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(Click for frequent words.) 79 synapses 74 neuron 73 synaptic 72 neurons 69 nerve cells 66 AMPA receptors 64 neurones 64 cortex 63 neurone 63 neuronal connections 63 synaptic connections 63 neuromuscular junction 63 neuronal 61 cilium 61 dendritic spines 61 axon 61 neural pathways 61 MEF2 61 dendrite 61 neural circuits 61 neurotransmitters 61 visual cortex 60 neuronal synapses 60 synapse formation 60 cypin 60 glutamate receptors 59 cell membrane 59 organelle 59 synaptic transmission 59 inhibitory neurons 59 forebrain 59 NMDA receptor 59 cytoskeleton 59 neurotransmitter 59 calpain 59 dendritic spine 58 NMDA receptors 58 plasticity 58 neuronal activity 58 hippocampal neurons 58 neural pathway 58 neural circuitry 58 sensory neuron 58 neurotransmitter glutamate 58 inhibitory 58 synaptic plasticity 58 axons 58 messenger molecule 58 cortical neurons 58 neuronal pathways 58 Neurons 58 vesicle 58 cerebellum 57 actin cytoskeleton 57 cortical 57 Wnt pathway 57 heterochromatin 57 thalamus 57 synaptic vesicles 57 endocytosis 57 granule cells 57 dentate gyrus 57 neural 57 AMPA receptor 57 glutamate 57 lysosome 57 PKMzeta 57 cytoskeletal 57 neurogenesis 57 mitochondrial membrane 57 RNA molecule 57 anterior cingulate 57 excitatory neurons 57 signaling molecule 57 hippocampus 57 microtubules 57 motor neuron 57 neural cells 57 nucleosome 57 neuronal circuits 56 neurites 56 somatosensory cortex 56 plasma membrane 56 nerve fibers 56 inhibitory interneurons 56 hindbrain 56 transcriptional machinery 56 mitochondria 56 BDNF 56 cerebral cortex 56 calmodulin 56 pyramidal neurons 56 synaptogenesis 56 myelination 56 dynein 56 brain circuitry 56 brain 56 astrocyte 56 POMC neurons 56 chromatin structure 56 proteolysis 56 centrosome 56 Golgi apparatus 56 toxic beta amyloid 56 Cdk5 56 Rac1 56 dopamine 56 acetylcholine 56 temporal lobe 56 neuronal plasticity 56 olfactory bulb 56 phagocytosis 56 molecule 56 hippocampal 56 actin filaments 56 tau protein 56 basal ganglia 56 centrosomes 56 mTORC1 56 Purkinje cells 55 Wnt signaling 55 interneurons 55 Cdc# 55 neurite 55 PIP3 55 mammalian brain 55 Pax6 55 presynaptic 55 RNA splicing 55 cyclic AMP 55 neuroligin 55 dopamine neurons 55 nerve axons 55 midbrain 55 superior colliculus 55 Skp2 55 endoplasmic reticulum 55 disulfide bond 55 BMP signaling 55 exocytosis 55 synapse maturation 55 endosomes 55 cytosol 55 cell cytoplasm 55 motor neurons 55 excitatory synapses 55 neurochemical 55 synaptic cleft 55 axon guidance 55 MAP kinase 55 morphogen 55 membrane protein 55 ubiquitin ligase 55 MeCP2 55 glial 55 inhibitory synapses 55 mutant protein 55 Sonic hedgehog 55 sensory neurons 55 ATPase 55 histone 55 proteins 55 collagen fibers 55 organelles 54 MDMX 54 signaling molecules 54 neuronal signaling 54 hypocretin neurons 54 habenula 54 intracellular 54 SUMOylation 54 odorant molecule 54 sensory nerves 54 amygdala 54 striatal 54 integrins 54 cadherin 54 melanocyte 54 neurotransmitter dopamine 54 neuronal circuitry 54 calcium ions 54 neurite outgrowth 54 lateral hypothalamus 54 serotonin receptors 54 serotonin neurons 54 #BP# 54 ubiquitylation 54 intercellular 54 molecular pathways 54 actin binding 54 dopamine receptors 54 dendrites 54 SGK1 54 Math1 54 endosome 54 amygdalae 54 titin 54 astrocytes 54 cohesin 54 hypothalamus 54 cilia 54 excitatory neurotransmitter 54 excitatory 54 calcineurin 54 glutamate receptor 54 focal adhesions 54 parietal cortex 54 endoplasmic reticulum ER 54 intestinal epithelial 54 protein synthesis 54 paxillin 54 glial cells 54 ubiquitination 54 primary cilium 54 biochemical pathway 54 neural crest cells 54 c Myc 54 microglial 53 vesicles 53 Purkinje cell 53 auxin 53 nerve impulses 53 neural connections 53 MDSCs 53 dynactin 53 huntingtin protein 53 neurotransmitter acetylcholine 53 PIP2 53 lysosomes 53 glutamate signaling 53 primary visual cortex 53 presenilin 53 intercellular communication 53 mesoderm 53 adult neurogenesis 53 cadherins 53 neurotransmission 53 cellular senescence 53 histone messenger RNA 53 IKKß 53 JAK STAT 53 Hox gene 53 messenger RNA 53 ERK2 53 intermolecular 53 histones 53 telomeric DNA 53 molecular pathway 53 DISC1 53 retinal neurons 53 alpha synuclein 53 neuro transmitter 53 olfactory neurons 53 myosin 53 Shh signaling 53 chromophore 53 kinase domain 53 metabolic enzymes 53 signaling pathway 53 RNA polymerase II 53 TrkB 53 striatum 53 PrP 53 oligodendrocyte 53 p# pathway 53 ion channels 53 E cadherin 53 pRb 53 mirror neurons 53 GluR1 53 NR2B 53 FoxO1 53 epigenetically 53 ciliary 53 gamma secretase 53 neural synapses 53 cardiac fibroblasts 53 gyrus 53 sister chromatids 53 dorsal horn 53 cytokinesis 53 PPAR delta 53 morphogens 53 SVZ 53 nerve endings 53 Smoothened 53 nucleolus 53 autophagy 53 TFIIH 53 heterochromatic 53 crosslinks 53 vacuole 53 ribozyme 53 angular gyrus 53 vinculin 52 neuroligins 52 neuronal migration 52 huntingtin 52 rhodopsin 52 Aβ 52 androgen receptor 52 mPFC 52 axonal 52 auditory cortex 52 extracellular 52 modulatory 52 receptors 52 frontal cortex 52 LIS1 52 telomeric 52 acetylcholine receptors 52 calcium permeable 52 NEDD8 52 vascular endothelial cells 52 glia 52 Acetylcholine 52 muscle fibers 52 term potentiation 52 primary cilia 52 tRNA 52 glial cell 52 gamma oscillations 52 BMP4 52 messenger RNA molecules 52 actin filament 52 adhesion molecule 52 proteasome 52 Ago2 52 postsynaptic 52 dendritic 52 orexin neurons 52 glia cells 52 microtubule 52 actin 52 HSCs 52 cannabinoid receptors 52 chromatin remodeling 52 biogenesis 52 intramolecular 52 amyloid beta 52 premotor cortex 52 subventricular zone 52 molecules 52 LRP1 52 Rab5 52 hyperactivation 52 outer membrane 52 centromere 52 cdk5 52 MyD# 52 cortical circuits 52 oncoprotein 52 nuclei 52 membrane fusion 52 mutated protein 52 sRNA 52 inhibitory neurotransmitters 52 peroxisome 52 entorhinal cortex 52 nicotinic receptors 52 acetylcholine neurotransmitter 52 DLX5 52 mRNAs 52 helicases 52 kinetochores 52 mammalian brains 52 synaptic function 52 arrestin 52 rostral anterior cingulate cortex 52 eukaryotic cells 52 HtrA2 52 biochemical cascade 52 neurotransmitter receptors 52 amyloid precursor protein 52 crystal lattice 52 subthalamic nucleus 52 enteric nervous 52 sortilin 52 zinc ions 52 HOTAIR 51 amyloid beta peptides 51 cellular organelles 51 microtubule dynamics 51 HSF1 51 adherens junctions 51 dopamine receptor 51 hippocampal cells 51 dopaminergic neurons 51 ganglion cells 51 FOXO 51 palmitoylation 51 RNA strand 51 signaling pathways 51 XBP1 51 limbic system 51 intraparietal sulcus 51 myogenesis 51 macrophage 51 myosin II 51 H2AX 51 Amyloid Precursor Protein 51 progranulin 51 OPHN1 51 neuronal axons 51 cofilin 51 mutant proteins 51 chromatin 51 cingulate 51 beta adrenergic receptors 51 ACh 51 Sonic Hedgehog 51 protein complexes 51 Notch signaling 51 RhoA 51 transcriptional activation 51 metabolic pathways 51 Foxp3 51 cytoplasm 51 secretory cells 51 myosin VI 51 serotonin receptor 51 NKT cell 51 caveolae 51 costimulatory 51 miR# 51 cortical regions 51 SWI SNF 51 mitotic spindle 51 polypeptide 51 brain hypothalamus 51 molecular mechanism 51 tubules 51 cyclins 51 cAMP 51 amyloid beta protein 51 protein p# 51 Nrf2 51 protein actin 51 GABAergic neurons 51 secretase 51 messenger RNAs mRNAs 51 frontal lobe 51 cell signaling pathways 51 histone protein 51 axonal transport 51 potassium ions 51 neuropeptides 51 CTCF 51 DNA strands 51 Nerve cells 51 kinetochore 51 vagus 51 SAP# 51 catenin 51 FGF# 51 tumor suppressor p# 51 neurochemicals 51 neocortex 51 myofibroblasts 51 Htt 51 receptor protein 51 suprachiasmatic nucleus 51 pre frontal cortex 51 interneuron 51 nAChR 51 endocannabinoid system 51 orbital frontal cortex 51 myelinated axons 51 posterior parietal cortex 51 T lymphocyte 51 heparan sulfate 51 amyloid proteins 51 tau tangles 51 TRPA1 51 calcium ion 51 diffusible 51 signaling cascade 51 TORC2 51 Golgi 51 immunological synapse 51 podocytes 51 c Abl 51 tumor suppressor protein 51 meiosis 51 chloroplast 51 Dpp 51 microglial cells 51 caspase activation 51 CRTC2 51 progerin 51 dopamine neurotransmitter 51 neuronal stem cells 51 endocytic 51 phospholipid membranes 51 glycan 51 olfactory nerve 51 parahippocampal gyrus 51 immune cells 51 mRNA 51 subunits 50 Keap1 50 biochemical pathways 50 semaphorin 50 cryptochrome 50 temporoparietal junction 50 podocyte 50 receptor molecules 50 protein subunits 50 limbic 50 centromeres 50 hippocampal synapses 50 FMRP 50 fission yeast 50 ABCA1 50 somatic motility 50 PMR1 50 RNA polymerase 50 CPEB 50 APOBEC3G 50 medial prefrontal cortex 50 amyloid beta proteins 50 SOCS3 50 basolateral 50 myelin 50 outer membranes 50 intestinal epithelial cells 50 phytochrome 50 serotonin 50 p# gene 50 fusiform gyrus 50 mitochondrion 50 gluconeogenesis 50 GABAB receptors 50 membrane lipids 50 Mre# 50 synaptic vesicle 50 GABA receptors 50 actin polymerization 50 apoptotic 50 gastrulation 50 autophagic 50 noncoding RNA 50 Broca area 50 NR2B subunit 50 TGF beta 50 EphA2 50 Neuregulin 1 50 neuroepithelial cells 50 Hox genes 50 polymerases 50 locus coeruleus 50 neurexin 50 ChR2 50 lysosomal 50 genomic instability 50 DARPP 50 postsynaptic neuron 50 brain visual cortex 50 synaptic inputs 50 cardiac myocytes 50 retinoblastoma protein 50 biological molecules 50 cerebral hemispheres 50 Rev erb 50 brainstem 50 telomerase enzyme 50 antigen presenting cell 50 amyloid peptides 50 EGFR signaling 50 vagus nerve 50 neurotransmitter receptor 50 dopamine transporter 50 ontogeny 50 glioblastoma cells 50 biochemically 50 medulla 50 epithelial cells 50 lincRNAs 50 Siglec 8 50 insulin receptors 50 F actin 50 kinesins 50 mutant huntingtin protein 50 acetyl groups 50 nucleosomes 50 prefrontal cortex 50 FOXO3a 50 neural crest 50 LKB1 50 sGC 50 tubulin 50 messenger RNAs 50 dopamine signaling 50 serotonin transporter 50 pro opiomelanocortin 50 receptor subunit 50 Hh 50 sensory input 50 plasminogen 50 mitochondrial membranes 50 SIRT3 50 ciliated 50 lymphatic vessels 50 cochlea 50 Argonaute 50 tau proteins 50 ADDLs 50 beta catenin 50 intracellular proteins 50 insulin secreting cells 50 tRNA synthetase 50 cellular membranes 50 excitation 50 TAp# 50 beta arrestin 50 Polycomb 50 molecule binds 50 CaMKII 50 PKD1 50 cell adhesion molecules 50 cell outer membrane 50 clathrin 50 ERK pathway 50 EphB2 50 cerebellar 50 TRPV1 receptors 50 Arp2 3 50 MCH neurons 50 CD1d 50 adhesion molecules 50 stereocilia 50 centrioles 50 vacuolar 50 Wnts 50 Schwann cells 50 genotoxic stress 50 medial prefrontal 50 RNAi pathway 50 neuronal cells 50 perirhinal cortex 50 dopamine neuron 50 actin myosin 50 dorsolateral 50 RANKL 50 GABAA receptors 50 Hedgehog signaling 50 Notch pathway 50 mutant flies 50 KLF# 50 cellular pathways 50 Synapses 50 transmembrane protein 50 tRNAs 50 amyloid protein 50 hypothalamic 50 mitral cells 50 c Src 50 neural fibers 50 glutamate transporters 50 DNMT1 50 chromophores 50 sensory cortex 50 Ca2 + 50 mucosal immunity 50 RNA strands 50 Hsp# [001] 50 RNA molecules 50 protein tau 50 enzymatic activity 50 senescent cells 50 homologs 50 melanopsin 50 premotor 50 TGF beta pathway 50 oxidative phosphorylation 50 motile cilia 50 TGF β 50 Rap1 50 cell membranes 50 HIP1 50 neuroplasticity 50 Prox1 50 SIRT1 50 CB1 receptors 50 GABAergic 50 methyl groups 50 HDAC2 50 blood vessels 50 MAPK 50 MT1 MMP 50 GAPDH 50 messenger RNA mRNA 50 intracellular compartments 50 acetylcholine receptor 50 CatB 50 β catenin 50 Wnt proteins 50 transmembrane 49 dynamin 49 Neuronal 49 histone modifications 49 MEF2D 49 flavin 49 neurocircuitry 49 p# protein 49 TGF ß 49 myocytes 49 excitons 49 filopodia 49 GABAergic interneurons 49 SNARE complex 49 phagocytes 49 RecA 49 osteoblast 49 transcription factors 49 TRF1 49 tumor suppressor genes 49 Akt1 49 Myosin II 49 TRPV1 receptor 49 intracellular signaling 49 effector 49 Ubx 49 transduction 49 BACE1 49 tumor suppressor 49 polymerase 49 pyramidal cells 49 midbrain dopamine neurons 49 secretory pathway 49 D2 receptors 49 MAPKs 49 C1q 49 mitochondrial dysfunction 49 myocyte 49 demyelinated 49 ubiquitins 49 Wnt signaling pathway 49 monocyte 49 circadian pacemaker 49 disulfide bonds 49 neuroblasts 49 myelin sheaths 49 nAChRs 49 germ cells 49 cellular metabolism 49 Vps# 49 connexin# 49 skeletal muscle 49 Dicer 49 granzyme B 49 protein filaments 49 translocates 49 telomere dysfunction 49 fusiform 49 piRNAs 49 receptor 49 multiprotein complex 49 spectrin 49 endonuclease 49 membrane receptors 49 excitatory signals 49 VE cadherin 49 insular cortex 49 untranslated regions 49 sensory receptors 49 NHEJ 49 Lhx2 49 Dopamine 49 fibril 49 neurosteroids 49 Th# cells 49 S1P 49 noncoding RNAs 49 leptin signaling 49 SATB1 49 myelin sheath 49 mirror neuron system 49 brain frontal lobe 49 gene transcription 49 vitamin D receptors 49 pancreatic cells 49 conformational 49 retinal cells 49 PML RARA 49 cell motility 49 magnesium ions 49 Pin1 49 mutant mice 49 basal layer 49 chemical acetylcholine 49 neuronal cell 49 auditory nerve fibers 49 anandamide 49 cyclic AMP cAMP 49 amygdala neurons 49 lipid membrane 49 overactive receptor 49 EZH2 49 nucleolar 49 neural mechanisms 49 Smad3 49 non coding RNA 49 orbitofrontal cortex OFC 49 mammalian cells 49 utrophin 49 ERK1 2 49 PP2A 49 acetyl CoA 49 guanosine 49 nociceptors 49 aldose reductase 49 palytoxin 49 microglia 49 cofactor 49 parietal lobes 49 metalloproteases 49 chemical messengers 49 putamen 49 somatosensory 49 rACC 49 dimer 49 suppressor gene 49 cyclic nucleotides 49 c myc 49 rat hippocampus 49 HOX genes 49 nucleotide 49 gene 49 myosin filaments 49 phosphorylation 49 SNAREs 49 cytoplasmic domain 49 Sirt1 49 FGF signaling 49 ependymal cells 49 dephosphorylation 49 collagen VI 49 netrin 1 49 deacetylation 49 amyloid beta peptide 49 estrogen receptor alpha 49 eukaryotic cell 49 transcriptional regulators 49 collagen fibrils 49 biomolecule 49 corpus callosum 49 cAMP signaling 49 Rb protein 49 E1A 49 CFTR 49 neural tissue 49 PPAR gamma 49 neurotransmitter GABA 49 Sgk1 49 zebrafish embryo 49 synaptic proteins 49 mirror neuron 49 antisense RNA 49 malonyl CoA 49 prefrontal lobe 49 hippocampal function 49 epigenetic marks 49 MALAT1 49 Peripheral nerves 49 replicase 49 CFTR protein 49 proteasomes 49 stathmin 49 S#K# 49 endogenous cannabinoids 49 FAK 49 Kv#.# 49 hypocretin 49 neurotrophin 49 excitatory neurotransmitter glutamate 49 BDNF gene 49 neuronal degeneration 49 catalytic subunit 49 amygdale 49 unicellular organism 49 ligase 49 genes encode proteins 49 supramolecular 49 GTPase 49 PDE5A 49 amyloid deposits 49 Rad# 49 gene p# 49 conformational changes 49 homologous recombination 49 neo cortex 49 replisome 49 tetramer 49 NKT cells 49 RNAP 49 protein encoded 49 transcriptional coactivator 49 auditory nerves 49 Ras pathway 49 glutamate neurotransmitter 49 cyclic GMP 49 perivascular 49 RNAs 49 transferrin receptor 49 lipid rafts 49 dimers 48 porphyrins 48 neurotrophins 48 GABA receptor 48 glomerulus 48 Myc protein 48 Sox# 48 neuregulin 1 48 molecular 48 hedgehog pathway 48 Wnt 48 homeostatic 48 neurosteroid 48 Glutamate 48 mu opioid receptors 48 paracrine 48 enzyme 48 EAAT2 48 cyclin D1 48 PrPC 48 neural crest stem cells 48 PKC alpha 48 ERK1 48 dendritic cells 48 afferent 48 focal adhesion 48 dystroglycan 48 adaptive immune 48 antigen receptor 48 cholinergic 48 osteoclast 48 RNA enzymes 48 PcG 48 Amyloid Beta 48 AMPK 48 KLF2 48 alpha catenin 48 occipital lobe 48 caspases 48 tumorigenesis 48 monocytes 48 Huntingtin 48 transcriptional regulation 48 beta amyloid plaques 48 5 hydroxymethylcytosine 48 hormone secretion 48 coiled coil 48 p#NTR 48 glutamatergic 48 amyloid plaques 48 prion proteins 48 epithelium 48 obestatin 48 riboswitch 48 Abeta 48 Cyclin D1 48 cellular signaling pathways 48 electrons 48 parietal lobe 48 gp# [002] 48 breast epithelial cells 48 fibril formation 48 BDNF protein 48 telomere maintenance 48 ankyrin 48 amyloids 48 Rheb 48 myeloid cells 48 transposable elements 48 olfactory receptor neurons 48 D2 receptor 48 PINK1 48 proteolytic 48 oligodendrocytes 48 neural impulses 48 Wnt1 48 farnesyl 48 vitamin D receptor VDR 48 pineal 48 tetherin 48 cryopyrin 48 CIB1 48 cyclin B1 48 T lymphocytes 48 osteoblasts 48 chromosome condensation 48 orbitofrontal cortex 48 neuronal apoptosis 48 alanine 48 CHD5 48 p# [001] 48 AV node 48 motoneurons