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(Click for frequent words.) 65 secretory cells 64 gamma oscillations 64 cypin 64 auditory neurons 64 Wnt proteins 63 neuronal activity 63 retinal neurons 63 morphogen 63 synaptic vesicles 63 cryptochromes 62 brain visual cortex 62 ganglion cell 62 suprachiasmatic nucleus 62 inferior colliculus 62 neuronal pathways 62 neuronal circuits 62 microelectrode 62 neuronal synapses 62 cortical neurons 62 serotonin neurons 61 neurone 61 neural impulses 61 calmodulin 61 ganglion cells 61 PIP3 61 GnRH neurons 61 axon guidance 61 bioelectrical 61 mRNA molecules 61 hippocampal neurons 61 extracellular signals 61 electrophysiological recordings 61 Purkinje cells 61 sensory nerves 61 ultrasonic vocalizations 61 FGFs 61 odorant molecule 61 pineal 61 retinal ganglion cells 61 somatosensory cortex 61 TRP channels 61 neuronal signaling 61 neurotransmitter GABA 60 postsynaptic 60 rat hippocampus 60 medial frontal cortex 60 filopodia 60 olfactory receptor cells 60 mitochondrial membranes 60 cAMP signaling 60 sensory modalities 60 EEG recordings 60 PER2 60 cilium 60 morphogens 60 EEG signals 60 hyperactivation 60 hindbrain 60 dermal papilla 60 fluorescently tagged 60 neurite outgrowth 60 hypothalamus gland 60 inferior parietal lobule 60 microglial 60 primary cilia 60 synaptic proteins 60 angular gyrus 60 ipRGCs 59 excitatory synapses 59 astrocytic 59 vitamin D receptors 59 chemoreceptors 59 brain auditory cortex 59 cultured neurons 59 EGF receptors 59 PrPC 59 BMP4 59 ciliated cells 59 tectum 59 intracellular proteins 59 osteocytes 59 premotor cortex 59 hypocretin neurons 59 neurones 59 C1q 59 stereocilia 59 focal adhesions 59 brainwave patterns 59 histone modifications 59 Shh signaling 59 amygdalae 59 brain hemispheres 59 DNA methylation patterns 59 parietal lobes 59 sensory neuron 59 vascular endothelial cells 59 cerebral hemispheres 59 excitatory neurons 59 bacterial flagella 59 AMPA receptors 59 cellular organelles 59 olfactory cortex 59 neurites 59 epicardium 59 motoneurons 59 astrocyte cells 59 intraparietal sulcus 59 membrane lipids 59 nerve axons 59 striated muscle 59 dynamical processes 59 amygdala neurons 59 photosystems 58 trophoblasts 58 photon microscope 58 interneuron 58 piriform cortex 58 neuroepithelial cells 58 cell nuclei 58 epidermal cells 58 costimulatory 58 BMP signaling 58 sensory cortex 58 brain cortex 58 electrical conductance 58 fusiform 58 sensory receptors 58 primary visual cortex 58 mammalian neurons 58 mammalian brains 58 olfactory neurons 58 mechanotransduction 58 Notch signaling pathway 58 microsaccades 58 actin remodeling 58 stellate cell 58 organogenesis 58 trabeculae 58 dermal papilla cells 58 MT1 MMP 58 genes encode proteins 58 dopamine neuron 58 Xenopus embryos 58 retinal nerve 58 ciliates 58 tubule 58 GABAA receptors 58 microelectrodes 58 glutamate signaling 58 antibody antigen 58 inhibitory interneurons 58 Wnts 58 ciliated 58 F actin 58 myogenic 58 serotonin transporters 58 phospholipid membranes 58 luciferin 58 beta adrenergic receptors 58 ERK2 58 depolarizing 58 optic tectum 58 dendritic spines 58 TRPV3 58 somites 58 protein filaments 58 zebrafish embryo 58 enzymatic pathways 58 nanoribbon 58 GPR# receptor [002] 57 neural crest cells 57 transcriptional machinery 57 mutant proteins 57 cytoskeletal structure 57 pyramidal neurons 57 auditory nerve fibers 57 sensory neurons 57 intracortical 57 chlorophyll molecules 57 TRPV1 receptors 57 hormone secreting 57 insoluble plaques 57 donor acceptor 57 intracellular bacteria 57 RKIP 57 melanopsin 57 vesicle fusion 57 superior colliculus 57 granzyme B 57 saccades 57 neuropeptides 57 α synuclein 57 neuronal plasticity 57 p# pathway 57 nociceptors 57 cuticular 57 circadian pacemaker 57 neurotransmitter receptors 57 MCF7 cells 57 occipital cortex 57 cortexes 57 cortical regions 57 paramecia 57 adrenal cortex 57 PI3K AKT 57 mesenchyme 57 circadian clocks 57 excitatory signals 57 auditory cortex 57 amyloid plaque formation 57 morphogenetic 57 synaptic transmission 57 subcellular compartments 57 olfactory stimuli 57 electroencephalographic 57 ultracold molecules 57 granule cells 57 anterior temporal lobe 57 biological molecules 57 microRNA molecules 57 fluorescently labeled 57 transferrin receptor 57 cerebellar cortex 57 mesenchymal cells 57 neurotransmitter receptor 57 caveolae 57 auditory stimuli 57 PIP2 57 trophic factors 57 electroencephalography EEG 57 exocytosis 57 perirhinal cortex 57 depolarization 57 habenula 57 tracheae 57 stellate 57 Purkinje cell 57 myelinated axons 57 gyri 57 intracellular signal transduction 57 electrical conduction 57 Nerve cells 57 oscillatory 57 terahertz pulses 57 GLUT4 57 somatosensory 57 subcellular structures 57 interstitium 57 cardiac myocytes 57 mechanoreceptors 57 BDNF protein 57 embryonic tissues 56 ERK signaling 56 myocytes 56 cortical activation 56 MAP kinase 56 otoliths 56 stomatal 56 ciliary 56 serotonergic neurons 56 calpain 56 dorsal horn 56 intercellular signaling 56 brain hypothalamus 56 electrically stimulating 56 myofibroblasts 56 infectious prion proteins 56 downregulate 56 cingulate gyrus 56 phytochrome 56 Math1 56 fusiform gyrus 56 CaM kinase II 56 sensory organs 56 electrically stimulated 56 frontal parietal 56 toxic beta amyloid 56 terahertz frequencies 56 punctate 56 sine waves 56 S#A# [002] 56 dendrites 56 lacrimal gland 56 depolarized 56 fronto 56 electronic excitations 56 olfactory bulb 56 trigeminal 56 intramolecular 56 auditory stimulation 56 olfactory receptor 56 intracellular signaling 56 GABAergic interneurons 56 synaptic cleft 56 inferior frontal 56 GATA4 56 luteolin 56 EMBL scientists 56 PKMzeta 56 ribonucleic acid molecules 56 taste receptors 56 papillae 56 hyphae 56 midbrain 56 micronuclei 56 sexually dimorphic 56 mammalian embryo 56 Electrical impulses 56 hippocampal cells 56 fascin 56 normal prion proteins 56 epithelial tissues 56 Tbx5 56 neuronal membranes 56 rhodopsin 56 polypeptide chain 56 glomerular 56 glomerulus 56 thermoregulatory 56 podocytes 56 microvessels 56 sinus node 56 single celled algae 56 chromatin structure 56 neuro transmitters 56 Hox genes 56 chlorosomes 56 Runx2 56 photoactivation 56 Confocal microscopy 56 synapse formation 56 brainwave activity 56 Hair follicles 56 Fig. 4a 56 resonant frequencies 56 neural pathways 56 rootlets 56 bistability 56 antigen receptors 56 glutamate receptors 56 neural pathway 56 inferior temporal gyrus 56 sensory axons 56 bioactive molecules 56 electroencephalographic EEG 56 HIP1 56 cryopyrin 56 sortilin 56 morphogenesis 56 anthocyanin pigments 56 sensory organ 56 cytokine receptors 56 circularly polarized light 56 dendritic spine 56 hemoglobin molecules 56 mucosal tissue 56 cilia 56 membrane fusion 56 JAK STAT 56 ubiquitin molecules 56 medial prefrontal 56 chlorophylls 56 colocalization 56 opsins 56 lung epithelium 56 rubidium vapor 56 calcium homeostasis 56 myocyte 56 BRAF protein 56 mitochondrial respiration 55 epithelial tissue 55 theta waves 55 glutamate transporters 55 physiological parameters 55 osteoclast 55 temporoparietal 55 cryptochrome 55 helium atoms 55 micro RNAs 55 neural tissues 55 proximal tubule 55 oxidized lipids 55 scalp electrodes 55 semicircular canals 55 sGC 55 pineal glands 55 choroid 55 autophagic 55 coated nanoparticles 55 neurons 55 kinesin motor 55 periodicities 55 neuroanatomical 55 tau aggregates 55 sensory stimuli 55 MAPKs 55 messenger molecule 55 eukaryotic cells 55 lapse microscopy 55 SUMOylation 55 female reproductive tract 55 messenger RNAs mRNAs 55 enteric nervous 55 phagocytosis 55 fruitflies 55 microRNA molecule 55 CCL# 55 endosomes 55 anatomical structures 55 amyloid peptides 55 Peripheral nerves 55 myelinated 55 non coding RNA 55 trimers 55 pericytes 55 TRPV4 55 pentamer 55 striata 55 MDSCs 55 astrocyte 55 myosin II 55 unicellular organisms 55 multiprotein complex 55 Fig. 1b 55 TSLP 55 hormone aldosterone 55 sRNA 55 paracellular 55 photosynthetic apparatus 55 Amyloid Beta 55 AV node 55 Neurons communicate 55 sensory perceptions 55 conformational changes 55 GAGs 55 soundwaves 55 MAP kinases 55 PrPSc 55 noncoding RNAs 55 magnesium ion 55 chiral molecules 55 glaucomatous 55 photopigment 55 inflammatory cytokine 55 parietal cortex 55 pigment granules 55 lateral geniculate nucleus 55 Golgi apparatus 55 lamellar 55 vestibular apparatus 55 mitogen activated protein kinases 55 MEF2D 55 mouse mammary 55 translationally 55 cardiac progenitor cells 55 redox reactions 55 ultrasonic frequencies 55 epigenetically 55 proton pump 55 cyclic AMP 55 glioblastoma cells 55 rat neurons 55 absorption spectra 55 electrophysiological 55 Androgen receptor 55 attentional blink 55 vertebrate embryos 55 corticospinal 55 FGF2 55 vibrational frequency 55 endocrine glands 55 neuronal circuitry 55 zinc ions 55 P cadherin 55 ACh 55 tyrosine phosphorylation 55 lipid vesicles 55 S nitrosylation 55 HOX genes 55 multinucleated 55 synaptogenesis 55 ERK pathway 55 contractile 55 radial glia 55 planetary magnetospheres 55 TGFb 55 Htt 55 proNGF 55 presynaptic 55 neuroligins 55 prefrontal cortical 55 evanescent waves 55 neurotransmitter norepinephrine 55 hormone secretion 55 nonthermal 55 prefrontal cortices 55 Notch signaling 55 anesthetized rats 55 optic lobes 55 phagosomes 55 NMDA receptors 55 neural circuitry 55 hippocampal 55 chromophores 55 kidney tubules 55 motile 55 sensory input 54 adsorbate 54 ATPase activity 54 ontogeny 54 neuronal connections 54 fluorescent nanoparticles 54 intercellular communication 54 secretory pathway 54 reproductive hormones 54 pituitary hormone 54 premotor 54 Broca area 54 cortices 54 highly vascularized 54 basal forebrain 54 Cortisol levels 54 SOCS3 54 microvessel 54 lung fibroblasts 54 nanostars 54 fornix 54 medial orbitofrontal cortex 54 primary cilium 54 epigenetic marks 54 nanobubbles 54 medial temporal 54 dendrite 54 transduce 54 neural activation 54 prestin 54 RGCs 54 parahippocampal gyrus 54 excitatory 54 neurocircuitry 54 neural tissue 54 electrochemical reactions 54 octopamine 54 neurite 54 mirror neuron 54 innervate 54 cadherins 54 insular cortex 54 odorant receptors 54 lithium atoms 54 modulatory 54 planum temporale 54 vomeronasal organ VNO 54 CPEB 54 brainstem 54 Raman spectra 54 eukaryotic cell 54 basal lamina 54 odorants 54 SNARE complex 54 conspecifics 54 filamentous fungi 54 γδ T cells 54 peroxisome 54 vomeronasal organ 54 Stat1 54 firefly luciferase 54 olfactory cues 54 insoluble proteins 54 auxin 54 tubules 54 mesothelial cells 54 netrin 1 54 morphologically 54 plexiform 54 DARPP 54 glia cells 54 neural cells 54 visual cortex 54 hippocampal formation 54 exudates 54 Smad3 54 diffusible 54 salivary protein 54 laterality 54 PHD2 54 mTORC1 54 Hox gene 54 BCL6 gene 54 centrioles 54 Josephson junctions 54 biologic pathways 54 fluorescent molecules 54 vacuolar 54 NKT cells 54 nAChR 54 zebrafish larvae 54 somatic motility 54 amyloid deposits 54 sulci 54 Aâ 54 neuroimaging studies 54 inhibitory neurons 54 metazoan 54 metabolizing enzymes 54 neuronal axons 54 Abeta protein 54 neural fibers 54 binding affinities 54 interstitial fluid 54 fluorescence intensity 54 microstructural 54 Pax6 54 rostral anterior cingulate cortex 54 trophoblast cells 54 thalamic 54 Stress hormones 54 fascicles 54 ventromedial prefrontal cortex 54 hair follicle stem cells 54 parotid glands 54 hematopoietic cells 54 evolutionarily ancient 54 explants 54 titin 54 resonance frequencies 54 Nod1 54 protein subunits 54 neural progenitor cells 54 melanocyte 54 palytoxin 54 nucleolus 54 transcriptional activation 54 ERK1 2 54 chemosensory 54 lacrimal glands 54 epigenetic modifications 54 Dopaminergic 54 protein clumps 54 cell adhesion molecules 54 electrodes surgically implanted 54 mucosal immunity 54 hypothalamic 54 solitary locusts 54 olfactory receptor neurons 54 transporter proteins 54 cellulose synthase 54 spindle neurons 54 GPx 54 bullae 54 histopathologic examination 54 nanomagnets 54 NMDAR 54 hexamer 54 sphingolipid 54 intracellular compartments 54 extracellular matrix proteins 54 optogenetic 54 forebrain 54 planaria 54 antibodies bind 54 subcellular 54 opioid peptides 54 acetylcholine neurotransmitter 54 adhesion molecules 54 neuro transmitter 54 PC# cells 54 neuromelanin 54 anterior pituitary 54 quantum coherence 54 FGF signaling 54 Fig. 2B 54 striatal 54 mammary cells 54 fluorescent molecule 54 MAPCs 54 TXNIP 54 Arp2 3 54 neo cortex 54 synaptic function 54 anatomic structures 54 visual stimuli 54 mPFC 54 ganglia 54 Magnetic nanoparticles 54 epithelial mesenchymal 54 cannabinoid receptors 54 vomeronasal 54 Wnt pathway 54 globular proteins 54 calcium ion 54 teleost fish 54 tau protein tangles 54 RXi sd rxRNA compounds 54 alimentary tract 54 embryoid bodies 54 cell signaling pathways 54 histone modification 54 retinal cells 54 Fig. 3b 54 lateral prefrontal cortex 54 orbitofrontal cortex OFC 54 biochemical signaling pathway 54 hematopoetic stem cells 54 striatal neurons 54 dendritic 54 basophils 54 interconversion 54 X ray crystallographic 54 ncRNA 54 osmotic stress 54 entorhinal cortex 54 fruiting bodies 54 signaling cascades 54 contractile function 54 pyramidal cells 54 sensory modality 54 occipital lobes 53 GluR1 53 AMPA receptor 53 chondrocyte 53 enzyme kinetics 53 magnetic coil 53 Circadian rhythm 53 chlorophyll fluorescence 53 microfluidic channels 53 membrane receptors 53 dentate gyrus 53 SIRT2 53 calcineurin 53 prokaryotic cells 53 TGF beta pathway 53 odorant receptor 53 phagocyte 53 Sonic hedgehog 53 epigenetic modification 53 immunofluorescence microscopy 53 neuregulin 1 53 perivascular 53 SNAREs 53 previously uncharacterized 53 hypothalamic neurons 53 dopant atoms 53 echogenic foci 53 plasmon 53 nAChRs 53 P gp 53 cultured rat 53 visuomotor 53 metalloproteases 53 mammalian circadian clock 53 Th2 immune 53 meshwork 53 lucidum 53 inhomogeneities 53 osmotic pressure 53 carotid artery thickness 53 germinal centers 53 Nbs1 53 synaptic terminals 53 cofilin 53 neural mechanisms 53 amyloid fibrils 53 transcriptional repressor 53 cochlea 53 Glial cells 53 cellular respiration 53 miR# 53 physiologic responses 53 inhibitory receptors 53 vagal nerve 53 Wnt signaling 53 NPC#L# 53 Neural stem cells 53 LRP1 53 bile acid 53 poly dA 53 amyloid proteins 53 photoreceptor cell 53 Myc gene 53 gliosis 53 neuronal migration 53 cyclic adenosine monophosphate cAMP 53 HUVEC 53 transduction 53 monoamines 53 cytolytic activity 53 synchrony 53 Neuropeptide Y 53 Siglec 8 53 nonlinear optical 53 synovial cells 53 Doppler shifts 53 Kv#.# 53 mirror neuron system 53 collagen fibrils 53 xylem 53 proteolysis 53 porphyrins 53 podocyte 53 electron micrographs 53 TGF b 53 HCV replication 53 genomic loci 53 medulla 53 circadian clock genes 53 vocal folds 53 receptor proteins 53 mammary duct 53 afferents 53 Rab5 53 mesodermal 53 structural rearrangements 53 nanoprobes 53 parenchyma 53 TrkB 53 lipid membrane 53 normal prion protein 53 dorsal root 53 electron pairs 53 epithelial barrier 53 gold nanoclusters 53 auditory nerve 53 enkephalins 53 macroscopically 53 prostaglandin synthesis 53 pineal gland 53 oculomotor 53 choroid plexus 53 noncancerous cells 53 globin gene 53 neurotrophic 53 primary somatosensory cortex 53 stromal 53 β galactosidase 53 catalytically active 53 protein adsorption 53 vacuoles 53 paraventricular nucleus 53 TGF ß1 53 SNARE proteins 53 olfactory receptors 53 tau protein 53 ryanodine receptor 53 neurophysiological 53 circadian cycle 53 spectroscopic techniques 53 inhaled anesthetics 53 p#/CBP 53 hybridizations 53 cellular pathways 53 Caulobacter 53 tenascin C 53 amygdale 53 root nodules 53 pinna 53 zebrafish embryos 53 elastase 53 Hcrt 53 trichomes 53 CaM kinase 53 neuromuscular junction 53 subventricular zone 53 cytosol 53 nerve impulses 53 ligand binding 53 chromosome rearrangements 53 dystrophic mice 53 calcium permeable 53 synaptotagmin 53 melatonin hormone 53 MTT assay 53 magnetic pulses 53 amyloid β 53 differential gene expression 53 atrioventricular 53 diffracted 53 CaMKII 53 malonyl CoA 53 GABAergic 53 methylation patterns 53 kinesins 53 vesicle trafficking 53 microglial cells 53 LXRs 53 olfactory epithelium 53 mesothelin 53 ovarian hormones 53 transmit nerve impulses 53 enterotypes 53 spiral ganglion neurons 53 mice genetically altered 53 adhesion proteins 53 vibrationally 53 neuronal stem cells 53 NFTs 53 oocyte maturation 53 crystal lattices 53 primordia 53 cytokine signaling 53 nanotube transistors 53 Circadian clocks 53 inhomogeneity 53 fluorescing 53 atherosclerotic lesions 53 outer membranes 53 GFP fluorescence 53 vocalisations 53 rostral 53 neuronal differentiation 53 neural prosthetics 53 axonal 53 epithelia 53 lipid bilayers 53 qdots 53 synaptic vesicle 53 adult neurogenesis 53 humoral immune response 53 gold nanorods 53 pigment melanin 53 selenoproteins 53 Dicer enzyme 53 hexamers 53 Acetylcholine 53 cortical circuits 53 RNA polymerases 53 antennal 53 Raman spectroscopic 53 melatonin secretion 53 auditory cues 53 photoreceptors 53 proteinaceous 53 diffraction patterns 53 suprachiasmatic nuclei 53 external stimuli 53 neocortical 53 di GMP 53 afferent 53 sarcoplasmic reticulum 53 sensory cues 53 mammary cancers 53 gene expression patterns 53 nasal mucosa 53 disulfide bond 53 mammalian sperm 53 snapdragon flower 53 oscillating magnetic 53 siRNA knockdown 53 magnetization reversal 53 cardiac fibroblasts 53 tau neutrino 53 nematode Caenorhabditis elegans 53 epigenomic 53 cerebral cortical 53 cellular prion protein 53 foregut 53 proinflammatory mediators 53 prion strains 53 electron orbitals 53 chemotaxis 53 ultrastructure 53 lipid membranes 53 temporoparietal junction 53 electrophysiological properties 53 cranial nerves 53 immature dendritic cells 53 estrogen receptor alpha 53 umbilical vein 53 electron neutrinos 53 Hox proteins 53 physico chemical 53 fMRIs 53 P. gingivalis 53 Dictyostelium 53 bandgaps 53 MCH neurons 53 adventitious roots 53 calculi 53 cyclic AMP cAMP 53 pRb 53 cytoskeletal 53 opiate receptors 53 hormone vasopressin 52 macrophage cells 52 ncRNAs 52 undifferentiated stem cells 52 neural synapses 52 green pigment chlorophyll 52 Syt IV 52 ECoG 52 osteoblast 52 mitral cells 52 hypoxic tumor 52 Supplementary Fig 52 cortex 52 electrochemically 52 circuitries 52 HtrA2 52 actin cytoskeleton