Related by context. All words. (Click for frequent words.) 71 metaphase 66 meiotic 65 cyclin B1 65 mitotic 65 caspase activation 65 mitotic progression 65 transcriptional activation 64 β catenin 64 BMP signaling 64 endosomal 64 secretory pathway 64 focal adhesions 64 melanocyte 63 cytokinesis 63 erythrocyte 63 BMP4 63 cellular senescence 63 synapse formation 63 sRNA 62 Vpr 62 structural rearrangements 62 isoenzyme 62 conformational changes 62 plastid 62 tyrosine phosphorylation 62 mesenchymal cell 62 dephosphorylation 62 paxillin 62 phosphorylates 62 malignant transformation 62 costimulation 62 H#K# [001] 62 neuroepithelial cells 61 deacetylation 61 proteolytic cleavage 61 gastrulation 61 proto oncogene 61 neurite outgrowth 61 transcriptional repressor 61 cyclins 61 lysosomal 61 myofibroblasts 61 spermatogenesis 61 morphogen 61 SUMOylation 61 hydroxylation 61 dauer 61 mitogen activated protein kinase 61 phagocytosis 61 caveolae 61 clonal expansion 61 mediated inhibition 61 histone H3 61 LKB1 61 osteoblast 61 intracellular proteins 61 Hedgehog signaling 61 catenin 61 osteoclast 60 adipogenesis 60 gamete formation 60 centromere 60 JNK1 60 activin 60 cathepsins 60 BRAF protein 60 autocrine 60 downregulated 60 keratinocyte 60 TGF ß1 60 synaptogenesis 60 cofactors 60 Leydig cells 60 peroxisome 60 proteolysis 60 ERK1 2 60 autophagic 60 oligomerization 60 telomeric 60 ERK signaling 60 acetylation 60 intestinal epithelial cells 60 CPEB 60 H#K#me# 60 Cdc# 60 Rab5 60 oncogenic transformation 60 VSMC 60 organogenesis 59 motoneurons 59 TFIIH 59 nAChR 59 actin cytoskeleton 59 cell motility 59 PIP2 59 membrane fusion 59 CXCL# 59 Wnt signaling 59 inflammatory cytokine 59 adipogenic 59 chloroplast 59 hematopoietic progenitors 59 LRP6 59 MAP kinase 59 tumorigenesis 59 kinase domain 59 TORC2 59 basolateral 59 endonuclease 59 chromosome condensation 59 miR# 59 centrosome 59 neural progenitor cells 59 anaphase 59 osteogenic differentiation 59 transgene expression 59 meristem 59 BubR1 59 MMP2 59 chromatin structure 59 suppressor gene 59 TNFR 59 HIV reverse transcriptase 59 PGCs 59 E cadherin 59 phosphorylate 59 osteogenic 59 telomerase activity 59 histone acetylation 59 secretory 59 molecular signaling pathway 59 peptidase 59 peptide receptor 59 KLF4 59 Phosphorylation 59 primary cilia 59 mitotic spindle 59 FGFs 59 cdk5 59 GTPase 59 VE cadherin 59 pRb 59 F actin 59 coiled coil 59 thymocyte 59 ubiquitination 59 vacuolar 59 CEACAM1 59 HCV replication 59 p# activation 59 serine protease 59 CDK5 59 epithelia 59 PGC 1α 59 neurite 59 chemokine receptor 59 histone methylation 58 osteoclast activity 58 cytoplasmic domain 58 NF kappaB 58 TGF b 58 mTOR signaling 58 PAX5 58 NR#A# 58 morphogenesis 58 morphogens 58 proapoptotic 58 PPARg 58 X inactivation 58 centromeres 58 acrosome reaction 58 centromeric 58 adherens junctions 58 cofilin 58 vesicle fusion 58 cAMP signaling 58 receptor activation 58 pyruvate kinase 58 Diels Alder reaction 58 IL 1β 58 cytokine receptor 58 RhoA 58 coagulation cascade 58 HDAC5 58 mesoderm 58 miR #b [001] 58 TXNIP 58 subventricular zone 58 JAK2 enzyme 58 myogenesis 58 kinase pathway 58 Ago2 58 biogenesis 58 oligodendrocyte 58 amyloidogenic 58 glucokinase 58 ploidy 58 tumorigenicity 58 constitutively active 58 aminopeptidase 58 actin binding 58 ESCRT 58 lytic 58 Sox9 58 4E BP1 58 importin 58 Skp2 58 alpha synuclein protein 58 FGF signaling 58 synaptic vesicle 58 GNAQ 58 SGK1 58 polycystin 58 cytosolic 58 SIRT2 58 ribosomal DNA 58 epidermal cells 58 lysophosphatidic acid 58 primary cilium 58 leukemic cell 58 JAK STAT 58 cathepsin B 58 cellular prion protein 58 acetylcholine receptor 58 PI3K/Akt pathway 58 EF Tu 58 GSK3B 58 Rap1 58 depolarizing 58 constitutively expressed 58 TGF β 58 endocytic 58 membrane proximal 58 dermal papilla 58 matrix metalloproteinases MMPs 58 pDCs 58 transcriptional repressors 58 tumoral 58 apoptotic pathway 58 erythropoiesis 58 Notch pathway 58 ß catenin 58 centrioles 58 CCL# 58 caveolin 1 58 plasma membrane 58 Notch signaling 58 induce apoptosis 58 S. enterica 58 transcriptional regulation 58 FKBP# 58 PrPC 58 MT1 MMP 57 mitochondrial respiration 57 H#K# [002] 57 oxidative phosphorylation 57 branching morphogenesis 57 RNA polymerases 57 MAP kinases 57 coreceptor 57 ERK2 57 beta catenin 57 axon guidance 57 TET2 57 Cyclin D1 57 neuronal migration 57 fibroblast 57 fibrocytes 57 MECP2 gene 57 c myc 57 cysteine residue 57 PDGF receptor 57 dimeric 57 mesenchyme 57 G6PD 57 NFκB 57 protein phosphorylation 57 transdifferentiation 57 prostate epithelial cells 57 glutamate receptor 57 neuroligins 57 lysine residues 57 tumor suppressor protein 57 Src kinase 57 cytokine receptors 57 NFkB 57 enzymatic activity 57 glycosylated 57 kinetochore 57 microglial 57 T lymphocyte 57 IFNg 57 viral proteins 57 MAPK pathway 57 signaling cascades 57 eukaryotic cell 57 LIS1 57 LRAT 57 lymphangiogenesis 57 phosphoinositide 57 synuclein 57 DNA demethylation 57 protein tyrosine phosphatase 57 sphingolipid 57 GPR# [002] 57 catalytic subunit 57 virulence genes 57 triphosphate 57 polyamine 57 ncRNAs 57 CHFR 57 Notch1 57 lymphoid organs 57 coactivators 57 adipose cells 57 endocytosis 57 mitosis 57 podocytes 57 embryonic tissues 57 erythroid 57 erythrocytes 57 metalloproteinases 57 fatty acid synthesis 57 oocyte maturation 57 AMPA receptor 57 lipid rafts 57 kinase gene 57 epithelial cell 57 ubiquitylation 57 transmembrane protein 57 serine threonine kinase 57 macrophage cells 57 effector cells 57 isogenic 57 hematopoetic stem cells 57 Notch signaling pathway 57 meiotic recombination 57 nucleoli 57 peroxisomal 57 pro angiogenic 57 calpain 57 PHD2 57 heterodimers 57 regulated kinase ERK 57 factor PlGF 57 Foxp3 57 acetyl CoA 57 SOCS3 57 pyrimidines 57 TNFalpha 57 RNA polymerase 57 oxidases 57 p#/CBP 57 IFN γ 57 CD8 cells 57 transferase 57 polypeptides 57 operon 57 pDC 57 intracellular signaling 57 Six3 57 Rac1 57 trophoblast cells 57 hypermethylation 57 MyoD 57 peroxisomes 57 cyclic AMP 57 epoxide 57 hypermethylated 57 neuroligin 57 secrete proteins 57 gastric carcinoma 57 NR2B 57 Wnts 57 c MYC 57 jasmonate 57 ERK activation 57 Peyer patches 57 ubiquitin ligases 57 HDAC2 57 mitotic checkpoint 57 ras gene 57 Stat1 57 adhesion molecule 57 thyroid hormone receptor 57 RAD# [001] 57 Clusterin 57 RNA polymerase II 57 monocyte 57 androgen receptor AR 57 Ca2 + 57 lipoxygenase 57 DNA adducts 57 PI3K Akt 57 muscarinic receptors 57 isoenzymes 57 demethylase 57 thioredoxin 56 nucleolar 56 kinetochores 56 tumor suppressor p# 56 cytolytic 56 chromosomal instability 56 somatostatin 56 homodimer 56 PP2A 56 monocyte macrophage 56 histone modifications 56 Th2 56 lipid synthesis 56 proteolytic 56 p# MAPK 56 transcriptionally 56 heterochromatin 56 PI3K AKT 56 thymocytes 56 transfected cells 56 ectopic expression 56 tubulin 56 transactivation 56 TAp# 56 HER2 neu 56 β1 56 oncogenic 56 PcG 56 lymphoid cells 56 cypin 56 cytosol 56 MAPK signaling pathway 56 gut mucosa 56 cardiac fibroblasts 56 granule cells 56 potent inhibition 56 cohesin 56 RecA 56 hyperactivated 56 Wnt signaling pathway 56 presynaptic 56 regulates gene expression 56 hypothalamic pituitary 56 Prox1 56 transmembrane receptor 56 lymphoid 56 IL 1beta 56 budding yeast 56 membrane lipids 56 nucleosome 56 endocytic pathway 56 sortilin 56 3'UTR 56 perivascular 56 cell adhesion 56 conformational 56 merozoites 56 disulfide bond 56 receptor mediated endocytosis 56 fig. S1 56 IRF6 56 Hfq 56 phosphatidylinositol 56 Nedd4 56 PIP3 56 neoplastic transformation 56 vernalization 56 rRNA 56 acinar 56 dimerization 56 downstream effectors 56 H#K# methylation 56 MAPKs 56 upregulation 56 Fig. 2B 56 protein alpha synuclein 56 GLUT4 56 potent inhibitors 56 paraventricular nucleus 56 tetramer 56 aromatase 56 Vps# 56 enterocytes 56 depolarization 56 alveolar epithelial cells 56 MCF7 cells 56 lung epithelium 56 K + ATPase 56 N Myc 56 IL #p# 56 proteinase 56 Akt signaling 56 cytokine secretion 56 intracellular bacteria 56 promoter methylation 56 CCR2 56 trans splicing 56 TGFß 56 caveolin 56 neuronal dysfunction 56 thymic 56 Immunohistochemical analysis 56 Fas ligand 56 microglial activation 56 ATPase activity 56 gene rearrangements 56 EBNA1 56 TGFb 56 habenula 56 insulin signaling pathway 56 mesenchymal 56 microvilli 56 TNFa 56 nigrostriatal 56 MyD# 56 cytokine signaling 56 interconversion 56 Xenopus laevis 56 ERK pathway 56 proinflammatory mediators 56 proton pump 56 VEGFR1 56 Smoothened 56 GAPDH 56 intracellular protein 56 mRNA expression 56 PKC isoforms 56 prostaglandin synthesis 56 beta1 integrin 56 helicase 56 upregulated 56 E3 ubiquitin ligase 56 Chk1 56 ubiquitinated 56 reductase 56 #BP# 56 N cadherin 56 Polo kinase 56 SMAD4 56 miRNA expression 56 potent stimulator 56 protein tyrosine kinase 56 microtubule dynamics 56 Myostatin 56 flavin 56 FasL 56 Flt3 56 FGF2 56 hedgehog pathway 56 Wnt beta catenin 56 chromatin modification 56 MEK1 56 histone protein 56 ligand binding 56 palmitoylation 56 phagocytic cells 56 effector molecules 56 Treg cells 56 gene inactivation 56 MEFs 56 pyrimidine 56 tropomyosin 56 PKC beta 56 cyclooxygenase COX 56 adrenal hormone 56 cyclic GMP 56 potent inducer 56 TGF alpha 56 polyadenylation 56 Hh signaling 56 endosome 56 ERalpha 56 PTH secretion 56 menin 56 monocytes macrophages 56 endosomes 56 posttranslational modifications 56 anaphase promoting complex 56 fibril formation 56 SAP# 56 Macrophage 56 Oncogenic 56 subcellular compartments 56 GSK3 56 cell adhesion molecules 56 histidine kinase 56 hematopoietic progenitor cells 56 adhesion proteins 56 glycolytic 56 XBP1 56 zebrafish embryo 56 mammary cells 56 γ secretase 56 IKKß 56 Golgi apparatus 56 circadian clock genes 56 outer membrane proteins 56 focal adhesion kinase FAK 56 interphase 56 osteoblastic 56 cytoskeletal 56 intracellular pH 56 NKCC1 56 RKIP 56 chondrocyte 55 multinucleated 55 SCN5A 55 cholesterol homeostasis 55 HepG2 55 EGF receptor 55 hexamer 55 MAPK 55 protein kinase 55 primordial germ cells 55 intestinal epithelium 55 constitutively activated 55 downregulation 55 Arp2 3 55 CaM 55 JNK activation 55 cellular pathways 55 AMPA receptors 55 insulin secreting cells 55 SATB1 55 gene transcription 55 mesenchymal cells 55 eIF4E 55 hammerhead ribozyme 55 cytotoxicity assays 55 excitatory synapses 55 postsynaptic 55 Microarray analysis 55 fibrin deposition 55 ependymal cells 55 retinal neurons 55 cytokine IL 55 T#M 55 neural cells 55 hematopoietic cells 55 TACI 55 transcriptional regulator 55 beta globin gene 55 neuromuscular junction 55 translationally 55 epithelial 55 matrix metalloproteinase 55 beta actin 55 MMP9 55 E#F# 55 PrPSc 55 centrosomes 55 muscarinic 55 NFAT 55 IKKa 55 p# mitogen activated 55 glycolipids 55 nodulation 55 NKT cells 55 AhR 55 receptor subunit 55 non coding RNA 55 TRAF6 55 protein phosphatase 55 transcriptional activity 55 Th1 Th2 55 chemotactic 55 cell lysis 55 E3 ligase 55 preadipocytes 55 IL 1ß 55 histone 55 microtubule 55 Fig. 1D 55 HIF 1alpha 55 PcG proteins 55 synaptic transmission 55 toxic beta amyloid 55 Stat5 55 overactivation 55 HIF 1α 55 Pgp 55 CD#b 55 PKD1 55 upregulates 55 PKM2 55 Cathepsin B 55 Dpp 55 dentate gyrus 55 acetylated 55 trophoblasts 55 S nitrosylation 55 E cadherin expression 55 potently inhibited 55 ARF1 55 LSD1 55 primordia 55 lymphatic vessel 55 FGFR3 55 mevalonate 55 hormone secretion 55 steroidogenic 55 P gp 55 A. thaliana 55 antiproliferative activity 55 phospholipase 55 beta globin 55 isomerase 55 proline rich 55 STAT1 55 c myc gene 55 threonine 55 beta arrestin 55 interferon pathway 55 DSBs 55 proximal tubule 55 fig. S4 55 dynamin 55 monomeric 55 phytochrome 55 KaiC 55 Histone 55 exocytosis 55 CHD7 55 cAMP dependent 55 Sonic hedgehog 55 inhibitory synapses 55 inducible nitric oxide synthase 55 Shh signaling 55 biosynthetic pathway 55 micronuclei 55 receptor molecule 55 Htt 55 GTP hydrolysis 55 neurites 55 Notch receptor 55 phosphatase 55 VEGF receptor 55 neuronal synapses 55 glucocorticoid receptor 55 SCD1 55 ErbB4 55 protein p# 55 polyploid 55 KIAA# 55 Rho GTPases 55 ligand receptor 55 gene locus 55 uPA 55 Dysregulation 55 neovascularization 55 Purkinje cell 55 secretase 55 granzyme B 55 myeloid cells 55 dedifferentiation 55 aT cell 55 sequence homology 55 steroidogenesis 55 VHL gene 55 Treg cell 55 GRP# 55 fig. S# 55 coexpression 55 polymerases 55 ENaC 55 phagocyte 55 resistant mutants 55 microtubules 55 cysteine residues 55 mTORC1 55 pilus 55 cadherin 55 intestinal epithelial 55 interferon γ 55 cytotoxic T lymphocyte 55 trimeric 55 Eg5 55 ß1 55 nephron 55 serine threonine 55 chromatin modifications 55 mammary stem cells 55 NF1 gene 55 glycoproteins 55 transcriptional machinery 55 topoisomerases 55 KCNE2 55 homodimers 55 chick embryo 55 nutrient uptake 55 Runx2 55 HepG2 cells 55 ERK5 55 immunoreactivity 55 FOXO3a 55 putrescine 55 integrin activation 55 Vpu 55 oncomodulin 55 neural crest cells 55 Cx# [001] 55 isotypes 55 DNMT1 55 skin fibroblasts 55 hair follicle stem cells 55 oncoprotein 55 synthetase 55 inhibitory effects 55 Th1 cells 55 TRPV3 55 genes encoding 55 beta subunit 55 paracellular 55 Aβ 55 hematopoiesis 55 MDSCs 55 elastase 55 eukaryotic cells 55 #ß 55 KLF2 55 null mice 55 senescent cells 55 enzymatic pathways 55 PKC inhibitor 55 myeloid 55 H#Y 55 dehydrogenase 55 genomic instability 55 FLT3 kinase 55 cyclin dependent kinases 55 kappa opioid receptors 55 RNA sequences 55 apoptotic cells 55 S. cerevisiae 55 γδ T cells 55 β amyloid 55 presenilin 55 neural crest stem cells 55 Supplementary Fig 55 female reproductive tract 55 signaling pathways 55 capillary endothelial cells 55 P cadherin 55 effector T 55 Fig. 1A 55 polypeptide chain 55 oligomeric 55 acetylcholinesterase 55 methyltransferase 55 amyloid β 55 receptor mediated 55 metabolic enzymes 55 microRNA molecule 55 GATA1 55 excess glutamate 55 ovule 55 genotoxic stress 55 ATPase 55 chromatin remodeling 55 epithelial barrier 55 heterologous expression 54 enzymatically active 54 cardiomyocyte 54 Fig. 1E 54 B lymphocyte 54 M1 muscarinic 54 aldose reductase 54 CatB 54 intramolecular 54 acyl CoA 54 hypocretin neurons 54 replicative 54 Extracellular 54 previously uncharacterized 54 Androgen receptor 54 fibrillin 1 54 aberrant activation 54 autoreactive B 54 radiosensitivity 54 amyloid deposits 54 CYP#B# 54 overexpressing 54 catalytically active 54 NF kappaB activation 54 TGFbeta 54 P. falciparum parasite 54 spermine 54 filopodia 54 neuronal signaling 54 P. gingivalis 54 titin 54 hedgehog signaling 54 fibrogenesis 54 cytolytic activity 54 vascular endothelial cells 54 RAS RAF MEK 54 glomerular 54 secreted protein 54 cilium 54 fibrillin 54 hnRNP 54 HIF 1a 54 NKT cell 54 6S RNA 54 PKC alpha 54 magnetosomes 54 FOXO 54 peroxidase 54 CXCR4 54 tryptase 54 inactive X chromosome 54 upregulating 54 NS5A 54 tumorigenic 54 cytokines chemokines 54 intercellular signaling 54 eicosanoid 54 tunica vaginalis 54 CIB1 54 substrate specificity 54 RCAN1 54 mRNA splicing 54 neuroblasts 54 procollagen 54 inhibit viral replication 54 FLT3 54 amyloid β peptide 54 carboxyl terminal 54 NF kB pathway 54 casein kinase 54 motile 54 axonal 54 DLX5 54 DISC1 54 miR #a [002] 54 PIK3CA 54 mesenchymal transition 54 phosphoprotein 54 mosaicism 54 GABAA receptor 54 actin polymerization 54 supernatants 54 TGF ß 54 ectodomain 54 COX2 54 cytoplasmic 54 MMP# 54 Sp1 54 glycogen metabolism 54 synthases 54 microcephalin 54 radial glia 54 epigenetic alterations 54 CD4 + T lymphocytes 54 translocates 54 anterior pituitary 54 cyclic AMP cAMP 54 paracrine 54 constitutively 54 carboxy terminal 54 CDK4 54 COOH terminal 54 axonal regeneration 54 catabolism 54 astrocytic 54 sister chromatid 54 GABAA receptors 54 receptor subtype 54 Jhdm2a 54 phagosomes 54 adenylate cyclase 54 neuronal pathways 54 cyclin E 54 Skeletal muscle 54 gastrin 54 guanosine 54 Lhx2 54 dendritic 54 plant hormone auxin 54 Drosha 54 Fig. 3b 54 quantitative trait loci 54 retinoic acid receptor 54 TORC1 54 CYP#A# [002] 54 MLL2 54 beta catenin protein 54 c myb 54 HDAC6 54 Wnt 54 adult neurogenesis 54 neoplastic cells 54 axonal degeneration 54 fig. S2 54 receptor signaling 54 ALDH2 54 V#F mutation 54 neuronal differentiation 54 NADPH oxidase 54 hypoxia inducible transcription 54 orthologs 54 viral genome