Related by context. All words. (Click for frequent words.) 67 PIP2 65 POMC neurons 64 podocytes 63 insulin receptors 63 deficient mice 62 Wnt signaling 62 AMPA receptors 62 caveolin 1 62 autophagic 62 enzymatic activity 62 neuronal function 62 hippocampal neurons 62 nNOS 62 GABAergic neurons 62 mice lacking 61 RAR beta 61 NFKBIA 61 ChR2 61 Purkinje cells 61 GluR1 61 hippocampal synapses 61 FGF# 61 cystic fibrosis transmembrane conductance 61 uncoupling protein 61 SH2 B 61 insulin secreting cells 61 retinoid cycle 61 cofilin 61 Rab5 61 retinal neurons 61 CXCL# 61 Dpp 61 Paneth cells 61 PTEN gene 60 myocytes 60 β catenin 60 neuronal cells 60 synaptic function 60 neurones 60 leptin signaling 60 neuronal pathways 60 PIP3 60 mutant mice 60 estrogen receptor alpha 60 AMPA receptor 60 miR# 60 CB1 receptors 60 Runx1 60 leptin receptor 60 EAAT2 60 mutant SOD1 60 apoE 60 dopaminergic neurons 60 prostate epithelial cells 60 Hh pathway 59 Smad3 59 SH#B# 59 LKB1 59 DEAR1 59 Neural stem cells 59 leptin receptors 59 TRAF6 59 PGC 1α 59 mutant mouse 59 axon guidance 59 S#A# [002] 59 adipose cells 59 CCR7 59 breast epithelial cells 59 astrocytic 59 HUVEC 59 C EBP alpha 59 methylation patterns 59 acinar 59 FGF signaling 59 NPY AgRP neurons 59 E cadherin expression 59 proteolysis 59 IRS1 59 microglial 59 skeletal muscle cells 59 PKD1 59 TrkB 59 granule cells 59 mitochondrial respiration 59 Pten 59 mutant worms 59 motoneurons 59 neurite outgrowth 59 ERK1 2 59 LRAT 59 secretory cells 59 DNMT1 59 ABCA1 59 presynaptic 59 receptor protein 59 EGFR signaling 59 p# tumor suppressor 59 TERT 59 knockout mice 59 Htt 59 circadian clock genes 59 arginase 59 neuronal plasticity 59 BMP signaling 59 adenosine receptors 59 STAT1 58 tyrosine phosphorylation 58 endothelial nitric oxide synthase 58 transcriptional activation 58 mPGES 1 58 KLF# 58 osteoblast 58 vacuolar 58 ENaC 58 Akt1 58 hypothalamic 58 calcineurin 58 mutant proteins 58 synaptic transmission 58 toxic beta amyloid 58 Uch L1 58 vascular endothelial cells 58 PPAR gamma 58 IRE1 58 cyclic AMP 58 Sirt3 58 hormone leptin 58 BMAL1 58 neural cells 58 Prox1 58 eotaxin 58 histone modifications 58 SOCS3 58 neuronal activity 58 gene p# 58 planarians 58 leucine 58 subventricular zone 58 histone acetylation 58 postsynaptic 58 Sonic hedgehog 58 Pdx1 58 activin 58 cholesterol homeostasis 58 Skp2 58 UCP2 58 neural crest cells 58 spermatogonia 58 presenilin 58 neuromuscular junction 58 morphogen 58 melanopsin 58 contractile function 58 Mice lacking 58 Wnt proteins 58 glioblastoma cells 58 CaM 58 podocyte 58 α synuclein 58 normal prion proteins 58 p# pathway 58 ectopic expression 58 mitogen activated protein kinase 58 FGF2 58 neuronal membranes 58 catenin 58 PrPC 58 Leydig cells 58 connexin 58 TGF beta pathway 58 dopamine neurons 58 subcellular compartments 58 condensin 58 iNOS 58 downregulated 58 ncRNA 58 SIRT1 gene 58 primary cilia 58 PPARγ 58 endogenous cannabinoids 57 BMP4 57 lateral hypothalamus 57 SETDB1 57 connexin# 57 anterior pituitary 57 thioredoxin 57 mouse testes 57 Sonic Hedgehog 57 mutant huntingtin 57 dentate gyrus 57 synapse formation 57 protein kinase C 57 effector functions 57 tropomyosin 57 GRK2 57 caveolae 57 PrP 57 regulated kinase ERK 57 ncRNAs 57 IGF2 57 lysosomal 57 NADPH oxidase 57 epithelial tissues 57 GABA neurotransmitter 57 nestin 57 glomerular 57 ERK pathway 57 DISC1 57 Kv#.# 57 p#NTR 57 fatty acid oxidation 57 hypocretin 57 cAMP signaling 57 NR2B subunit 57 orexin receptors 57 ACh 57 NAD + 57 cultured neurons 57 Jhdm2a 57 OGG1 57 SMN protein 57 Mice deficient 57 genetically altered mice 57 Immunohistochemical analysis 57 Notch signaling 57 mRNA expression 57 sortilin 57 octopamine 57 overexpressing 57 neurofibromin 57 Nanog 57 myogenesis 57 fatty acid metabolism 57 stathmin 57 UCP1 57 orthologs 57 Runx2 57 calcium homeostasis 57 E cadherin 57 ß amyloid 57 arcuate nucleus 57 dystrophin 57 PHD2 57 triacylglycerol 57 neurotransmitter receptors 57 peripheral tissues 57 MAP kinase 57 PKC beta 57 acetylcholinesterase 57 dystrophin protein 57 β cells 57 4E BP1 57 acyl CoA 57 Math1 57 neuronal synapses 57 PP2A 57 axonal 57 tau protein 57 midgut 57 Wnt pathway 57 Bcl xL 57 TGF ß 57 FOXO1 57 tau proteins 57 GPR# [002] 57 leptin hormone 57 mitochondrial function 57 HIF 1α 57 glutamate transporters 57 Nrf2 57 semaphorin 57 Amyloid Precursor Protein 57 transthyretin 57 adhesion molecule 57 hyperactivation 57 osteocalcin 57 PKM2 57 Oct4 57 NMDA receptor 57 neuronal circuits 57 photoreceptors 57 Klotho 57 angiotensinogen 57 mice genetically altered 57 erythrocytes 57 hematopoiesis 57 aP2 57 Dicer enzyme 57 Cx# [001] 57 KCNE2 57 Notch1 57 superoxide dismutase 57 mutant flies 57 lumican 57 #beta HSD1 57 costimulatory 57 MT1 MMP 57 BDNF gene 57 RUNX3 57 PBMCs 57 tyrosine hydroxylase 56 tumor suppressor protein 56 Foxp3 56 glucose homeostasis 56 constitutively 56 HepG2 cells 56 gene encoding 56 glutamate receptor 56 p# activation 56 C1q 56 serine protease 56 Or#b 56 hippocampal cells 56 CFTR protein 56 SIRT3 56 F actin 56 MAPK 56 CEACAM1 56 eNOS 56 cellular signaling pathways 56 GLUT4 56 oncomodulin 56 synaptic vesicles 56 neuroblastoma cells 56 NF κB activation 56 IKK2 56 transduced 56 microRNA molecules 56 nitric oxide synthase 56 corticosterone 56 rhodopsin 56 Neuropeptide Y 56 proximal tubule 56 TSP1 56 epithelia 56 enterocytes 56 cPLA2 56 neuroligin 56 copper zinc superoxide 56 dopamine neuron 56 paxillin 56 SGK1 56 vimentin 56 acetyl CoA 56 glutamate receptors 56 renal tubules 56 receptor gene 56 vomeronasal organ 56 goblet cells 56 midbrain 56 TAp# 56 leptin 56 PKMzeta 56 RCAN1 56 aldose reductase 56 nucleolin 56 miR #a [001] 56 IL 1beta 56 VE cadherin 56 zebrafish embryos 56 alpha dystroglycan 56 transmembrane protein 56 p# MAPK 56 NKCC1 56 neurotrophic factor 56 TRPA1 56 cellular organelles 56 histone modification 56 rRNA 56 PDGFR 56 synapse maturation 56 cardiac myocytes 56 prostaglandin synthesis 56 CIB1 56 thymocytes 56 LDL receptor 56 ErbB4 56 selenoproteins 56 pluripotency 56 ERK signaling 56 transgenic mouse model 56 collagen VI 56 neuroepithelial cells 56 transmembrane 56 mitochondrial proteins 56 telomerase gene 56 intracellular proteins 56 senescent cells 56 SIRT1 56 globin genes 56 cytosol 56 Hsp# [001] 56 muscarinic receptors 56 noncoding RNAs 56 HEK# cells 56 mice genetically engineered 56 ATPase activity 56 Cyclin D1 56 acetylcholine receptor 56 BDNF protein 56 urothelial cells 56 laforin 56 signaling pathway 56 XBP1 56 amygdala neurons 56 sirtuin 56 CaMKII 56 palladin 56 Srs2 56 glutamatergic neurons 56 FUS1 56 striatal neurons 56 cortical neurons 56 JNK1 56 beta catenin 56 radial glia 56 MCF7 cells 56 SCD1 56 mammary epithelial cells 56 nAChR 56 KATP channels 56 mutant protein 56 striated muscle 56 homodimers 56 beta adrenergic receptors 56 contractile 56 Aldosterone 56 mRNA transcripts 56 constitutively expressed 56 mitochondrial genes 56 telomerase activity 56 palmitoylation 55 bile acid 55 receptor subunit 55 NPD1 55 interneurons 55 gut mucosa 55 RKIP 55 coexpression 55 CXCR2 55 HSCs 55 ubiquitylation 55 excitatory synapses 55 PGC 1a 55 Hh signaling 55 TORC2 55 ATPase 55 factor BDNF 55 biochemical pathway 55 Sox9 55 cellular prion protein 55 GRP# 55 neuron degeneration 55 diabetic rats 55 cryptochromes 55 neuropeptide 55 transcriptomes 55 cytosolic 55 CaM kinase II 55 glycolytic 55 Wnts 55 PTHrP 55 FOXP3 55 lipin 55 epigenetically 55 paralogs 55 olfactory neurons 55 CTCF 55 AMPK 55 PC# cells 55 cholesterol efflux 55 mutated protein 55 biogenesis 55 PGE2 55 polyamine 55 mice 55 IRAK1 55 neuronal stem cells 55 AdPLA 55 MEF2 55 mesenchymal cells 55 fruitflies 55 DLC1 55 hematopoietic cells 55 basolateral 55 c Myb 55 calpain 55 RANKL 55 GLUT1 55 EphA2 55 metabolic enzymes 55 GLI1 55 Sgk1 55 histone H3 55 kisspeptin 55 cyclin D1 55 orexin 55 Rap1 55 OCT4 55 germ cells 55 NMDA receptors 55 LRP1 55 intracellular pH 55 vasopressin 55 GPI anchored 55 ciliated 55 FKBP# 55 genetically modified mice 55 MeCP2 55 antioxidant enzyme 55 ASIC1a 55 myocyte enhancer factor 55 endoplasmic reticulum ER 55 epigenetic silencing 55 actin cytoskeleton 55 cotransporter 55 spermatogenesis 55 Cdc# 55 β cell 55 adiponectin 55 serine proteases 55 D2 receptors 55 cAMP 55 biochemical pathways 55 neuronal migration 55 intracellular calcium 55 glycolipids 55 sonic hedgehog 55 transcriptional repressor 55 alveolar epithelial cells 55 dopamine transporter 55 Six3 55 Ca2 + 55 skeletal muscle 55 neuropeptide Y 55 DNA methylation patterns 55 JNK activation 55 primordial germ cells 55 hypocretin neurons 55 transcriptional machinery 55 IL 1β 55 sGC 55 pituitary hormone 55 dendritic spines 55 IGF1 55 SVZ 55 caveolin 55 HDACs 55 SUMOylation 55 CCR5 receptors 55 beta galactosidase 55 secretory pathway 55 Cdx2 55 phosphorylated 55 neuroblasts 55 PGC 1alpha 55 demyelinated 55 MAPK pathway 55 myoblasts 55 PrPSc 55 lipid rafts 55 TGF ß1 55 TGF b 55 CHD7 55 ubiquitination 55 Mre# 55 regulator CFTR 55 NR2B 55 immunoreactivity 55 Fc receptor 55 GABAergic interneurons 55 actin binding 55 axonal transport 55 neuropeptide Y NPY 55 retinal ganglion cells 55 Mutant mice 55 urocortin 55 tumor suppressor p# 55 Pax6 55 transcriptionally 55 Rac1 55 corticospinal 55 PGCs 55 serotonin signaling 55 androgen receptor AR 55 cannabinoid receptors 55 diabetic mice 55 beta globin 55 stress hormone corticosterone 55 chitinase 55 endothelial progenitor cells 55 Hypoxia Inducible Factor 55 CCL5 55 splenocytes 55 cell adhesion molecule 55 serotonin receptor 55 beta arrestin 55 disulfide bond 55 substantia nigra 55 SIR2 gene 55 HCV replication 55 dopamine signaling 55 dystroglycan 55 metalloproteinases 55 inhibitory neurons 55 Dystrophin 55 gene encodes 55 leptin deficient 55 trophoblast cells 55 kalirin 55 HOTAIR 55 reductase 55 oxidative phosphorylation 55 evolutionarily conserved 55 ERK2 55 cytoplasmic domain 55 circulating lymphocytes 55 amyloid deposition 54 LXRs 54 mouse embryonic fibroblasts 54 excitatory neurons 54 cyclase 54 hippocampal 54 miR #a [002] 54 proteasomes 54 inducible nitric oxide synthase 54 MALAT1 54 Pin1 54 epithelial cells lining 54 centrosomes 54 MMP2 54 netrin 1 54 PU.1 54 peroxisomal 54 exocytosis 54 p# protein 54 progranulin 54 Hox genes 54 neural tissue 54 glucocorticoid receptors 54 plasminogen 54 putrescine 54 uPAR 54 nematode worms 54 mutant p# 54 protein encoded 54 hedgehog pathway 54 c MYC 54 leukemic stem cells 54 SAP# 54 secretory 54 cellular metabolism 54 brain derived neurotrophic 54 Wnt signaling pathway 54 androgen receptors 54 ALDH 54 MCH neurons 54 defensin 54 granzyme B 54 mutant zebrafish 54 S#K# 54 missense mutations 54 glial 54 retinal pigment epithelium 54 TXNIP 54 transmembrane receptor 54 endocannabinoid system 54 leucine zipper 54 Supplementary Fig 54 ipRGCs 54 superior colliculus 54 microvessels 54 palmitate 54 tumorigenicity 54 deacetylation 54 vitamin D receptor 54 lung epithelium 54 PTP1B 54 olfactory receptor neurons 54 Mdm2 54 Neuregulin 1 54 heterochromatin 54 PTPN# 54 IKKß 54 proinsulin 54 telomere maintenance 54 telomeric 54 huntingtin protein 54 RNA binding 54 adrenal cortex 54 cyclic AMP cAMP 54 catabolism 54 autocrine 54 intercellular communication 54 astrocytes 54 phagocyte 54 gluconeogenesis 54 gut microflora 54 KLF4 54 mammalian brain 54 Aâ 54 phagocytosis 54 cholecystokinin CCK 54 adult neurogenesis 54 orexin neurons 54 perivascular 54 sRNA 54 myo inositol 54 subcellular 54 p#Kip# 54 neurone 54 planaria 54 hormone adiponectin 54 Fas ligand 54 thrombospondin 54 astrocyte 54 myocardium 54 tissue homeostasis 54 striatal 54 CCL# 54 TORC1 54 vesicle fusion 54 leukaemic stem cells 54 ACE2 54 phenotype 54 ZNF# 54 TGFbeta 54 Klf4 54 serotonin neurons 54 NKT cell 54 TGF β 54 locomotor activity 54 proto oncogene 54 genes encoding 54 hypoxia inducible transcription 54 choroid plexus 54 neuronal signaling 54 phytochrome 54 Creston Depot 54 chondrocytes 54 GSTT1 54 deletion mutant 54 Rab# 54 TRPV4 54 photoreceptor cells 54 piRNAs 54 tau phosphorylation 54 Fig. 1C 54 lateral ventricle 54 Notch receptor 54 TNFalpha 54 CD#c 54 sphingolipid 54 sensory neuron 54 haematopoietic 54 Golgi apparatus 54 Irs2 54 neuronal cell 54 leukemic cells 54 suprachiasmatic nucleus 54 excitatory neurotransmitter 54 p# MAP kinase 54 remyelination 54 hindbrain 54 transcriptional regulation 54 endoplasmic reticulum 54 transcriptional regulators 54 focal adhesions 54 cyclophilin D 54 cholesterol metabolism 54 synaptic plasticity 54 platelet aggregation 54 adipocyte differentiation 54 pineal 54 Wnt1 54 cysteine 54 antiapoptotic 54 Hepatocytes 54 chloride channels 54 BH4 54 malonyl CoA 54 SIRT6 54 cypin 54 amyloid peptide 54 somatostatin 54 cytoplasmic tail 54 acinar cells 54 Wnt#b 54 spermatogonial stem cells 54 acetylcholine 54 NKT cells 54 MEF2D 54 RANTES 54 aquaporin 54 synaptic proteins 54 AgRP neurons 54 Myosin II 54 steroid hormones 54 vasopressin receptor 54 E3 ligase 54 neural progenitor cells 54 GABAergic 54 neural precursor 54 thyrotropin 54 glutamatergic 54 Purkinje cell 54 LV systolic function 54 photoreceptor cell 54 SATB1 54 metazoan 54 carbohydrate metabolism 54 STAT3 54 alveolar epithelium 54 neurons 54 endonuclease 54 mitogen activated protein kinases 54 sarcoplasmic reticulum 54 microcirculatory improvement helping 54 SHANK3 54 Sp1 54 cohesin 54 protein dystrophin 54 activated microglia 54 HIP1 54 TRP channels 54 MMP2 gene 54 LIS1 54 N Myc 54 peroxisome 54 TRPA1 gene 54 cortices 54 olfactory epithelium 54 nAChRs 54 serotonin synthesis 54 circadian clocks 54 GPIHBP1 54 neurotransmitter receptor 54 neuregulin 1 54 RANK ligand 54 G6PD 54 neuregulin 54 transfected cells 54 mammalian 54 receptor gamma 54 mitochondrial 53 signaling molecule 53 cryopyrin 53 hormones leptin 53 osteocytes 53 plant hormone auxin 53 alanine 53 CRTC3 gene 53 CD# protein 53 TGF beta 53 dynamin 53 anti apoptotic 53 receptor activation 53 p# gene 53 tumor suppressor gene 53 posttranslational modification 53 phagocytes 53 Ghrelin 53 MnSOD 53 suppressor gene 53 leucocytes 53 prion proteins 53 synaptic inputs 53 microglial cells 53 Shh signaling 53 constitutively active 53 motor neuron 53 fatty acid synthase 53 Sirt1 53 MECP2 53 CD1d 53 lymphoid cells 53 H#K# [002] 53 brain hypothalamus 53 chloroplast 53 c Abl 53 ABCA1 gene 53 GSTM1 53 lung fibroblasts 53 neurotransmission 53 Kupffer cells 53 cardiac fibroblasts 53 Notch pathway 53 Nrf2 pathway 53 apoE4 53 lung epithelial 53 naturally occurring molecule 53 telomerase enzyme 53 hippocampi 53 Shp2 53 TRPV3 53 D aspartic acid 53 coding genes 53 myeloid cells 53 WT1 53 fibroblast cells 53 cellular respiration 53 non coding RNA 53 infarcted myocardium 53 keratinocytes 53 adipocytes 53 dauer 53 GH secretion 53 chylomicrons 53 metabolizing enzymes 53 follicle stem cells 53 vascularization 53 calcium permeable 53 neuronal connections 53 RBP4 53 ZFN modified cells 53 BDNF 53 intestinal epithelium 53 Notch signaling pathway 53 Stat5 53 neurite 53 umbilical vein 53 hypoxia inducible factor 53 substrate specificity 53 pRb 53 glucocorticoid receptor 53 acetylcholine neurotransmitter 53 encodes protein 53 epicardium 53 stathmin gene 53 neoplastic cells 53 H2AX 53 terminally differentiated 53 mononuclear cells 53 fibrocytes 53 amyloid deposits 53 myocardial tissue 53 Extracellular 53 neurogenesis 53 intronic 53 TBC#D# 53 Sir2 53 phosphorylates 53 pDCs 53 adipogenic 53 contractility 53 ultrastructural 53 centromeric 53 Sox2 53 antioxidant enzymes 53 inflammatory cytokine 53 vitamin D receptors 53 Eg5 53 protein fragment 53 mRNA molecules 53 focal adhesion kinase 53 ouabain 53 clusterin 53 innervation 53 calmodulin kinase II 53 melanocyte 53 SREBP 53 Tregs 53 RAS RAF MEK 53 Mcl 1 53 Prolactin 53 laminin 53 galectin 3 53 mitochondria 53 proline rich 53 serine threonine kinase 53 oligodendrocyte precursor cells 53 fascin 53 synaptic 53 NRG1 53 hepatocytes 53 PEDF 53 Cdk5 53 trophic factors 53 CatB 53 mitochondrial biogenesis 53 Hair follicles 53 T cadherin 53 nitric oxide synthase NOS 53 hyperactivated 53 proteorhodopsin 53 nephron 53 signaling molecules 53 transgenic rats 53 CD# + [001] 53 Hh 53 biosynthetic pathways 53 Gr#a 53 E3 ubiquitin ligase 53 pancreatic tissue 53 IFN gamma 53 ortholog 53 insular cortex 53 intestinal epithelial