Related by context. All words. (Click for frequent words.) 71 brain plasticity 69 neuronal plasticity 69 neuroplasticity 69 synaptic function 68 adult neurogenesis 67 neural substrates 67 sensorimotor 67 cortical plasticity 66 synapse formation 65 neuronal connections 65 brain neurochemistry 65 cortical circuits 65 synaptic plasticity 64 neuronal function 64 neuronal synapses 64 plasticity 64 axon regeneration 64 prefrontal regions 63 hedgehog signaling 63 synaptogenesis 63 neuronal circuits 63 hippocampal function 63 corticospinal 63 autoregulation 63 LMAN 63 neuronal stem cells 63 myelination 62 hippocampal neurogenesis 62 axon outgrowth 62 ipRGCs 62 remyelination 62 premotor 62 lung epithelium 62 hippocampal neurons 62 acetylcholine neurotransmitter 62 neural pathways 62 osteogenesis 62 visuomotor 62 cortical neurons 62 microglial 62 neurotrophic 62 sleep deprivation impairs 62 neuronal pathways 62 epigenetic changes 62 auditory neurons 61 neural cells 61 postural stability 61 glutamate neurotransmission 61 renal fibrosis 61 tissue homeostasis 61 calcium homeostasis 61 neuronal signaling 61 TGF b 61 SIRT1 gene 61 HPA axis 61 p#NTR 61 synaptic transmission 61 neural circuits 61 neurogenesis 61 physiological adaptations 61 hypothalamic pituitary adrenal axis 61 Wnt signaling 61 fusiform 61 metacognition 61 proprioceptive 61 glial scar 61 locomotor 61 p# pathway 60 cortical excitability 60 p# activation 60 neuromuscular junction 60 intestinal microflora 60 prefrontal cortical 60 habenula 60 dopamine signaling 60 neuromotor 60 neuro pathways 60 neurite outgrowth 60 Neuroplasticity 60 maturational 60 mitochondrial mutations 60 neural crest stem cells 60 compensatory mechanisms 60 NKT cell 60 neuro degeneration 60 GABAergic interneurons 60 mitochondrial oxidative 60 somatosensory 60 neuroimaging studies 60 galanin 60 neurosensory 60 excitotoxicity 60 hypocretin neurons 60 UCP2 60 neural 60 STAT3 signaling 60 cognitive faculties 60 cognitive 60 neural circuitry 60 axonal damage 59 Sacktor 59 thermoregulatory 59 neurotrophic factors 59 innervation 59 neural tissue 59 TGF ß 59 airway remodeling 59 organogenesis 59 Notch signaling 59 neurobiological underpinnings 59 atherogenesis 59 Thyroid hormones 59 neuronal circuitry 59 MEF2D 59 epigenetic regulation 59 cortical activation 59 Hsp# [001] 59 neuronal dysfunction 59 GPR# receptor [002] 59 intracellular signal transduction 59 DNA methylation patterns 59 medial frontal cortex 59 cerebellar 59 homeostatic 59 retinal photoreceptors 59 p# mutations 59 mucosal immunity 59 brain circuitry 59 AMPA receptors 59 innate immune responses 59 underlying molecular mechanisms 59 inhibitory transmitter 59 Six3 59 fatty acid metabolism 59 optogenetic 59 prestin 59 neuroepithelial cells 59 amygdala neurons 59 spatial cognition 59 neurobiological mechanisms 59 astrocytic 59 Fc receptor 59 planaria 59 neuro endocrine 59 ACh 59 tau aggregates 59 neurochemistry 59 neural prostheses 59 cAMP signaling 59 HUCB cells 59 gamma oscillations 59 telomere maintenance 59 myogenesis 58 neurological pathways 58 dopaminergic cells 58 endogenous stem cells 58 leptin signaling 58 molecular mechanisms underlying 58 Calorie restriction 58 nicotinic acetylcholine receptors 58 protein conformation 58 PKMzeta 58 enzymatic pathways 58 homeostatic mechanisms 58 maladaptive behaviors 58 Lhx2 58 glutamate signaling 58 neural prosthetics 58 Decety 58 TrkB 58 trigeminal 58 dentate gyrus 58 amyloid deposition 58 epigenetic mechanisms 58 hippocampal 58 glucocorticoid hormones 58 axonal regeneration 58 neurones 58 ERK signaling 58 metacognitive 58 HSF1 58 cognition 58 neuronal migration 58 cholinergic 58 cellular pathways 58 senescent cells 58 excitatory synapses 58 term potentiation 58 neural crest 58 striatal neurons 58 SUMOylation 58 neurotrophin 58 neuronal activity 58 periodontal tissues 58 podocytes 58 neuroanatomical 58 lateralization 58 toxic beta amyloid 58 IKK2 58 pathophysiological 58 neural degeneration 58 melanopsin 58 neural mechanisms 58 cardiac myocytes 58 CaM kinase II 58 sensory modality 58 neural tissues 58 anterior temporal lobe 58 lymphocyte activation 58 neuronal 58 axonal degeneration 58 motor neuron degeneration 58 mitochondrial proteins 58 neurobiological basis 58 cochlear implantation 58 Stress hormones 58 dietary interventions 58 neuropsychiatric diseases 58 pleiotropic effects 58 osteocalcin protein 58 neurohormonal 58 granule cells 58 PPAR γ 58 beta adrenergic receptors 58 synaptic connections 58 neurotransmitter receptor 58 osteoblast 58 proteoglycan 58 tyrosine phosphorylation 58 focal adhesions 58 term potentiation LTP 58 mammalian brains 58 retinal neurons 57 Purkinje cells 57 dorsal horn 57 granzyme B 57 Aâ 57 tDCS 57 cardiac fibroblasts 57 neural connections 57 cypin 57 nerve regeneration 57 cyclophilin D 57 temporoparietal junction 57 DISC1 57 phenotypic expression 57 evolutionarily ancient 57 cortical regions 57 Smad3 57 glutamate receptors 57 Wnts 57 adrenal function 57 disc degeneration 57 Skeletal muscle 57 mucosal immune 57 mechanoreceptors 57 NKT cells 57 neovascularization 57 sensory input 57 lesional 57 hippocampal synapses 57 Sirt1 57 telomerase enzyme 57 neurotransmitter GABA 57 Skeletal muscles 57 intestinal motility 57 sensory cortex 57 microglial cells 57 perceptual abilities 57 elastic fibers 57 Sirt3 57 CART peptides 57 growth hormone secretion 57 c Abl 57 calpain 57 serotonin signaling 57 epileptogenic 57 blindsight 57 mitochondrial enzyme 57 Neurogenesis 57 hyperactivation 57 androgen signaling 57 DNA demethylation 57 p# MAPK 57 neuronal differentiation 57 hematopoiesis 57 lateral hypothalamus 57 myocardial tissue 57 repetitive transcranial magnetic stimulation 57 EEG biofeedback 57 hyperactivated 57 neurite 57 gut microflora 57 Prox1 57 NOD2 57 teleost fish 57 modulatory 57 interconversion 57 Thyroid hormone 57 chemosensory 57 intracellular bacteria 57 peroxisome 57 somatosensory cortex 57 FMRP protein 57 ovarian hormones 57 coexpression 57 aetiological 57 Wnt proteins 57 cellular prion protein 57 oculomotor 57 leptin deficient 57 STAT4 57 gastric motility 57 ribozyme 57 orbital frontal cortex 57 TGFβ 57 ventral prefrontal cortex 57 neural pathway 57 fatty acid oxidation 57 morphogenetic 57 neural correlates 57 Neural stem cells 57 NMDA receptors 57 SIRT3 57 phonological 57 glial tumors 57 baroreflex 57 astrocyte 57 humoral immunity 57 pyramidal neurons 57 Hh pathway 57 hyperexcitability 57 amblyopic 57 CPT1c 57 biologic pathways 57 transdifferentiation 57 Sexual arousal 57 amyloid β 57 hormone secretion 57 bacterial virulence 57 Acetylcholine 57 infantile hemangioma 57 parietal cortices 57 angular gyrus 57 TGF beta signaling 57 Dr. Borlongan 57 AMPA receptor 57 pituitary hormone 57 inferior frontal 57 inhibitory molecules 57 γδ T cells 57 brain frontal lobe 57 neurotransmitter norepinephrine 57 cellular respiration 57 extreme dreaders 57 mitochondrial function 57 lateralisation 57 neurobiological 57 allergic inflammation 57 histone acetylation 57 heritable disorders 57 neurone 57 NADPH oxidase 57 declarative memory 57 BCL#A 57 leukaemic stem cells 57 occipital regions 57 somatic motility 56 dopaminergic 56 osteoclast formation 56 synthetic biomaterials 56 overactivation 56 TGF β 56 GABAergic neurons 56 innate immune 56 FGFs 56 epithelial tissues 56 photoreceptor cell 56 neuronal degeneration 56 terminally differentiated 56 clefting 56 nociception 56 osteocytes 56 inhibitory 56 adaptive immunity 56 lymphangiogenesis 56 amyloid beta plaque 56 synaesthetic experiences 56 insulin secreting cells 56 potentiation 56 neuronal receptors 56 Leydig cell 56 neurosteroid 56 proton pump 56 glycolytic 56 stathmin 56 nerve degeneration 56 netrin 1 56 hypothalamic 56 EBV infection 56 auditory verbal 56 lateral orbitofrontal cortex 56 demethylation 56 phenotypic plasticity 56 retinal pigment epithelium 56 myocardial regeneration 56 Broca area 56 insoluble plaques 56 β catenin 56 aerobic metabolism 56 TRPV4 56 M2 macrophages 56 neuro protective 56 myogenic 56 electrostimulation 56 glutamatergic 56 GCN2 56 FUS protein 56 temporoparietal 56 antibody mediated 56 PTH secretion 56 osseointegration 56 bioelectrical 56 neuroimaging techniques 56 BMP signaling 56 endogenous cannabinoids 56 ARF1 56 alexithymia 56 protein misfolding 56 neuropathologic 56 transgene expression 56 Genetic variants 56 hindbrain 56 vagal nerve 56 mitochondrial fusion 56 suppressor gene 56 POMC neurons 56 hedgehog pathway 56 neuroprotection 56 striatal 56 osteogenic differentiation 56 neo cortex 56 regenerating axons 56 brain visual cortex 56 signaling cascades 56 gliosis 56 mammary cells 56 SVZ 56 axonal 56 dopaminergic neurons 56 dorsolateral 56 protein dystrophin 56 immunological mechanisms 56 inhibitory neurons 56 intraventricular 56 neuro muscular 56 neurodevelopment 56 epigenetically 56 primary visual cortex 56 tumor suppressor protein 56 CB2 receptor 56 auditory pathways 56 dendritic spines 56 cardiac autonomic 56 neuroligins 56 de novo mutations 56 pharmacologic approaches 56 autophagic 56 neuroinflammatory 56 glucocorticoid 56 striated muscle 56 HDAC6 56 stem cell differentiation 56 MMP# 56 cellular senescence 56 neuritic 56 connexin 56 follistatin 56 vertebral subluxation 56 embryonal 56 neurocircuitry 56 Axonal 56 neurotrophins 56 endocannabinoid system 56 PTEN protein 56 GABAA receptors 56 Wnt signaling pathway 56 neuroprosthetic devices 56 superior colliculus 56 LKB1 56 amygdalae 56 protein homeostasis 56 Prolla 56 ventromedial prefrontal cortex 56 auditory stimulation 56 palmitoylation 56 nerve axons 56 CCL5 56 transgenic rats 56 underlying pathophysiology 56 oncomodulin 56 anterior cingulate 56 chromatin remodeling 56 C1q 56 membrane fusion 56 inhibitory interneurons 56 adipocyte differentiation 56 Shh signaling 56 TGFß 56 axon guidance 56 Treg cell 56 antiangiogenic 56 MAPCs 56 Caloric restriction 56 glycogen metabolism 56 circuitries 56 neuroendocrine 56 p#INK#a 56 pro angiogenic 56 calcium permeable 56 polyamines 56 GABAergic 56 OGG1 56 glia cells 56 Genetic predisposition 56 adipocyte 56 kalirin 56 Molly Wagster 56 spermidine 56 TGF ß1 56 induced neuronal 56 BMP4 56 ERK1 2 56 cardiac progenitor cells 56 NR2B subunit 56 multipotent 56 prostate carcinogenesis 56 magnetic stimulation 56 intestinal epithelium 56 electroencephalographic 56 microglial activation 56 glycation 56 MAP kinases 56 biopsychosocial 56 hypometabolism 56 reinnervation 56 normal prion protein 56 physiological mechanisms 56 skeletal muscle 55 myofibroblast 55 synapse maturation 55 photosynthetic apparatus 55 CYP#A# enzyme 55 mitochondrial disorders 55 multipotent stem cells 55 Molnar Szakacs 55 sensory perceptions 55 ontogeny 55 normal prion proteins 55 antioxidant supplementation 55 mirror neuron system 55 S#K# 55 molecular underpinnings 55 amyloid proteins 55 XBP 1s 55 Sgk1 55 glucose homeostasis 55 painful stimuli 55 osteoclast 55 nicotinic receptor 55 HIF 1a 55 HbF 55 glaucomatous 55 embodied cognition 55 nodulation 55 basal ganglia 55 trophoblast cells 55 oncogenesis 55 neurological impairments 55 Wnt1 55 developmental trajectories 55 TLR signaling 55 notochord 55 goblet cells 55 depolarizing 55 motoneurons 55 pathogenic mechanisms 55 TXNIP 55 oxidative phosphorylation 55 intestinal microbiota 55 neuropsychological impairments 55 microvascular dysfunction 55 mitochondrial dysfunction 55 muscle contractility 55 transgenic mouse model 55 Hedgehog signaling 55 glucocorticoid receptor 55 sGC 55 methylation patterns 55 fetal hemoglobin 55 D2 receptor 55 posterior cingulate 55 neurofibrillary 55 hyperoxia 55 Oxidative stress 55 excess glutamate 55 calcineurin 55 Endocannabinoids 55 oligodendrocyte precursor cells 55 GH secretion 55 laterality 55 NRG1 55 Proprioception 55 PrP 55 parietal cortex 55 fruitflies 55 neurobehavioral 55 frontotemporal 55 allopregnanolone 55 Nurr1 55 vermis 55 Piomelli 55 cdk5 55 Mindfulness meditation 55 neurophysiological 55 vestibular apparatus 55 gut microbiota 55 lung fibroblasts 55 CPEB 55 neuronal cells 55 multisensory integration 55 anergy 55 hippocampal formation 55 posttranslational modification 55 alpha synuclein protein 55 Nod1 55 TRP channels 55 beta1 integrin 55 #beta HSD1 55 nAChR 55 ventromedial 55 Hypothalamic 55 nongenetic 55 spermatogenesis 55 ubiquitylation 55 endogenous cannabinoid 55 circadian clock genes 55 penile erection 55 neurocognitive deficits 55 neurotransmission 55 posterior parietal cortex 55 Hh signaling 55 TGFb 55 electromechanical coupling 55 thermogenesis 55 amyloid peptide 55 TGFBR1 55 mPFC 55 overactivated 55 amyloid beta plaques 55 innate immunity 55 cortisol secretion 55 neurites 55 neuro transmitters 55 cognitive stimulation 55 differential gene expression 55 pathophysiological mechanisms 55 Rab5 55 JAK STAT signaling 55 prefrontal cortices 55 locomotor activity 55 dopamine neuron 55 nonlinear optical 55 myosins 55 neural crest cells 55 synaptic 55 amyloid plaque formation 55 BDNF gene 55 synaptic proteins 55 ischemic preconditioning 55 neurons 55 protein synthesis 55 intellectual faculties 55 Hippocampal 55 glial 55 immunomodulatory effects 55 epigenetic markers 55 monoamine 55 intracortical 55 myelinated axons 55 meningeal 55 photopigment 55 mTORC1 55 gut flora 55 demyelination 55 lymphatic vasculature 55 cerebral hemispheres 55 locomotor training 55 bone metabolism 55 secretory cells 55 allostatic load 55 glutamate transporters 55 fibrillin 55 Htt 55 cognitive functions 55 beta amyloid proteins 55 computer interfaces BCIs 55 haematopoietic 55 inosine 55 CD1d 55 IGFBP2 55 zebrafish embryo 55 osmotic stress 55 cholinergic tone 55 epithelial barrier 55 hind limb 55 vascular endothelial 55 cholinergic neurons 55 emotional dysregulation 55 TGF beta pathway 55 planum temporale 55 stochastic resonance 55 perirhinal cortex 55 retinal nerve 55 Myostatin 55 biochemical imbalance 55 adaptive plasticity 55 structural rearrangements 55 dysfunctional mirror neuron 55 amyloid formation 55 podocyte 55 Alzheimer disease pathology 55 connexin# 55 telomerase gene 55 osteoblastic 55 phenotypic variability 55 sensory axons 55 nAChRs 55 SOCS3 55 Peripheral nerves 55 coronary endothelial 55 CEACAM1 55 bryostatin 55 skeletal muscle mass 55 benfotiamine 55 socioemotional 55 D2 receptors 55 inhibitory neurotransmitters 55 neural networks 55 Notch1 55 neuropsychological functioning 55 mutant huntingtin protein 55 enzymatic activity 55 binocular rivalry 55 bile acid metabolism 55 genomic imprinting 55 Th1 cells 55 sensory stimulation 55 nitric oxide synthase 55 embryonic tissues 55 capillary density 55 brain 55 factor BDNF 55 L dopa 55 dopamine synthesis 55 Hox genes 55 Foxp2 55 genotoxic stress 55 shortened telomeres 54 Brodmann Area 54 serotonergic 54 Wnt pathway 54 Parkinsonian 54 nerve cells 54 RAS RAF MEK 54 olfactory neurons 54 sexually dimorphic 54 transgenic mouse models 54 PB1 F2 54 osteoblast differentiation 54 osteoarthritic 54 sensory neuron 54 plasminogen 54 causative genes 54 primary cilia 54 gastrointestinal motility 54 contagious yawning 54 costimulatory 54 microcirculation 54 flavopiridol 54 mammary stem cells 54 prefrontal brain 54 symbioses 54 brain hemispheres 54 SOCS1 54 morphogen 54 probiotic supplementation 54 experimentally induced 54 occipital nerve 54 amyloid toxicity 54 inhibiting mTOR 54 MECP2 gene 54 telomere dysfunction 54 siRNA knockdown 54 conformational changes 54 bistability 54 oxidized lipids 54 skeletal muscle cells 54 EGFR signaling 54 neurodevelopmental outcomes 54 brainwave patterns 54 cardiac fibrosis 54 muscarinic receptors 54 PrPC 54 Amyloid Precursor Protein 54 leptin receptor 54 biologic plausibility 54 sensory modalities 54 alkalosis 54 mRNA decay 54 stimulate neurogenesis 54 genetically altered mouse 54 BMAL1 54 functional neuroimaging 54 premotor cortex 54 epigenetic alterations 54 DLPFC 54 masticatory 54 PU.1 54 reticular 54 muscle hypertrophy 54 neurosteroids 54 ATPase activity 54 neurochemicals 54 airway reactivity 54 vascular dysfunction 54 malignant transformation 54 intermittent hypoxia 54 PHLPP 54 nephron 54 nerve conduction velocity 54 beta globin gene 54 GABA gamma aminobutyric acid 54 hematopoietic cells 54 spatial temporal reasoning 54 NF KB 54 pleiotropy 54 intercellular communication 54 pDCs 54 circadian cycles 54 p#/CBP 54 ZFP TF 54 brain lesions 54 adenosine receptors 54 MT1 MMP 54 intracellular signaling 54 protein tyrosine phosphatase 54 optogenetics 54 aP2 54 FGF2 54 PGE2 54 TRPV1 receptors 54 alveolar epithelium 54 hypothalamic pituitary 54 mtDNA mutations 54 Myotonic dystrophy 54 retinal dystrophy 54 DNA recombination 54 FSH receptor 54 pharmacological approaches 54 Induced pluripotent stem cells 54 endophenotypes 54 meta cognitive 54 tactile stimulation 54 JAK STAT pathway 54 premorbid 54 synovial cells 54 poststroke 54 neurogenic 54 remineralization 54 evolvability 54 psychomotor skills 54 NPD1 54 sensory nerve fibers 54 prefrontal lobe 54 occipital cortex 54 transmit nerve impulses 54 infarcted myocardium 54 neuroinflammation 54 mutant mice 54 vasopressin 54 morphogenesis 54 atypical neuroleptics 54 periodontal tissue 54 tumor metastasis 54 Th2 immune 54 cortical 54 neurochemical 54 mutant proteins 54 ADDLs 54 environmental toxicants 54 keratinocyte 54 lipid synthesis 54 traumatic spinal cord 54 amyloid pathology 54 Sertoli cells 54 MEF2 54 amyloidogenic 54 epithelia 54 neurodegeneration 54 analgesic effects 54 etiologic 54 pharmacologic intervention 54 Neuronal 54 cerebral autoregulation 54 infectious prion proteins 54 D cycloserine 54 cybrid 54 stereotypy 54 tumor angiogenesis 54 GABA neurotransmitter 54 Nrf2 pathway 54 microsaccades 54 cortical thinning 54 utrophin 54 Schnaar 54 akinetic mutism 54 GluR1 54 da mage 54 neuropeptides 54 dopamine receptor 54 antioxidant enzymes 54 parkinsonian 54 ras oncogene 54 SIRT1 activation 54 MIT neuroscientists 54 HCV replication 54 Hox gene 54 MAPK pathway 54 elevated homocysteine 54 Sox9 54 ASIC1a 54 excitatory neurotransmitter 54 neurotransmitters dopamine 54 eIF2 54 antitumor immunity 54 tremors stiffness slowness 54 efferent 54 TGFbeta 54 effector functions 54 activin 54 BDNF protein 54 attentional 54 ChR2 54 mammary epithelial cells 54 metabolic abnormality 54 undifferentiated stem cells 54 mGluR2 NAM 54 muscles tendons ligaments 54 bone morphogenetic proteins BMPs 54 peroxynitrite 54 SCD1 54 cortices 54 costimulation 54 vascularisation 54 myocyte 54 UCP1 54 Alzheimer pathology 54 glycolytic pathway 54 Hox proteins 54 CCR7 54 KIBRA 54 metabolic enzymes 54 sexual dimorphism 54 histone methylation 54 cognitive deficits 54 proprioception 54 Schwann cell 54 electrophysiological 54 primordial germ cells 54 Mild hypothermia 54 Locomotor 54 biochemical abnormalities 54 sociality 54 selective inhibition 54 myelin insulation 54 Lyn kinase 54 ciliated cells 54 antiapoptotic 54 estrogen metabolism 54 Wernicke Korsakoff syndrome 54 afferents 54 NF kappaB activation 54 histone modification 54 excitotoxic 54 colorectal carcinogenesis 54 metabolic abnormalities 54 impaired cognition 54 platelet activation