Related by context. All words. (Click for frequent words.) 75 synaptic function 73 dopamine signaling 73 HPA axis 73 synaptic plasticity 72 GABAergic 72 signaling cascades 72 neuronal signaling 72 neurite outgrowth 72 neuromuscular junction 72 inhibitory neurotransmitters 72 beta adrenergic receptors 72 glutamate signaling 72 synaptic transmission 72 cAMP signaling 72 NR2B 72 synapse formation 71 hypothalamic pituitary adrenal axis 71 neuronal dysfunction 71 GABA neurotransmitter 71 microglial 71 GABAA receptors 71 galanin 71 PPAR γ 71 hyperactivation 71 neuronal synapses 71 glutamate receptors 70 cholinergic 70 glutamatergic 70 neuronal differentiation 70 SIRT1 gene 70 neuronal degeneration 70 neuronal circuits 70 TGF b 70 ERK signaling 70 overactivation 69 adult neurogenesis 69 renal fibrosis 69 catecholamine 69 ERK1 2 69 DARPP 69 synaptogenesis 69 neural cells 69 histone acetylation 69 endogenous cannabinoids 69 neuronal function 69 acetylcholine neurotransmitter 69 TGF beta pathway 69 myogenesis 69 calcineurin 69 p# activation 69 noradrenergic 69 neural plasticity 69 estrogen receptor alpha 69 FGFs 69 ACh 69 glucocorticoid receptors 69 hippocampal function 69 tumor suppressor protein 69 muscarinic receptors 69 neurotransmission 69 p# MAPK 69 hippocampal neurogenesis 69 ventral prefrontal cortex 69 PPARγ 68 habenula 68 serotonergic 68 brain neurochemistry 68 neurotransmitter receptor 68 neurotransmitter glutamate 68 nociceptive 68 beta1 integrin 68 modulatory 68 prefrontal cortical 68 amyloid β 68 Acetylcholine 68 inflammatory cytokine 68 extracellular dopamine 68 GABA receptors 68 Notch signaling 68 neuronal activity 68 CaM kinase II 68 dopaminergic neurons 68 EGFR signaling 68 cellular signaling pathways 68 p# pathway 68 allopregnanolone 68 neurohormonal 68 NKT cell 68 term potentiation LTP 68 amygdala neurons 68 HDAC2 68 cortical excitability 68 nerve degeneration 68 tau aggregates 68 NR2B subunit 68 JAK2 enzyme 68 neuronal pathways 68 acetylcholine receptor 68 calcium homeostasis 68 fatty acid metabolism 67 gamma oscillations 67 GABA receptor 67 hormone secretion 67 intracellular signaling 67 osteoblast 67 monoamine 67 Wnts 67 hypothalamic 67 lateral hypothalamus 67 Treg cell 67 BCL#A 67 peroxisome 67 enzymatic pathways 67 tyrosine phosphorylation 67 ABCA1 67 podocyte 67 protein tau 67 MAP kinases 67 epigenetic alterations 67 prostaglandin synthesis 67 mutant huntingtin protein 67 atherogenesis 67 endocannabinoid system 67 potentiation 67 intracellular signal transduction 67 LXRs 67 excitotoxicity 67 Wnt pathway 67 kainate 67 TrkB 67 hypocretin neurons 67 homeostatic 67 intestinal epithelium 67 cypin 67 neuropsychiatric diseases 67 serotonin signaling 67 neurosteroids 67 neural tissues 67 dopaminergic 67 fatty acid oxidation 67 cyclic AMP 67 epigenetic modifications 67 circadian clock genes 67 endogenous opioid 67 microglial activation 67 DNA demethylation 67 chromatin remodeling 67 hyperexcitability 67 MAP kinase 67 cellular pathways 67 lipid synthesis 67 MAP kinase pathway 67 Fas ligand 67 biochemical cascade 67 GCN2 67 neuron degeneration 67 lung epithelium 67 mitochondrial respiration 67 inhibitory transmitter 67 hypothalamic pituitary axis 67 neurosteroid 67 vitamin D receptors 67 BMAL1 67 ovarian hormones 67 kalirin 67 leptin signaling 67 hedgehog pathway 67 neuropeptides 67 glucocorticoid receptor 67 neurotrophic 67 monoamines 67 podocytes 67 FGF2 67 γ secretase 67 synovial cells 67 SCD1 67 neurone 67 adipokines 66 baroreflex 66 opioid peptides 66 genotoxic stress 66 motor neuron degeneration 66 GABAergic interneurons 66 GABAergic neurons 66 Purkinje cells 66 cholesterol homeostasis 66 mTOR signaling 66 autoregulation 66 leukaemic stem cells 66 epigenetic changes 66 Aldosterone 66 melatonin receptors 66 neural degeneration 66 intracellular proteins 66 mPFC 66 cellular senescence 66 folate metabolism 66 Smad3 66 BMP signaling 66 incretin 66 amyloid plaque formation 66 hippocampal neurons 66 serotonin neurons 66 proteoglycan 66 glutamate neurotransmission 66 antiapoptotic 66 hematopoiesis 66 ERK pathway 66 mitochondrial biogenesis 66 brain neurotransmitter 66 Brodmann Area 66 mTORC1 66 p#Kip# 66 STAT3 signaling 66 anterior cingulate 66 microtubule dynamics 66 airway remodeling 66 demethylation 66 neural pathway 66 selective inhibition 66 growth hormone secretion 66 neurofibromin 66 Sirt1 66 neurotransmitters serotonin 66 hypothalamic pituitary 66 platelet activation 66 neural substrates 66 gamma aminobutyric acid GABA 66 epigenetically 66 myocardial tissue 66 PIP2 66 cardiac fibrosis 66 nitric oxide synthase 66 extracellular signal 66 brain derived neurotrophic 66 neurochemistry 66 adipogenic 66 mitochondrial function 66 neuronal excitability 66 corticospinal 66 neurochemical 66 adenosine receptors 66 noradrenalin 66 TRPV1 receptor 66 striatal dopamine 66 cardiac myocytes 66 transcriptional regulators 66 glucose homeostasis 66 endoplasmic reticulum stress 66 HIF 1a 66 axon guidance 66 neuropeptide Y NPY 66 NF kB signaling 66 neurocircuitry 66 GRP# 66 amyloid cascade 66 CB2 receptor 66 dopamine receptors 66 sphingolipid 66 neurogenesis 66 receptor activation 66 circadian genes 66 Wnt signaling 66 dopamine receptor 66 apoptotic pathway 66 NMDA receptors 66 Neural stem cells 66 LIS1 66 catabolism 66 prostate carcinogenesis 66 excitatory 66 non coding RNA 66 cytoskeletal 65 excitatory neurotransmitter glutamate 65 autophagic 65 term potentiation 65 nAChRs 65 histone deacetylases 65 AMPA receptor 65 sortilin 65 focal adhesions 65 #beta HSD1 65 FGFR1 65 GluR1 65 SUMOylation 65 hypothalamus gland 65 bone morphogenetic proteins BMPs 65 antibody mediated 65 neuroinflammatory 65 cytoskeletal protein 65 β catenin 65 axonal damage 65 cholesterol metabolism 65 chromatin structure 65 fatty acid synthase 65 receptor gamma 65 calpain 65 enkephalins 65 myopathies 65 Hypoxia Inducible Factor 65 neurotransmitter GABA 65 toxic beta amyloid 65 Clusterin 65 nicotinic acetylcholine receptors 65 estrogen metabolism 65 hyperactivated 65 penile erection 65 motoneurons 65 amyloid deposition 65 glial cell 65 COX enzymes 65 DNA methylation patterns 65 neurotransmitters dopamine 65 remyelination 65 posterior cingulate 65 GABA gamma aminobutyric acid 65 dysregulation 65 receptor subtypes 65 palmitoylation 65 neurotransmitter serotonin 65 neuronal circuitry 65 MAPKs 65 hippocampal cells 65 Sonic hedgehog 65 metabolic enzymes 65 Prolactin 65 protein tyrosine phosphatases 65 cytokine signaling 65 Wnt proteins 65 axon regeneration 65 CHD7 65 proton pump 65 protein misfolding 65 TGF ß 65 Brain derived neurotrophic 65 neurotransmitter receptors 65 histone methylation 65 huntingtin protein 65 Htt 65 IFN γ 65 Neurogenesis 65 deacetylation 65 NFκB 65 myelin insulation 65 granule cells 65 TNFalpha 65 mesolimbic 65 factor BDNF 65 LRP5 65 osteoclast 65 catenin 65 stathmin 65 UCP2 65 hormone aldosterone 65 cholinergic tone 65 thyrotropin 65 neuronal connections 65 PI3K pathway 65 biologic pathways 65 kappa opioid receptor 65 neuro degeneration 65 Wnt signaling pathway 65 CEACAM1 65 cortical circuits 65 polyamine 65 somatostatin 65 histone modifications 65 costimulatory 65 chromosome condensation 65 AMPA receptors 65 Myosin II 65 induced neuronal 65 biochemical imbalance 65 serotonin receptor 65 Angiotensin II 65 Notch pathway 65 NF KB 65 interleukin 1beta 65 Smoothened 65 POMC neurons 65 retinoid X 65 overactivity 65 neuroligins 65 inosine 65 neuro transmitter 65 nAChR 65 neuroinflammation 65 Alu RNA 65 excitatory synapses 65 p#NTR 65 aP2 65 glucocorticoid receptor GR 65 depolarizing 65 naturally occurring enzyme 65 cortisol secretion 65 mu opioid 65 transcriptional activation 65 lymphangiogenesis 65 melanocyte 65 pleiotropic effects 65 apoE4 65 MAPK pathway 65 astrocytic 65 neuroendocrine 65 serotonin neurotransmitter 65 metabolizing enzymes 65 adaptive immunity 65 repolarization 65 neurotransmitter acetylcholine 65 hypocretin 65 casein kinase 65 cyclic AMP cAMP 65 PKMzeta 65 acinar 65 Aâ 65 EBV infection 65 LKB1 65 trigeminal 65 fibrotic disease 65 enkephalin 65 myocyte 65 TXNIP 65 transthyretin 65 contractile 65 androgen receptor AR 65 mGluR2 NAM 65 JAK STAT 65 amyloid formation 65 endothelial nitric oxide synthase 65 nNOS 64 OGG1 64 TGF beta signaling 64 dopamine neurotransmitter 64 Cathepsin B 64 cortical plasticity 64 5 HT1A 64 parietal cortices 64 CaMKII 64 hypoxia inducible transcription 64 noradrenaline 64 paxillin 64 subcellular compartments 64 oncomodulin 64 IL 1ß 64 sensory nerve fibers 64 astrocyte 64 mitogen activated protein kinases 64 baroreceptors 64 Akt signaling 64 prostaglandin E2 64 RANKL 64 postsynaptic 64 Notch1 64 Hedgehog signaling 64 electroencephalographic 64 mitochondrial oxidative 64 neurotrophic factors 64 PKC inhibitors 64 intercellular communication 64 Amyloid Precursor Protein 64 PPAR alpha 64 prefrontal brain 64 upregulates 64 NMDA receptor 64 biochemical mechanisms 64 dorsal horn 64 glycogen metabolism 64 innervation 64 cPLA2 64 Hsp# [001] 64 inhibitory synapses 64 osteoblastic 64 neuropeptide Y 64 Androgen receptor 64 NPD1 64 cortical activation 64 activate AMPK 64 IKK2 64 MEK ERK 64 osteoclast formation 64 SMAD4 64 muscle contractility 64 gastrointestinal motility 64 Norepinephrine 64 pathophysiological 64 Stress hormones 64 kappa opioid receptors 64 excitotoxic 64 hormones leptin 64 de novo mutations 64 da mage 64 BDNF protein 64 ABCB1 64 cortical neurons 64 Hcrt 64 clefting 64 neural circuitry 64 neuronal 64 IL 1β 64 polyamines 64 enteric nervous 64 dopamine transporter 64 TGF β 64 neural crest stem cells 64 cyclooxygenase 2 64 caveolin 1 64 striatal 64 dentate gyrus 64 allergic inflammation 64 PTH secretion 64 PIP3 64 cholecystokinin CCK 64 neovascularization 64 hyperalgesia 64 Circadian rhythm 64 HSF1 64 microcephalin 64 serotonin transporter 64 dopamine neuron 64 Dopaminergic 64 hydroxylation 64 cyclophilin D 64 aberrant activation 64 Src kinases 64 serine proteases 64 PPAR gamma 64 Wnt1 64 proNGF 64 TGFβ 64 glutamate receptor 64 neuregulin 64 hippocampal 64 STAT4 64 axon outgrowth 64 C1q 64 VMAT2 64 cell signaling pathways 64 inducible nitric oxide synthase 64 hindbrain 64 adrenal hormones 64 PGC 1α 64 adrenocortical 64 inhibiting mTOR 64 Dystrophin 64 p#INK#a 64 TSLP 64 IL6 64 Cyclin D1 64 mitochondrial fusion 64 hypothalamic pituitary adrenal HPA 64 insulin secreting cells 64 efferent 64 vasomotor 64 molecular pathway 64 Neuropeptide Y 64 PHD2 64 prostanoid 64 methyl D aspartate 64 hypoperfusion 64 gluconeogenesis 64 activin 64 contractility 64 Thyroid hormone 64 dendritic spine 64 experimentally induced 64 #ß HSD1 64 biochemical pathways 64 osteoclast activity 64 sensory neuron 64 Th2 immune 64 eNOS 64 cell adhesion molecule 64 myogenic 64 lipid metabolism 64 SLC#A# [002] 64 β amyloid 64 hepatic glucose production 64 ouabain 64 XBP1 64 spermatogenesis 64 intestinal microflora 64 neuroimaging studies 64 MECP2 gene 64 neuronal stem cells 64 ADAMTS# 64 RAS RAF MEK 64 SIRT2 64 p#/CBP 64 actin cytoskeleton 64 HbF 64 underlying pathophysiology 64 nitrotyrosine 64 Nod1 64 PPARs 64 kinase pathway 64 vascular endothelial cells 64 D2 receptor 64 DISC1 64 autocrine 64 autonomic nervous system 64 eicosanoid 64 #BP# 64 Rab5 64 Bcl xL 64 glucokinase 64 MDSCs 64 nicotinic receptor 64 mitogen activated protein kinase 64 pancreatic endocrine 64 protein kinase C 64 transgenic mouse model 64 opiate receptors 64 Genetic variants 64 pDCs 64 5 HT1A receptor 64 sGC 64 Aβ 64 serotonin synthesis 64 superoxide dismutase 64 glucocorticoid 64 corticotropin releasing factor 64 endocannabinoids 64 Brd4 64 Orexin 64 compensatory mechanisms 64 dystroglycan 64 PML RARA 64 interleukins 64 calcium permeable 64 immunomodulatory effects 64 mucosal immune 64 hedgehog signaling 64 axonal regeneration 64 muscular dystrophies 64 neurotransmitter norepinephrine 64 IGFBP2 64 TGFß 64 Oxidative stress 63 carbohydrate metabolism 63 electrically stimulating 63 basal ganglia 63 innate immune responses 63 vascular endothelial 63 mitogenic 63 NFkB 63 electrical conduction 63 beta arrestin 63 proapoptotic 63 proinflammatory cytokine 63 Abeta# 63 endogenous ligands 63 NF κB 63 PTEN protein 63 cortical regions 63 γδ T cells 63 axonal degeneration 63 dorsolateral 63 toxic amyloid beta 63 protein conformation 63 neuronal migration 63 Akt activation 63 leptin receptors 63 epigenetic markers 63 MEF2 63 PKC isoforms 63 granzyme B 63 apoE 63 mutant huntingtin 63 presynaptic 63 TNFα 63 hypothalamus pituitary 63 serotonergic neurons 63 subthalamic nucleus STN 63 ChR2 63 inhibitory neurons 63 excitatory neurotransmitter 63 hyper excitability 63 amyloid peptide 63 proteolysis 63 periodontal tissues 63 NFKBIA 63 CYP#E# 63 BDNF gene 63 VEGF receptor 63 lipid homeostasis 63 mevalonate 63 prefrontal regions 63 NRG1 63 mineralocorticoid 63 senescent cells 63 TNF receptors 63 SAPAP3 63 microglial cells 63 adrenal cortex 63 glucocorticoid hormones 63 PDE#A 63 mRNA splicing 63 tau proteins 63 PGC1 63 epigenetic mechanisms 63 NKG2D 63 phenotypic expression 63 cholinergic neurons 63 serum BDNF 63 BDNF 63 Six3 63 cyclic adenosine monophosphate cAMP 63 pharmacologic approaches 63 neuro transmitters 63 lymphocyte activation 63 GLP 1R 63 NF kappaB activation 63 epigenetic silencing 63 beta endorphin 63 GnT 4a 63 colorectal carcinogenesis 63 neurofibrillary 63 PKC alpha 63 TLR4 63 breast cancer metastasis 63 NF kappaB pathway 63 myelination 63 lateral habenula 63 hepatocyte 63 NFkappaB 63 cellular metabolism 63 NAc 63 guanylate cyclase 63 ubiquitylation 63 MAPK 63 Thyroid hormones 63 JNK1 63 amyloid beta plaques 63 differential gene expression 63 mitochondrial proteins 63 amylin 63 Myelination 63 neural circuits 63 GRK2 63 connexin# 63 spermidine 63 hyperprolactinemia 63 dendritic spines 63 DNA hypermethylation 63 NMDAR 63 TRPV1 receptors 63 LDL receptor 63 SIRT1 protein 63 amygdale 63 neurohormones 63 SIRT3 63 PGE2 63 dopamine neurons 63 fast skeletal troponin 63 oligomerization 63 Inhibitory 63 glia cells 63 pDC 63 Runx2 63 Hypothalamic 63 iNOS 63 dysbindin 63 HOTAIR 63 multisensory integration 63 anterior temporal lobe 63 CREB protein 63 paracrine 63 catabolic 63 FGFR4 63 orexin neurons 63 SETDB1 63 TNFR 63 telomere maintenance 63 mutated protein 63 adrenocorticotropic hormone 63 regulates gene expression 63 upregulating 63 OPHN1 63 telomere dysfunction 63 DLPFC 63 Aß 63 prodynorphin 63 neurite 63 nitric oxide synthase NOS 63 #ß 63 Vpr 63 PTPN# 63 PPAR delta 63 transcriptional regulation 63 mirror neuron system 63 cathepsins 63 SH2 B 63 electrically stimulated 63 MT1 MMP 63 neuroligin 63 glial 63 Purkinje cell 63 rolipram 63 sensorimotor 63 eotaxin 63 inhibitory 63 endocannabinoid 63 dysregulated 63 biochemical pathway 63 norepinephrine reuptake inhibition 63 ischemia induced 63 PDE5A 63 polycystin 1 63 histone modification 63 Upregulation 63 receptor subtype 63 intracellular pathways 63 transdifferentiation 63 Genetic variation 63 p# mutations 63 Kv#.# 63 stem cell differentiation 63 endothelial nitric oxide 63 peroxisome proliferator activated 63 neural pathways 63 FoxO1 63 lateral orbitofrontal cortex 63 striated muscle 63 LRP6 63 noncoding RNA 63 brain hypothalamus 63 myo inositol 63 coactivators 63 tau phosphorylation 63 Inosine 63 XBP 1s 63 neurotransmitter dopamine 63 pleiotropic 63 beta globin gene 63 synaptic proteins 63 acetylcholine receptors 63 TrkA 63 hippocampal synapses 63 cell adhesion molecules 63 Notch receptor 63 humanin 63 PKC beta 63 Skp2 63 mucosal immunity 63 TGF ß1 63 neural mechanisms 63 physiologic mechanisms 63 S6K 63 eicosanoids 63 oncogenesis 63 effector functions 63 NADPH oxidase 63 FMRP protein 63 COX2 63 transcriptional repressor 63 intracellular bacteria 63 c Abl 63 SOCS3 63 acetylcholinesterase 63 HIF 1alpha 63 vagal nerve 63 intestinal motility 63 nicotinic 63 downregulating 63 demyelination 63 Shh signaling 63 neuronal nitric oxide synthase 63 glial tumors 63 phospholipase A2 63 hippocampal atrophy 63 vagus 63 N methyl 62 activated microglia 62 tumor suppressive 62 PPARgamma 62 LRP1 62 analgesic effects 62 epigenetic regulation 62 osteoblast differentiation 62 fibrogenesis 62 Sgk1 62 NKX#.# 62 hypometabolism 62 DISC1 gene 62 motor neurones 62 intermittent hypoxia 62 MDR1 62 serine threonine kinase 62 urocortin 62 dephosphorylation 62 progressive neurodegenerative disorder 62 β cells 62 TNFa 62 c myc gene 62 Skeletal muscle 62 Dysregulation 62 anterior pituitary 62 premotor cortex 62 ryanodine receptor 62 AT1R 62 WNK1 62 naturally occurring molecule 62 thymidylate synthase TS 62 PPARg 62 netrin 1 62 Th1 type 62 PC# cells 62 serotonin reuptake 62 thermoregulatory 62 SGK1 62 tissue homeostasis 62 hormone secreted 62 innate immune 62 secretase 62 mitochondrial enzyme 62 dopamine antagonists 62 synapse maturation 62 NK1R 62 Angiotensin converting enzyme 62 auditory pathways 62 bone metabolism 62 dopamine serotonin 62 vessel dilation 62 drug metabolizing enzymes 62 cannabinoid receptors 62 tumor microenvironment 62 structural rearrangements 62 adenosine receptor 62 miRNA expression 62 deacetylase inhibitors 62 connexin 62 transgene expression 62 coexpression 62 pressure natriuresis 62 nociceptors 62 hypomethylation 62 gliosis 62 AgRP 62 gastric carcinogenesis 62 stimulate neurogenesis 62 brain limbic 62 mitochondrial metabolism 62 pathophysiological effects 62 genes encode proteins 62 arginine vasopressin 62 FGF# 62 IRS1 62 ubiquitination 62 Neuronal 62 CPT1c 62 torsade de pointes 62 myofibroblast 62 NQO1 62 activated protein kinase 62 pituitary hormone 62 adhesion molecule 62 orexin receptors 62 Fc receptor 62 tumorigenesis 62 amyloid beta peptides 62 neurones 62 nicotinic receptors 62 c MYC 62 insular cortex 62 EphB2 levels 62 cytochrome P 62 vasodilatation 62 c Src 62 leptin receptor 62 CCR3 62 MMP2 62 FUS1 62 amyloid protein 62 basal forebrain 62 brain frontal lobe 62 HIF 1α 62 pyramidal neurons 62 C EBP alpha 62 neuronal receptors 62 Akt phosphorylation 62 serotonin dopamine 62 mucins 62 fibril formation 62 coronary endothelial 62 Alpha synuclein 62 hormone angiotensin II 62 alpha#beta# 62 GABAB receptors 62 microRNA molecules 62 Myostatin 62 progranulin 62 retinal neurons 62 NOD2 62 beta amyloid peptide 62 gamma aminobutyric acid 62 orexin 62 FKBP# 62 Foxp3 62 tumor metastasis