 50 neurotransmission 49 secretory pathway 49 mitral cells 49 nociceptive 49 dopaminergic 49 sarcomere 49 aortic stiffness 49 sensory input 49 MT1 MMP 49 lipid homeostasis 49 morphogen 49 osteocytes 49 Fig. 1B 49 F actin 49 myocytes 49 parasympathetic 49 transmit nerve impulses 49 bowel motility 49 outflow tract 49 HER2 neu 49 neurochemicals 49 neuregulin 1 49 corticotropin releasing factor 49 myocardium 49 eotaxin 49 hemodynamic responses 49 PTEN gene 49 intracellular signal transduction 49 epigenetically 49 saccadic 49 neuropsychological functioning 49 toxic amyloid beta 49 serotonin transporter 49 sensory organ 49 foramen 49 granule cells 49 microsaccades 49 overactivated 49 cerebro spinal fluid 49 vagus nerve 49 M1 muscarinic 49 ventricular septum 49 TRPV1 channels 49 androgen signaling 49 infarcted 49 frontostriatal 49 trigeminal nerve 49 melatonin receptors 49 renal tubules 49 attentional blink 49 amygdalas 49 sensory nerve endings 49 cardiac myocytes 49 uveal 49 neuromuscular coordination 49 hypoxia inducible transcription 49 insulin receptors 49 FGF2 49 β1 49 podocytes 49 alimentary tract 49 secretory cells 49 ERK1 2 49 chromatin remodeling 49 auditory sensory 49 olfactory receptor cells 49 proinflammatory cytokines 49 electrophysiological recordings 49 dentate 49 hippocampal volume 49 chondrocyte 49 basilar 49 synaptic terminals 49 psychophysiological 49 neuronal 49 poststroke 49 orexin receptors 49 gliosis 49 TRPA1 receptor 49 vestibular 49 gp# protein [002] 49 immunoreactivity 49 infarcted myocardium 49 AV node 49 paraspinal 49 bronchoalveolar lavage fluid 49 TRPV3 49 secrete hormones 49 osteoblast 49 intramyocardial 49 TRPV1 receptors 49 digestive organs 49 edematous 49 parenchymal 49 joints tendons 49 mitochondrial respiration 49 Fig. 1A 49 chromosome #p#.# 49 capsaicin receptor 49 transmembrane 49 Stress hormones 49 alveolar bone loss 49 gadolinium enhanced 49 hypothalamic pituitary gonadal HPG 49 fibrin deposition 49 tyrosine hydroxylase 49 genu 49 chromatin remodeling complex 49 nicotine receptor 49 creatine kinase MB 49 dopamine pathways 49 CB2 receptors 49 cdk5 49 diffusible 49 CDH# 49 glucocorticoid induced 49 ablated 49 AT1R 49 airway remodeling 49 hippocampal cells 49 emotional arousal 49 chromosome #q#.# [001] 49 mitochondrial oxidative 49 cotransporter 49 anatomical structures 49 prostatic tissue 49 protein actin 49 MMP9 49 #ß 49 adrenal medulla 49 occipital regions 49 neural substrates 49 stochastic resonance 49 lactate dehydrogenase 49 terminal ileum 49 glomerulus 49 mucus glands 49 occipital nerve 49 NKT cell 49 bloodflow 49 paraventricular 49 autosomal dominant inheritance 49 NR2B subunit 49 ligand induced 49 nicotinic 49 eccrine glands 49 electrically stimulates 49 intercellular communication 49 parotid glands 49 transmembrane domain 49 Notch signaling 49 visceral adiposity 49 cholecystokinin CCK 49 neovascularization 49 Inhibitory 49 embryonic tissues 49 Dopaminergic 49 Diabetic neuropathy 49 amyloid deposition 49 subretinal 49 mitochondrial enzyme 49 semaphorin 49 opioid receptors 49 insoluble plaques 49 sciatic nerves 49 mirror neuron 49 T2 weighted 49 retinal pigment epithelial 49 Adrenergic 49 papilla 49 senile plaques 49 conduction velocity 49 vasodilatation 49 leukocyte counts 49 PIP2 49 dopaminergic neuron 49 sagittal plane 49 synapse formation