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(Click for frequent words.) 59 gamma oscillations 57 glutamate signaling 56 somatosensory cortex 56 neurone 56 occipital cortex 56 noradrenalin 55 hyperexcitability 55 MAP kinase 54 auditory nerve 54 ganglion cells 54 neuronal activity 54 somatosensory 54 auditory nerves 53 pyramidal cells 53 intraparietal sulcus 53 Aâ 53 dendritic spine 53 excitotoxicity 53 dorsal horn 53 inhibitory transmitter 52 paraventricular nucleus 52 midbrain 52 serotonin neurons 52 pyramidal neurons 52 inferior frontal 52 ventral pallidum 52 prestin 52 glutamatergic 52 ACh 52 neuro transmitters 52 rostral anterior cingulate cortex 52 nociceptors 52 magnetic stimulation 52 mesolimbic 52 insular cortex 52 auditory neurons 52 synaptic inputs 52 glutamate neurotransmitter 52 EphB2 52 adrenal cortex 52 neuronal plasticity 52 glia cells 52 cochlear 52 sensory neuron 52 proNGF 52 Rauschecker 52 brain glucose metabolism 52 cyclic AMP 52 toxic beta amyloid 52 prefrontal brain 52 auditory pathways 51 locus coeruleus 51 granule cells 51 cyclic AMP cAMP 51 protein tau 51 overactivation 51 amygdala neurons 51 ultrasonic vibrations 51 microglial 51 electrically stimulating 51 ventral prefrontal cortex 51 astrocyte 51 neurite outgrowth 51 neuronal excitability 51 signaling cascades 51 pineal 51 noradrenaline 51 SIRT3 51 catecholamine 51 nociceptive 51 ipRGCs 51 suprachiasmatic nucleus 51 olfactory receptor neurons 51 retinal ganglion cells 51 brainstem 51 habenula 51 prefrontal cortical 51 dopamine signaling 51 TrkB 50 D aspartate 50 hypothalamus gland 50 lateral habenula 50 brain visual cortex 50 parahippocampal gyrus 50 neuronal synapses 50 GluR1 50 orexin neurons 50 inhibitory neurotransmitter 50 oculomotor 50 neurotransmitter GABA 50 hyperactivation 50 TGF beta pathway 50 vagal nerve 50 neuronal signaling 50 neurotransmitter dopamine 50 malonyl CoA 50 subcortical 50 anterior cingulate 50 AMPA receptors 50 theta waves 50 lateral hypothalamus 50 p# pathway 50 neuropeptide Y 50 modulatory 50 ganglion cell 50 CaMKII 50 brain limbic 50 amyloid proteins 50 melanopsin 50 CaM kinase II 49 GABA gamma aminobutyric acid 49 neurotransmitter receptors 49 basal forebrain 49 plasmon 49 retinal nerve 49 neuroinflammatory 49 limbic 49 vitamin D receptors 49 neural 49 implanted stimulator 49 kalirin 49 resonant cavity 49 hippocampal cells 49 cortical neurons 49 GABA neurotransmitter 49 sortilin 49 medial orbitofrontal cortex 49 medial temporal 49 inhibitory interneurons 49 primary visual cortex 49 dorsolateral 49 SUMOylation 49 CaR 49 inhibitory synapses 49 Akt3 protein 49 EEG signals 49 neuropeptides 49 electrical conduction 49 electroencephalographic 49 temporoparietal 49 synaptic transmission 49 neuronal pathways 49 GABAA receptors 49 surface plasmon 49 inhibitory neurotransmitters 49 prefrontal lobe 49 medial temporal lobes 49 HPA axis 49 sensory cortex 49 amyloid β 49 intracellular proteins 49 dysfunctional mirror neuron 49 hippocampal neurons 49 ChR2 49 inhibitory neurons 49 serotonin signaling 49 amyloid deposition 49 retinal neurons 48 Electrical impulses 48 piriform cortex 48 calcium permeable 48 excitatory signals 48 almond shaped structure 48 acetylcholine neurotransmitter 48 receptor activation 48 saccadic 48 neurones 48 visual cortex 48 podocytes 48 fronto 48 subthalamic nucleus 48 synapse formation 48 pericytes 48 amyloid beta plaque 48 SOCS1 48 premotor 48 hypothalamic pituitary adrenal axis 48 SOCS3 48 neuronal cell 48 depolarization 48 olfactory neurons 48 auditory cortex 48 auditory sensory 48 autocrine 48 cochlea 48 excitatory neurons 48 Bryostatin 48 terahertz frequency 48 ErbB3 receptor 48 brainwave patterns 48 neurotransmitter norepinephrine 48 electrophysiological 48 enteric nervous 48 inferior colliculus 48 cyclic adenosine monophosphate cAMP 48 vomeronasal organ VNO 48 transduction 48 thalamus 48 dendritic spines 48 lensless imaging 48 spectral fingerprint 48 serotonin transporters 48 neuronal receptors 48 cAMP signaling 48 brain auditory cortex 48 microvessels 48 inferior frontal cortex 48 medulla 48 presynaptic 48 NMDA receptors 48 neurotransmitter glutamate 48 autoregulation 48 TGF b 48 striatal 48 arcuate nucleus 48 brain frontal lobe 48 sensory nerves 48 dentate gyrus 48 nitric oxide synthase 48 nAChR 48 gamma aminobutyric acid GABA 48 kainate 48 p# MAPK 48 synaptic function 48 PPAR γ 48 microsaccades 48 GABAergic 48 beta adrenergic receptors 48 intracellular calcium 48 synaptic cleft 48 GABAergic interneurons 48 term potentiation 48 toxic amyloid beta 48 magnetic pulses 48 neurotransmission 48 galanin 48 NR2B 48 seratonin 48 neurons 48 potassium ions 48 amplitudes 48 pineal glands 47 neural stimulation 47 emit photons 47 POMC neurons 47 neurotransmitter acetylcholine 47 cholesterol homeostasis 47 cryopyrin 47 Smad3 47 contractility 47 lateral orbitofrontal cortex 47 adrenocortical 47 neuronal circuits 47 Shh signaling 47 parasympathetic nervous system 47 trigeminal 47 lateral geniculate nucleus 47 colocalization 47 nociception 47 rACC 47 synaptic proteins 47 Kv#.# channels 47 basal ganglia 47 brain hypothalamus 47 osteocytes 47 interneurons 47 sensory input 47 Brodmann Area 47 connexin# 47 contractile function 47 cortical 47 noradrenergic 47 mirror neuron system 47 dorsolateral prefrontal 47 attentional blink 47 baroreceptors 47 hormone norepinephrine 47 inflammatory cytokine 47 neuronal 47 infantile hemangioma 47 IKK2 47 Wnt beta catenin 47 ventromedial prefrontal cortex 47 X ray pulses 47 excess glutamate 47 sensory stimuli 47 oscillatory behavior 47 astrocytic 47 nerve cells 47 antigen presenting 47 B7 H1 47 olfactory cortex 47 afferent 47 sphingolipid 47 NF KappaB 47 Abeta# 47 acetylcholine 47 inferior parietal 47 neural pathway 47 ErbB receptors 47 TRPM8 47 neuronal dysfunction 47 ERK1 2 47 temporoparietal junction 47 thermally induced 47 auditory 47 microwave radiation 47 synaptic vesicles 47 glutamate receptors 47 TXNIP 47 amyloid plaque formation 47 blood vessel constriction 47 vestibular apparatus 47 Neuropeptide Y 47 excitatory 47 neuron 47 ephrin 47 T2 weighted images 47 premotor cortex 47 dorsal anterior cingulate cortex 47 ASIC1a 47 mechanotransduction 47 anterior temporal lobe 47 fast skeletal troponin 47 secretory cells 47 frequency modulated 47 nigrostriatal 47 vagal 47 S#A# [002] 47 Kv#.# 47 autophagic 47 brain cortex 47 AMPA receptor 47 TRPV4 47 tonic inhibition 47 planum temporale 47 Runx2 47 downregulating 47 anterior cortex 47 myelinated 47 zebrafish embryo 47 retinal photoreceptors 47 intraventricular 47 cultured rat 47 electroencephalograph EEG 47 connexin 47 neuronal migration 47 Ras pathway 46 raphe 46 infrasonic 46 da mage 46 norepinephrine 46 NKG2D 46 Sirt1 46 microelectrode array 46 oscillatory 46 glial cell 46 Notch signaling 46 calcium homeostasis 46 transmits signals 46 lymphotoxin 46 superior colliculus 46 XBP 1s 46 mesothelin 46 transcranial magnetic stimulation TMS 46 soundwaves 46 fluorescently tagged 46 regulated kinase ERK 46 geophone 46 SAPAP3 46 occipital lobe 46 frontal parietal 46 Purkinje cells 46 bioelectrical 46 ultrasonic frequencies 46 terahertz frequencies 46 blood oxygenation 46 neuronal connections 46 tumor suppressor protein 46 PEDOT nanotubes 46 signaling cascade 46 resonant frequencies 46 dopamine neuron 46 ERK pathway 46 nitric oxide synthase NOS 46 olfactory receptor cells 46 orbitofrontal cortex OFC 46 cerebro spinal fluid 46 enkephalins 46 subventricular zone 46 allopregnanolone 46 glucokinase 46 backscattering 46 melatonin hormone 46 cypin 46 cytokine signaling 46 capsaicin receptor 46 axonal regeneration 46 serotonergic 46 neuron degeneration 46 cingulate 46 microelectrode 46 corticospinal 46 cortexes 46 theta rhythm 46 interleukin 1beta 46 auditory nerve fibers 46 mice genetically altered 46 fusiform gyrus 46 sinus node 46 amyloid beta plaques 46 mammalian brains 46 temporal lobe 46 absorbs photons 46 evanescent waves 46 demyelination 46 neuronal apoptosis 46 sensory nerve endings 46 physiological arousal 46 optogenetic 46 hyper excitability 46 tau tangles 46 costimulatory 46 fluorescence quenching 46 stimulator sends 46 neural degeneration 46 subcortical structures 46 GnRH neurons 46 amygdalae 46 LMAN 46 pineal gland 46 Wnt pathway 46 intracellular signaling 46 gyri 46 electrical impedance 46 MIT neuroscientists 46 TRPV1 receptors 46 cingulate cortex 46 hormone secretion 46 humoral immune responses 46 hypocretin neurons 46 neurosteroid 46 electron neutrinos 46 NAc 46 orbital frontal cortex 46 amygdale 46 electroencephalograms EEGs 46 Wnt proteins 46 electrode disable overactive 46 Raman scattering 46 Cathepsin B 46 neural prosthetics 46 TGFbeta 46 RKIP 46 Acetylcholine 46 subgenual cingulate 46 astrocyte cells 46 Wnt1 46 odorant molecule 46 olfactory bulb 46 ciliary 46 vessel constriction 46 transduce 45 neurofilament 45 chemotaxis 45 glutamate 45 medial prefrontal cortex 45 motor neurones 45 anterior temporal 45 hormone leptin 45 LXRs 45 induced neuronal 45 myofibroblast 45 circadian pacemaker 45 hormone ACTH 45 dopamine neurons 45 Wnt signaling 45 auditory stimuli 45 posterior cingulate 45 vomeronasal 45 cerebellar 45 amplitude modulated 45 caveolin 1 45 epigenetic modification 45 fatty acid oxidation 45 melatonin receptors 45 sensory nerve fibers 45 electroencephalograph 45 entorhinal cortex 45 intracortical 45 cryptochromes 45 rubidium vapor 45 beep beep beep beep 45 auditory stimulation 45 modulated signals 45 Doppler shifts 45 occipital lobes 45 polariton 45 Brd4 45 TRPV3 45 ultrasonic pulses 45 neurochemical 45 Htt 45 Rene Hen 45 bioactive lipid pathways 45 cortical regions 45 transmit high-power/high-frequency microwave 45 podocyte 45 RAS RAF MEK ERK 45 Broca area 45 calcineurin 45 polarization multiplexed 45 GABAergic neurons 45 electrical conductance 45 nano fluidic 45 cochlear nerve 45 peri infarct 45 forebrain 45 posterior parietal 45 PER2 45 brain 45 NMDAR 45 microglial cells 45 myocyte 45 canceling microphone 45 mitogen activated protein kinases 45 magnetoencephalography MEG 45 theta oscillations 45 genotoxic stress 45 depolarizing 45 synaptic 45 basophils 45 medial frontal cortex 45 Cherenkov radiation 45 postsynaptic neuron 45 proinflammatory 45 glial 45 TORC2 45 electroretinography 45 Dopaminergic 45 orbitofrontal cortex 45 neuroligin 45 fluorescent nanoparticles 45 cingulate gyrus 45 glial cells 45 microtubule dynamics 45 beta1 integrin 45 potentiation 45 suprachiasmatic nucleus SCN 45 stochastic resonance 45 cardiac myocytes 45 anterior hippocampus 45 CALHM1 45 otoacoustic emissions 45 retinal pigment epithelium 45 neurotransmitters serotonin 45 transcriptional machinery 45 trigeminal nerve 45 melanocyte 45 thalamic 45 tyrosine hydroxylase 45 STAT1 45 frequency harmonics 45 cortical thinning 45 tropical multi decadal 45 echolocation 45 extracellular calcium 45 nonlinear optical 45 excitatory neurotransmitter 45 neuronal stem cells 45 NKT cell 45 Signalife uses 45 heme oxygenase 45 cortico 45 mirror neurons 45 photoluminescence 45 piezoelectric transducer 45 synaptogenesis 45 mPFC 45 electrodes surgically implanted 45 adhesion molecule 45 mitogen activated protein kinase 45 cortex 45 stathmin 45 PTH secretion 45 endogenous cannabinoids 45 skin conductance 45 auditory brainstem 45 photons emitted 45 bone conduction 45 MAP kinase pathway 45 BMP signaling 45 focal adhesions 45 circularly polarized light 45 tactile sensations 45 morphogenetic 45 mutant proteins 45 cyclic GMP 45 medial prefrontal 45 sensorimotor 45 orexin receptors 45 axon regeneration 45 histone acetylation 45 cilium 45 fluid shear 45 periaqueductal gray 45 DNA methylation patterns 45 olfactory receptor 45 implanted electrodes 45 CEACAM1 45 beeping sound 45 transmit electrical impulses 45 hypothalamic 45 AKT pathway 45 helium ions 45 IRE1 45 Wnt signaling pathway 45 dermal papilla 45 Nerve cells 45 photon emission 45 sensory receptors 45 Peripheral nerves 45 huntingtin protein 45 dopaminergic neurons 45 efferent 45 PPAR delta 45 RF EMFs 45 diffusible 45 cortical activation 45 overactivity 45 BMP4 45 nerve regeneration 45 Thyroid hormone 45 neural progenitor cells 45 myogenesis 45 β catenin 45 upregulates 45 electrically stimulated 44 excitation 44 perirhinal cortex 44 involuntary muscle contractions 44 neuronal membranes 44 excitatory synapses 44 protease activated 44 Particle acceleration 44 neuro transmitter 44 fusiform 44 nerve axons 44 hippocampus amygdala 44 glomerulus 44 cyclin B1 44 photoacoustic imaging 44 auditory pathway 44 axonal damage 44 serotonin 44 neuronal axons 44 tissue oxygenation 44 UCP2 44 ErbB4 44 immunoreactive 44 glutamatergic neurons 44 ganglia 44 neural synapses 44 rat hippocampus 44 TRPA1 receptor 44 neural pathways 44 synaptic plasticity 44 inhibitory 44 CA3 44 γδ T cells 44 Notch signaling pathway 44 myelination 44 c Src 44 myeloid cells 44 Neurons communicate 44 actin remodeling 44 auditory processing 44 neuromuscular junction 44 beta endorphin 44 laser speckle 44 chemosignals 44 medial prefrontal cortex mPFC 44 messenger molecule 44 chemotactic 44 inferior parietal lobule 44 epigenetic markers 44 leptin signaling 44 GLUT4 44 plasmons 44 demyelinated 44 stereocilia 44 JAK STAT 44 adult neurogenesis 44 neurotransmitter 44 neurofibrillary 44 vmPFC 44 electronic excitations 44 Hair follicles 44 interferon pathway 44 dorsomedial prefrontal cortex 44 palmitoylation 44 Nerve impulses 44 ERK activation 44 postsynaptic 44 angular gyrus 44 neurogenesis 44 neural cells 44 photic 44 morphogen 44 sensory neurons 44 neuronal degeneration 44 starquakes 44 rostral cingulate 44 PKC enzyme 44 chemoreceptors 44 serotonergic neurons 44 Src kinase 44 orbitofrontal 44 microRNA molecules 44 caspase activation 44 hypothalamus 44 TRPA1 44 optic nerves 44 hypoperfusion 44 femtosecond pulses 44 parietal cortices 44 nystagmus 44 telecoil 44 nerve degeneration 44 photothermal 44 abnormal neuronal 44 prefrontal 44 switched capacitor 44 inferior temporal gyrus 44 cellular senescence 44 lung epithelium 44 photoreceptor cells 44 sends electrical impulses 44 medial temporal lobe MTL 44 HOTAIR 44 adipocytes fat 44 primary somatosensory cortex 44 Deisseroth 44 Nurr1 44 inhomogeneities 44 Keap1 44 GPR# receptor [002] 44 Stress hormones 44 autonomic nervous system 44 GABA receptor 44 rhythmicity 44 surface plasmon resonance 44 beta amyloids 44 Cannabinoid receptors 44 diffusion tensor imaging 44 IL 1β 44 acoustic echo cancellation 44 Hcrt 44 NF κB cell 44 CK # selectively 44 FOXM1 44 researchers hypothesize 44 JAK STAT signaling 44 PKMzeta 44 secrete hormones 44 chemical acetylcholine 44 detoxify carcinogens 44 binaural 44 electromagnetic pulses 44 electrical impulses 44 backscattered 44 Electromagnetic waves 44 transthyretin 44 rhodopsin 44 myelin sheathing 44 calmodulin 44 messenger serotonin 44 acetylcholine receptors 44 mitochondrial respiration 44 nerve fibers 44 IL #p# 44 hormones neurotransmitters 44 histone modifications 44 retinal dystrophy 44 precuneus 44 neuroepithelial cells 44 arterial inflammation 44 sensorineural 44 axonal transport 44 VSMC 44 neurotransmitter serotonin 44 S6K 44 TRPV1 44 IKKß 44 photoreceptors 44 subcortical regions 44 chaotic menstrual cycles 44 vagal tone 44 triggers apoptosis 44 anterior insula 44 estrogen receptor alpha 44 SIRT4 43 renal fibrosis 43 transfer FRET 43 retinal tissue 43 p# alpha [001] 43 mitogenic 43 GABAB receptors 43 oscillation frequency 43 Notch1 43 airway remodeling 43 tumor microenvironment 43 brain neurochemistry 43 photoreceptor 43 FGFs 43 receptor tyrosine kinase 43 infrared photons 43 Chialvo 43 Hedgehog signaling 43 frontal cortex 43 prefrontal regions 43 basolateral amygdala 43 motion parallax 43 modulated RF 43 sine waves 43 repetitive transcranial magnetic stimulation 43 leptin resistance 43 Karsnia recognized 43 neurochemicals 43 Foxp3 43 polyamine 43 dopamine serotonin 43 tumor suppressor proteins 43 phosphoprotein 43 depolarized 43 cultured neurons 43 glutamate receptor 43 c fos 43 Akt signaling 43 5 HT1A 43 H#K# [002] 43 exocytosis 43 mTORC1 43 pre frontal cortex 43 MEF2 43 hyperintensity 43 synapses 43 Th1 cells 43 mitogen activated protein 43 neurological pathways 43 PIP3 43 spaser 43 procaspase 3 43 myelin sheaths 43 micro machined 43 Cdc# 43 lymphatics 43 startle reflex 43 mRNA molecules 43 magnetic coil 43 synapse 43 surface plasmons 43 NF kB signaling 43 substantia nigra 43 auditory cues 43 casein kinase 43 Ena VASP proteins 43 cellular prion protein 43 cryo electron microscopy 43 telomerase activity 43 bilayer graphene 43 IRF5 43 sensory organs 43 EEG electroencephalogram 43 potassium ion 43 electrodes implanted 43 FGFR1 43 kinase pathway 43 photoacoustic 43 stress hormones 43 colonic mucosa 43 glucocorticoid receptors 43 overstimulates 43 methyl D aspartate 43 SH2 B 43 tau phosphorylation 43 lateral prefrontal cortex 43 inhibitory receptors 43 antiapoptotic 43 polyadenylation 43 disorientation nausea fatigue 43 RUNX3 43 biochemical cascade 43 MAP kinases 43 mirror neuron 43 Earth ionosphere 43 globus pallidus 43 Hh 43 near infrared spectroscopy 43 Notch receptor 43 Prox1 43 neural circuits 43 nucleus accumbens NAc 43 neural tissue 43 myelin insulation 43 hyperalgesia 43 S#K# 43 hindbrain 43 tactile stimulation 43 hypothalamic pituitary axis 43 electroencephalography EEG 43 afferents 43 Rev erb 43 Fc receptor 43 vibrationally excited 43 Syt IV 43 stimulated emission 43 brain lesions 43 dopamine norepinephrine 43 vagus 43 TGFß 43 dopaminergic 43 DNMT1 43 mesoderm 43 NK1R 43 aP2 43 neuronal differentiation 43 MT1 MMP 43 Purkinje cell 43 electron tunneling 43 hippocampal function 43 Myc gene 43 cerebral cortical 43 hyperpolarization 43 HDAC2 43 epitaxial layer 43 Brillouin 43 tinnitus ringing 43 microelectrodes 43 mGluR 43 antibody mediated 43 term potentiation LTP 43 Spinal fluid 43 neuronal function 43 conformational changes 43 pulser 43 transcranial magnetic stimulation 43 synaptic dysfunction 43 ventromedial 43 diaphragm detects 43 proto oncogene 43 quantum oscillations 43 PIP2 43 collagen VI 43 resonance frequency 43 4E BP1 43 echo canceller 43 chemical dopamine 43 Circadian rhythm 43 FGF signaling 43 paxillin 43 kinase gene 43 excitability 43 directivity 43 acetylcholine receptor 43 diffusion MRI 43 optic nerve 43 Fiber Bragg Grating 43 myogenic 43 beeping noise 43 intracellular pH 43 axonal 43 semiconducting nanowires 43 dopamine neurotransmitters 43 superior temporal gyrus 43 molecular chaperones 43 spectroscopic technique 43 tau proteins 43 emit electromagnetic radiation 43 rostral 43 neural impulses 43 IFN γ 43 parietal lobes 43 transcranial 43 MAPKs 43 neural plasticity 43 MCF7 cells 43 aminobutyric acid 43 enzyme AMPK 43 vibrational frequency 43 IGF1R 43 cerebral spinal fluid 43 NAcc 43 neurosensory 43 inhibiting renin 43 plasmacytoid dendritic cells 43 cholinergic 43 neural mechanisms 43 feedforward