hippocampus

Related by string. Hippocampus * * rat hippocampus . anterior hippocampus . hippocampus amygdala *

Related by context. All words. (Click for frequent words.) 73 amygdala 72 hippocampal 72 cortex 72 basal ganglia 69 visual cortex 69 dentate gyrus 69 neurons 68 cortical 68 prefrontal cortex 67 temporal lobe 67 cerebellum 67 cerebral cortex 67 medial prefrontal cortex 67 prefrontal 66 anterior cingulate 66 frontal lobe 66 thalamus 66 striatum 65 medial temporal lobe 65 neurogenesis 64 neuronal activity 64 frontal cortex 64 hippocampi 64 midbrain 64 auditory cortex 63 parietal lobe 63 entorhinal cortex 63 parietal cortex 63 dorsolateral prefrontal cortex 63 parietal lobes 63 hippocampal neurons 63 neocortex 63 ventral striatum 62 synaptic plasticity 62 orbitofrontal cortex 62 BDNF 62 neuronal 62 Broca area 62 primary visual cortex 62 medial temporal 62 somatosensory cortex 62 nucleus accumbens 62 parahippocampal gyrus 62 amygdalae 61 middle frontal gyrus 61 cingulate 61 parietal 61 nerve cells 61 gyrus 61 hypothalamus 61 synapses 61 caudate 61 neuron 61 prefrontal cortical 61 neurones 61 striatal 60 neural circuitry 60 temporoparietal junction 60 primary somatosensory cortex 60 ventromedial prefrontal cortex 60 DISC1 60 medial orbitofrontal cortex 60 posterior cingulate 60 forebrain 60 putamen 60 perirhinal cortex 60 anterior cingulate gyrus 60 neurotransmitter 60 neuronal circuits 60 temporal lobes 59 neural 59 rostral anterior cingulate cortex 59 posterior parietal cortex 59 anterior insula 59 precuneus 59 inferior frontal gyrus 59 ventromedial 59 neurotransmitters 59 lateral orbitofrontal cortex 59 tau protein 59 pre frontal cortex 59 angular gyrus 59 subcortical 59 dendritic spines 59 AMPA receptors 59 anterior cingulate cortex 59 declarative memory 59 limbic system 58 brain circuitry 58 insula 58 dopamine 58 frontal lobes 58 brain 58 fusiform gyrus 58 synaptic function 58 cortical regions 58 cortices 58 neurotransmitter dopamine 58 neuronal plasticity 58 hindbrain 58 premotor 58 NMDA receptors 58 parietal regions 58 inferior frontal 58 apoE4 58 D2 receptor 58 factor BDNF 58 lateral hypothalamus 57 synaptic 57 cingulate cortex 57 dopamine neurons 57 neural circuits 57 caudate nucleus 57 pyramidal neurons 57 substantia nigra 57 mammalian brain 57 PKMzeta 57 cingulate gyrus 57 subthalamic nucleus 57 dopamine receptors 57 cerebellar 57 insular cortex 57 superior temporal gyrus 57 motor cortex 57 cognitive functions 57 medial temporal lobe MTL 57 term potentiation 57 synapse 57 serotonin 57 premotor cortex 57 medial prefrontal 57 POMC neurons 56 brainstem 56 inferior parietal 56 rACC 56 occipital lobe 56 ventral tegmental area 56 granule cells 56 orbital frontal cortex 56 olfactory bulb 56 subventricular zone 56 serotonin neurons 56 synapse formation 56 dorsolateral 56 temporal cortex 56 posterior cingulate cortex 56 serotonin transporter 56 hippocampal volume 56 subgenual cingulate 56 superior colliculus 56 acetylcholine 56 hippocampal formation 56 hippocampal function 56 neural pathways 56 almond shaped structure 56 synaptic transmission 56 CB1 receptors 56 mPFC 56 BDNF gene 55 medial temporal lobes 55 hypothalamic 55 amygdale 55 hyperactivation 55 neuronal connections 55 brain derived neurotrophic 55 glucose metabolism 55 orbitofrontal cortex OFC 55 intraparietal sulcus 55 HPA axis 55 corpus callosum 55 ventral pallidum 55 prefrontal cortex PFC 55 brain frontal lobe 55 emotional arousal 55 temporoparietal 55 astrocytes 55 endoplasmic reticulum ER 55 lateral prefrontal cortex 55 periaqueductal gray 55 glutamate receptors 55 cortical neurons 55 myelination 55 frontotemporal 55 amygdalas 55 excitatory neurotransmitter 55 medial frontal cortex 55 posterior parietal 55 Wnt signaling 55 frontal parietal 55 orbitofrontal 55 Brodmann Area 55 Purkinje cells 55 cognition 55 neurotransmitter glutamate 55 rat hippocampus 55 habenula 54 endoplasmic reticulum 54 dopamine neurotransmitter 54 fMRI scans 54 limbic 54 dopamine signaling 54 neuroimaging studies 54 ventrolateral prefrontal cortex 54 basal forebrain 54 dorsal striatum 54 planum temporale 54 dorsolateral prefrontal 54 synaptic vesicles 54 sensorimotor 54 norepinephrine 54 lateral ventricle 54 rCBF 54 kalirin 54 ventral prefrontal cortex 54 inhibitory transmitter 54 arcuate nucleus 54 hippocampal volumes 54 lateral habenula 54 brain visual cortex 54 neuromuscular junction 54 globus pallidus 54 adult neurogenesis 54 neurofibrillary tangles 54 prefrontal brain 54 postsynaptic 54 inhibitory neurons 54 NMDA receptor 54 prefrontal lobe 54 protein tau 54 periventricular 54 CA1 54 GABAergic interneurons 54 cortexes 54 neural mechanisms 54 white matter hyperintensities 54 inhibitory 54 NPY 54 sensory cortex 54 inhibitory interneurons 54 beta endorphin 54 neural connections 54 term potentiation LTP 54 MEF2 54 progranulin 53 medial frontal 53 glutamate 53 thalamic 53 sensory neurons 53 overactivity 53 occipital cortex 53 presynaptic 53 neuronal dysfunction 53 dopaminergic neurons 53 ACh 53 SIRT1 53 embryogenesis 53 prefrontal regions 53 vasopressin receptors 53 Broca 53 circadian clock genes 53 orexin neurons 53 neurotransmitter acetylcholine 53 ventrolateral 53 serotonin receptors 53 gamma oscillations 53 plasticity 53 mesolimbic 53 anterior cortex 53 vmPFC 53 estrogen receptors 53 morphogen 53 calpain 53 parietal cortices 53 receptors 53 dendritic spine 53 medial prefrontal cortex mPFC 53 encodes protein 53 neurotransmission 53 synapse maturation 53 brain hypothalamus 53 fronto 53 striatal dopamine 52 Hippocampal 52 Wnt pathway 52 Cdk5 52 neuronal cells 52 locus coeruleus 52 sensorimotor cortex 52 neurodegeneration 52 NAcc 52 neurone 52 neural cells 52 alpha synuclein 52 fusiform 52 chemical dopamine 52 inferior temporal gyrus 52 amyloid beta 52 centrosome 52 SIRT1 gene 52 Alzheimer disease pathology 52 dorsal prefrontal cortex 52 NF kB 52 parahippocampal 52 glial cells 52 serotonergic neurons 52 neuritic plaques 52 GluR1 52 AMPA receptor 52 microglial 52 acetylcholine neurotransmitter 52 nerve fibers 52 pineal 52 SLC#A# [002] 52 demyelination 52 mammillary bodies 52 dopamine receptor 52 signaling molecule 52 neurotransmitter serotonin 52 neuronal synapses 52 synaptogenesis 52 insulin receptors 52 superior temporal sulcus 52 gyri 52 piriform cortex 52 non coding RNA 52 hypothalamic pituitary adrenal axis 52 SH#B# 52 cerebral hemispheres 52 serotonin receptor 52 cannabinoid receptors 52 neuronal circuitry 51 nNOS 51 beta catenin 51 occipital lobes 51 COMT 51 CaMKII 51 cerebral cortical 51 axon 51 hormone secretion 51 interneurons 51 cortical thinning 51 noradrenaline 51 rostral 51 Akt 51 astrocyte 51 inferior parietal cortex 51 attentional 51 amyloid beta plaques 51 SIRT3 51 excitatory 51 somatosensory 51 BACE1 51 neuronal function 51 chromatin remodeling 51 CREB protein 51 mutant protein 51 huntingtin 51 VMPC 51 Brain scans 51 cortisol 51 51 inferior parietal lobule 51 neuronal cell 51 TrkB 51 mirror neuron system 51 BMP signaling 51 cyclic AMP 51 neuroendocrine 51 Acetylcholine 51 ventral 51 olfactory cortex 51 visuospatial 51 excitatory neurons 51 suprachiasmatic nucleus SCN 51 microglial cells 51 serotonin transporter gene 51 methylation patterns 51 Golgi 51 voxel 51 telomere length 51 amyloid protein 51 p# mutations 51 melanopsin 51 frontal temporal 51 nucleus accumbens NAc 51 Abeta 51 glial cell 51 neuropeptides 51 neuronal stem cells 51 monoamine 51 olfactory bulbs 51 Brain derived neurotrophic 51 Notch signaling 51 radial glia 51 BDNF protein 51 nAChRs 51 Golgi apparatus 51 neuropeptide Y 51 NAc 51 spermatogenesis 51 nicotinic receptors 51 ABCA1 51 tau tangles 51 apoE 51 paraventricular nucleus 51 GABA receptor 51 electrophysiological 51 amyloid beta plaque 51 tumor suppressor gene 51 biochemical pathways 51 mitochondria 51 CHD5 50 diffusion tensor imaging 50 vermis 50 spatial cognition 50 ghrelin 50 chromosome #q#.# [001] 50 glutamatergic neurons 50 cilium 50 DNA methylation patterns 50 organelle 50 cognitive functioning 50 APOE4 50 endocrine glands 50 hippocampal cells 50 corticotropin releasing factor 50 excitatory neurotransmitter glutamate 50 estrogen receptor alpha 50 serotonin neurotransmitter 50 RNA splicing 50 CIB1 50 hypocretin 50 neural stem cells 50 excitatory synapses 50 cortical plasticity 50 endocannabinoid system 50 NR2B 50 neurocircuitry 50 GABAergic neurons 50 prefrontal cortices 50 superior temporal cortex 50 IKKß 50 chromosome #q# [002] 50 anterior temporal 50 microRNA molecules 50 MAPK pathway 50 neural plasticity 50 DLX5 50 gamma aminobutyric acid 50 receptor protein 50 SVZ 50 CDH# 50 dopamine transporter 50 cortical activation 50 neurotransmitter receptors 50 IGF2 50 receptor 50 Sonic hedgehog 50 excitotoxicity 50 phenotype 50 receptor gene 50 FGF# 50 nicotine receptor 50 dorsal anterior cingulate cortex 50 chemical serotonin 50 cognitive deficits 50 myelinated axons 50 nAChR 50 synaptic connections 50 neural correlates 50 subcortical structures 50 Nrf2 50 organogenesis 50 cortical thickness 50 dysregulated 50 gene expression patterns 50 mirror neurons 50 CA3 50 molecular signaling pathways 50 p# protein 50 neuropeptide 50 ipRGCs 50 mice lacking 50 middle temporal gyrus 50 imaging fMRI 50 receptor subunit 50 vitamin D receptors 50 fatty acid metabolism 50 neuroD2 50 fMRI 50 adrenal cortex 50 neuropeptide Y NPY 50 retinal photoreceptors 50 leptin receptor 50 D2 receptors 50 macula 50 histone 50 serotonin signaling 50 FoxO1 50 fusiform face 50 N acetylaspartate 50 gene 50 epigenetically 50 amyloid β 50 vasopressin 50 50 extracellular 50 superior frontal gyrus 50 brain limbic 50 LRP6 50 posterior temporal 50 glutamatergic 50 biochemical pathway 50 signaling molecules 49 cortical circuits 49 rostral cingulate 49 glia 49 voxels 49 inhibitory neurotransmitters 49 neurotransmitter GABA 49 gamma aminobutyric acid GABA 49 molecular pathway 49 synaptic proteins 49 remyelination 49 adiponectin 49 amyloid plaques 49 mTORC1 49 dysregulation 49 signaling pathway 49 myocytes 49 neuronal migration 49 skeletal muscle 49 Sir2 49 motoneurons 49 ApoE4 49 leptin hormone 49 cerebellar vermis 49 demyelinated 49 Sox# 49 cognitive function 49 atherosclerotic lesions 49 hypocretin neurons 49 metabolizing enzyme 49 ncRNAs 49 mesoderm 49 dysbindin 49 protein kinase C 49 MECP2 gene 49 heterochromatin 49 extracellular signal 49 PrP 49 carbohydrate metabolism 49 GABA receptors 49 cypin 49 receptor subtype 49 sulcal 49 cadherin 49 Neuronal 49 EZH2 49 toxic beta amyloid 49 insoluble plaques 49 perivascular 49 REM sleep 49 retinal neurons 49 cortico 49 regulates gene expression 49 miRNA genes 49 endocannabinoids 49 catenin 49 neurosteroid 49 clusterin 49 anterior prefrontal cortex 49 brain lesions 49 #p# [001] 49 STAT3 49 HOTAIR 49 CaM kinase II 49 PTEN gene 49 neuroanatomical 49 actin remodeling 49 mutant mice 49 corticosterone 49 IL 7R 49 Purkinje cell 49 FOXP2 49 LMAN 49 Hippocampus 49 tumor suppressor genes 49 steroid hormones 49 Hh 49 amyloid deposits 49 neuron degeneration 49 3'UTR 49 neuronal differentiation 49 neuronal signaling 49 beta amyloid 49 sortilin 49 neural tissues 49 subcortical regions 49 aromatase 49 Abeta# 49 TMEM#B 49 tau proteins 49 MMP# 49 galanin 49 microglia 49 cholinergic 49 RUNX3 49 vascular endothelial cells 49 fronto temporal 49 GLUT4 49 Neurons 49 gene p# 49 TLR4 49 glutamate receptor 49 regulated kinase ERK 49 microcephalin 49 GABA neurotransmitter 49 inferior frontal cortex 49 auditory 49 DISC1 gene 49 Sirt1 49 adipokines 49 dorsomedial 49 brain hemispheres 49 ERK1 2 49 STAT4 49 protein synthesis 49 Rab# 49 protein kinase 49 BMAL1 49 SORL1 49 IGF1 49 suprachiasmatic nucleus 49 GABA 49 TERT 49 neurochemical 49 amyloid deposition 49 leptin signaling 49 neuroligins 48 dopamine synthesis 48 endogenous opioids 48 Neurogenesis 48 sensory nerves 48 beta adrenergic receptors 48 PTPN# 48 lateral ventricles 48 NR2B subunit 48 neuronal pathways 48 Wnt 48 myocyte 48 SH2 B 48 cohesin 48 myelinated 48 pineal gland 48 caveolae 48 inhibitory synapses 48 autophagy 48 p# gene 48 cAMP signaling 48 auditory neurons 48 chromosome #q 48 huntingtin protein 48 SUMOylation 48 SIRT6 48 mitochondrial dysfunction 48 pyramidal cells 48 mRNA 48 mutated protein 48 XPB 48 cardiac myocytes 48 FMRP 48 cell signaling pathway 48 myosin II 48 cholesterol efflux 48 methylation 48 podocyte 48 prefrontal lobes 48 circadian pacemaker 48 Cdc# 48 autophagic 48 astrocytic 48 FGF2 48 caveolin 1 48 amyloid 48 intracellular signaling 48 Sonic Hedgehog 48 acetylcholine receptor 48 brain scans 48 miR# 48 Abnormalities 48 VMAT2 48 Hox genes 48 cochlea 48 Wnt1 48 leptin deficient mice 48 neurotransmitter norepinephrine 48 dendrite 48 cognitive 48 spatial orientation 48 thyroid hormones 48 kinase domain 48 dorsal horn 48 neuroplasticity 48 noncoding 48 genetically altered mice 48 Prox1 48 axon guidance 48 Dopamine 48 RBP4 48 cellular metabolism 48 Neuregulin 1 48 ubiquitylation 48 amyloid proteins 48 exocytosis 48 EAAT2 48 E cadherin 48 brainwave patterns 48 cerebrum 48 molecular pathways 48 IRS1 48 SIRT1 protein 48 calcium homeostasis 48 GABAergic 48 axonal damage 48 FMR1 gene 48 proto oncogene 48 XBP1 48 brain cortex 48 auditory pathways 48 noradrenergic 48 ion channels 48 tumor suppressor p# 48 mutant mouse 48 limbic brain 48 eicosanoids 48 accumbens 48 β cells 48 Dpp 48 neural networks 48 airway remodeling 48 KLF# 48 brain frontal lobes 48 histone modifications 48 auxin 48 palmitoylation 48 toxic amyloid beta 48 hormone leptin 48 micro RNAs 48 #q# [001] 48 podocytes 48 beta1 integrin 48 beta amyloid plaques 48 PKC enzyme 48 gene variant 48 TRPV1 receptors 48 dynein 48 insulin secretion 48 amyloid precursor protein 48 cAMP 48 APOE4 gene 48 leptin 48 neuroligin 48 S#K# 48 basolateral amygdala 48 plexin D1 48 MAPK 48 photoreceptors 48 primary cilia 48 progerin 48 fetal hemoglobin 48 chromosomal regions 48 corticospinal 48 occipital regions 48 neurotransmitters dopamine 48 P cadherin 48 temporal parietal 48 calmodulin 48 endogenous cannabinoids 48 gene encoding 48 lipin 48 enzymatic activity 48 RIP1 48 CALHM1 48 lateralized 48 anterior hypothalamus 48 FTLD 48 Pten 48 NFKBIA 47 upregulated 47 epithelia 47 lipid rafts 47 neural substrates 47 baroreceptors 47 brain atrophy 47 nerve axons 47 centromere 47 brain plasticity 47 progranulin protein 47 amygdala neurons 47 knockout mice 47 Rauschecker 47 GSTM1 47 FOXO3a 47 GnRH neurons 47 NADPH oxidase 47 neurochemicals 47 transcription factors 47 Akt1 47 PI3K pathway 47 locomotor activity 47 motor neurones 47 MAP kinase 47 fatty acid synthase 47 PrPC 47 Ras pathway 47 NRG1 47 axonal 47 VWFA 47 Cx# [001] 47 dopamine producing 47 ERK2 47 H2AX 47 Wnt proteins 47 TGF beta pathway 47 ERK signaling 47 Syt IV 47 hepatic stellate cells 47 myogenesis 47 goblet cells 47 MALAT1 47 fractional anisotropy 47 ganglion cells 47 Sacktor 47 N myc 47 SGK1 47 Dysregulation 47 electroencephalographic 47 laterality 47 rs# [003] 47 EEG signals 47 myelin 47 p# activation 47 brain neurochemistry 47 superoxide 47 DLPFC 47 ERK pathway 47 proNGF 47 PML RARA 47 TRPV1 47 DARPP 47 oligodendrocytes 47 TGF ß 47 glucocorticoid receptor 47 degenerating neurons 47 5 HT1A 47 Amyloid Precursor Protein 47 dopamine neuron 47 striatal neurons 47 melanocyte 47 chromatin structure 47 PPAR gamma 47 alpha synuclein gene 47 osteoblast 47 epigenetic marks 47 axons 47 acetylcholine receptors 47 rhodopsin 47 neural crest stem cells 47 neurobiological 47 neural pathway 47 telomerase activity 47 gamma secretase 47 adenoma 47 researchers hypothesize 47 FOXO1 47 SLC#A# gene [001] 47 striata 47 cortisol levels 47 CHD7 47 rs# [002] 47 NFAT 47 nucleosome 47 cardiac fibroblasts 47 cholesterol metabolism 47 glial 47 calcineurin 47 autoregulation 47 dystroglycan 47 dopamine D2 receptor 47 electrophysiological recordings 47 nicotinic receptor 47 FOXO 47 IL 1beta 47 Klotho gene 47 eNOS 47 β amyloid 47 major histocompatibility complex 47 presenilin 47 orexin 47 glutamate signaling 47 endocytosis 47 telomere shortening 47 EphB2 levels 47 cerebral hemisphere 47 APOE gene 47 myocardium 47 cell motility 47 auditory processing 47 journal Neuron 47 PPAR alpha 47 Dicer 47 catalase 47 cellular organelles 47 hedgehog signaling 47 clefting 47 cytoskeletal 47 mammalian brains 47 tumorigenesis 47 5 HTTLPR 47 visceral fat 47 medulla 47 brown adipose tissue 47 hypometabolism 47 mitochondrial respiration 47 leptin receptors 47 anterior pituitary 47 recycling endosomes 47 Lyn kinase 47 dopaminergic 47 vasculature 47 ChR2 47 cell signaling pathways 47 anterior temporal lobe 47 PPAR γ 47 mRNA expression 47 motor neuron degeneration 47 phosphorylated 47 Drosophila 47 glia cells 47 visuomotor 47 prolactin 47 cholinergic tone 47 tumor suppressor 47 ß amyloid 47 skeletal muscle cells 47 intron 47 TGF β 47 Poldrack 47 NF1 47 MECP2 47 epithelium 47 adipocytes 47 F actin 47 UCP2 47 CNTNAP2 gene 47 SAPAP3 47 axonal transport 47 emotional reactivity 47 neurite outgrowth 47 electrically stimulated 47 FASPS 47 GRP# 47 myocardial tissue 47 metyrapone 47 Foxp2 47 Hedgehog signaling 47 tumor suppressor protein 47 PP2A 47 Cortisol 47 MeCP2 47 GABA gamma aminobutyric acid 47 5 HTT gene 47 FMRP protein 47 LXRs 47 anterior hippocampus 47 messenger RNA mRNA 47 amyloid beta proteins 47 OGG1 47 infarcts 47 PI3K signaling pathway 47 centrosomes 47 CFTR 47 alpha synuclein protein 47 PER2 47 brains 47 excess glutamate 47 aldosterone 47 PIP2 47 KIBRA 47 raphe nucleus 47 Alzheimer pathology 47 NF kB signaling 47 epigenetic modification 47 mutant huntingtin protein 47 HGPS 47 amyloid peptide 46 neurotransmitters serotonin 46 beta amyloid protein

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