Related by context. All words. (Click for frequent words.) 72 meiotic 72 metaphase 69 mitosis 69 cytokinesis 69 anaphase 67 β catenin 67 cytosolic 67 Cdc# 67 E cadherin 66 epithelial cell 66 melanocyte 66 catenin 66 apoptotic 66 cellular senescence 65 monocyte 65 genomic instability 65 prophase 65 TGF b 65 tumorigenesis 64 cell motility 64 TGF β 64 acinar 64 phagocytosis 64 caspase activation 64 caveolin 1 64 cytoplasmic 64 ubiquitination 64 Rab5 64 proteolysis 64 E3 ubiquitin ligase 64 keratinocyte 64 β 64 phosphorylated 63 cyclin 63 ERK1 2 63 transcriptional activation 63 epithelial 63 autophagic 63 cytoskeletal 63 constitutively active 63 transcriptional 63 mitogen activated protein kinase 63 adherens junctions 63 focal adhesions 63 endothelial cell 63 Rap1 63 hTERT 63 Notch signaling 63 cyclin B1 63 endosomal 63 lymphoid 63 ß catenin 63 Supplementary Fig 63 mRNA 63 centromeric 63 DNA replication 62 malignant transformation 62 MyoD 62 phosphorylation 62 E cadherin expression 62 IL 1ß 62 pRb 62 BMP signaling 62 telomeric 62 GAPDH 62 enzymatic activity 62 cyclin E 62 c Myc 62 lysosomal 62 biogenesis 62 lymphocyte 62 H#K#me# 62 actin cytoskeleton 62 histone 62 activin 62 transcriptional regulation 62 thymocytes 62 cadherin 62 tubulin 62 E#F# 62 downregulated 62 RNA polymerase II 62 iNOS 62 osteoblast 62 mitotic spindle 62 oncoprotein 62 mitochondrial respiration 61 TNFalpha 61 H#K# [002] 61 P cadherin 61 centromere 61 cytoplasmic tail 61 ectopic expression 61 F actin 61 dephosphorylation 61 transcriptionally 61 endocytic 61 secretory 61 mitotic progression 61 tumorigenic 61 secretory pathway 61 tumor suppressor protein 61 transgene expression 61 leukemic cell 61 cytokine secretion 61 IFN γ 61 Skp2 61 Foxp3 61 interphase 61 lymph node metastasis 61 neurite outgrowth 61 mRNA expression 61 cyclins 61 proteolytic cleavage 61 telomerase activity 61 intracellular signaling 61 EBNA1 61 Smad3 61 RhoA 61 KLF4 61 tyrosine phosphorylation 61 LKB1 61 centrosome 61 Notch1 61 c myc 61 c MYC 61 Rac1 61 heterochromatin 61 renal fibrosis 61 microtubule 61 proliferative 61 synaptogenesis 61 cofilin 61 transactivation 61 PIP2 61 myofibroblasts 61 cathepsin B 61 ubiquitin ligase 61 apoptotic cells 61 adhesion molecule 61 centromeres 61 Rb#/p# 61 motoneurons 61 Oct4 61 caveolin 61 X inactivation 61 SUMOylation 60 tumoral 60 chromosome condensation 60 tumor suppressor gene 60 transmembrane 60 NF kappaB 60 heterochromatic 60 c Src 60 epithelia 60 intracellular 60 constitutively 60 phenotype 60 Phosphorylation 60 mesoderm 60 IL 1β 60 IKKa 60 plastid 60 glycosylation 60 mutant p# 60 apoptotic cell 60 fibroblast 60 p# activation 60 leukocyte 60 spermatogenesis 60 eNOS 60 beta globin 60 tumor suppressor p# 60 Pten 60 VE cadherin 60 chromosomal instability 60 CXCL# 60 intron 60 Mitotic 60 serine threonine kinase 60 Vpr 60 DNMT1 60 cytolytic 60 Hedgehog signaling 60 autocrine 60 apoptosis 60 proapoptotic 60 astrocytic 60 STAT1 60 polyadenylation 60 3'UTR 60 cell adhesion 60 nucleolar 60 EGFP 60 postsynaptic 60 cytokeratin 60 evolutionarily conserved 60 EGF receptor 60 paxillin 60 inflammatory cytokine 60 hematopoiesis 60 basolateral 60 morphogenesis 60 RUNX3 60 CD#b 60 endonuclease 60 cardiomyocyte 60 focal adhesion 60 TGF ß 60 cell adhesion molecule 60 cellular metabolism 60 phosphatase 60 kinetochore 60 cytoplasmic domain 60 Caspase 60 hepatocyte 60 thymocyte 60 mesenchymal cell 60 Wnt signaling 60 N cadherin 60 phosphatidylinositol 60 adipocyte 60 matrix metalloproteinase 60 genes encoding 60 IRE1 60 subcellular localization 60 ERK1 60 histone H3 60 microglial 60 inducible nitric oxide synthase 60 upregulation 60 intestinal epithelium 60 Sonic hedgehog 60 ERK activation 59 transmembrane receptor 59 neutrophil 59 erythrocyte 59 kinase pathway 59 caspase 59 mRNAs 59 vesicle fusion 59 neoplastic 59 chromosome segregation 59 apoptotic pathway 59 corpus luteum 59 regulated kinase ERK 59 IL 1beta 59 isoform 59 proto oncogene 59 receptor tyrosine kinase 59 HOTAIR 59 transcriptional repressor 59 cdk5 59 SOCS3 59 tumorigenicity 59 receptor activation 59 embryogenesis 59 beta subunit 59 T lymphocyte 59 beta catenin 59 cyclin D1 59 oligomerization 59 nucleolin 59 immunoreactivity 59 fluorescence intensity 59 murine 59 overexpression 59 FGFR3 59 alpha subunit 59 HIF 1alpha 59 ERK signaling 59 morphogen 59 Clusterin 59 estrogen receptor alpha 59 huntingtin 59 PIP3 59 vimentin 59 rRNA 59 germinal center 59 centrosomes 59 uPAR 59 polycystin 59 GLUT4 59 keratinocytes 59 NKT cell 59 TNFR 59 SATB1 59 BMP4 59 dimeric 59 oncogenic transformation 59 cytosol 59 conformational 59 MT1 MMP 59 matrix metalloproteinases 59 cohesin 59 MAP kinase 59 amino terminal 59 GTPase 59 axonal 59 acetylation 59 gamma H2AX 59 deacetylation 59 E3 ligase 59 plasma membrane 59 WT1 59 CD8 + 59 α 59 actin polymerization 59 p# [001] 59 substrate specificity 59 transfected cells 59 TGF ß1 59 cAMP 59 phosphorylate 59 osteoclast 59 chemotactic 59 Fig. 3b 59 endothelial 59 HSCs 59 occludin 59 phosphorylates 59 p# MAPK 59 Ca2 + 59 endocytosis 58 ribosomal 58 fibrotic 58 transmembrane protein 58 induced apoptosis 58 TGF β1 58 MAPK pathway 58 kinetochores 58 ER alpha 58 CTGF 58 hyperplasia 58 translationally 58 ploidy 58 p#Kip# 58 stromal 58 LRP6 58 neuronal cell 58 PrP 58 activating mutations 58 myofibroblast 58 Wnt beta catenin 58 presynaptic 58 Leydig cells 58 3' UTR 58 erythroid 58 XBP1 58 mammary epithelial cells 58 serine protease 58 caveolae 58 Mdm2 58 ubiquitylation 58 laminin 58 induce apoptosis 58 mitotic spindles 58 B7 H1 58 microglial activation 58 NF κB 58 MAPKs 58 cAMP signaling 58 IGF 1R 58 downregulation 58 CCR7 58 lymphoid cells 58 apoptotic pathways 58 TAp# 58 ERK2 58 primary cilium 58 integrin 58 meiotic recombination 58 neovascularization 58 stomatal 58 neuronal migration 58 Androgen receptor 58 hypothalamic pituitary 58 constitutively activated 58 neural crest 58 androgen receptor AR 58 receptor signaling 58 ERBB2 58 eukaryotic cells 58 EZH2 58 microtubule dynamics 58 TORC2 58 dimerization 58 Immunohistochemical analysis 58 mesenchymal 58 intestinal epithelial cells 58 peroxisomes 58 apical 58 factor HGF 58 Fas ligand 58 methylation 58 E1A 58 luminal 58 glucose transporter 58 RAD# [001] 58 GNAQ 58 peroxisome 58 mTOR signaling 58 RNA polymerases 58 palladin 58 oligodendrocyte 58 dynamin 58 chloroplast 58 adipogenic 58 Akt activation 58 Cdx2 58 TGF beta pathway 58 BCR ABL 58 agonist induced 58 anti apoptotic 58 MMP2 58 chemoattractant 58 isoforms 58 lymphangiogenesis 58 MDM2 58 S#A# [002] 58 estrogen receptor 58 mitochondrial proteins 58 JAK STAT 58 osteoblastic 58 MDSCs 58 glomerular 58 myometrial 58 T#M 58 extracellular signal 58 PTPN# 58 wildtype 58 chemokine receptor 58 retinoic acid receptor 58 steroidogenesis 58 metastasis 58 post translational modifications 58 carcinoembryonic antigen 58 Fig. 1D 58 oncogenic 57 histone acetylation 57 SIRT6 57 exocytosis 57 GFAP 57 mRNA decay 57 hyperactivated 57 Fig. 1C 57 FasL 57 cells transfected 57 PP2A 57 Nedd4 57 focal adhesion kinase FAK 57 siRNA mediated 57 subcellular 57 Overexpression 57 Fig. 2c 57 thymic 57 miRNA expression 57 ependymal cells 57 ß1 57 gene p# 57 homodimers 57 TIMP 57 RANKL 57 erythrocytes 57 Aß 57 nucleolus 57 cyclin dependent kinase 57 eukaryotic cell 57 hematopoietic progenitors 57 steroidogenic 57 apoE 57 histone modifications 57 exon 57 leukemic cells 57 polyglutamine 57 TGF alpha 57 fig. S1 57 intercellular adhesion molecule 57 CaM 57 PDGFR 57 HDAC6 57 HepG2 cells 57 ERK pathway 57 effector cells 57 Th2 57 mesenchyme 57 NFAT 57 radial glia 57 chondrocyte 57 tumor suppressor 57 VEGF receptor 57 osteogenic differentiation 57 Jhdm2a 57 trophoblasts 57 myoepithelial cells 57 TNFa 57 podocytes 57 Macrophage 57 beta globin gene 57 proteolytic 57 mitochondrial 57 proteoglycan 57 uracil 57 polypeptides 57 proximal tubule 57 intronic 57 prostate epithelial cells 57 Fig. 1d 57 granulocyte 57 HCV replication 57 Prox1 57 pro angiogenic 57 SOX9 57 cytochrome c 57 isoenzyme 57 mediated apoptosis 57 IFN gamma 57 ABCA1 57 ERalpha 57 kinase domain 57 Cyclin D1 57 metalloproteinases 57 BMP receptor 57 p# Shc 57 neurofilament 57 synuclein 57 CXCR4 57 DSBs 57 kinase 57 TGFb 57 neuromuscular junction 57 anti apoptotic proteins 57 skin fibroblasts 57 transcription elongation 57 p# mutations 57 γ 57 structural rearrangements 57 metalloproteases 57 hnRNP 57 Ki# 57 membrane protein 57 monocytes macrophages 57 ligand binding 57 CLL cells 57 adipogenesis 57 cell lysis 57 RRM1 57 NFκB 57 germline 57 nAChR 57 miR #a [002] 57 centrioles 57 MLL gene 57 carboxyl terminal 57 GluR1 57 motility 57 virulence genes 57 neuronal 57 endometrial cells 57 anterior pituitary 57 ErbB2 57 colocalization 57 vascular endothelial cells 57 induces apoptosis 57 constitutively expressed 57 breast epithelial cells 57 RKIP 57 anti inflammatory cytokine 57 ENaC 57 ACh 57 ductal 57 fatty acid oxidation 57 PrPC 57 DLC1 57 Mcl 1 57 c Myb 57 xenograft tumors 57 GRP# 57 explants 57 S1P 57 Fig. 1B 57 androgen receptor 57 TGF beta 57 SIRT2 57 intramolecular 57 gastric carcinoma 57 Chk1 57 PGE2 57 lactate dehydrogenase 57 tumor metastasis 57 p# mutation 57 colon carcinoma 57 PAX5 57 cellular pathways 57 PTEN protein 57 effector memory 57 neuronal dysfunction 57 glioma cells 57 CCL# 57 cytoskeletal protein 57 lymphotoxin 56 neuronal differentiation 56 Bcl xL 56 osteoclast activity 56 homodimer 56 effector 56 thyroid hormone receptor 56 ATPase 56 catecholamine 56 adhesion molecules 56 globin gene 56 PC3 cells 56 DNA methyltransferase 56 Plk1 56 ssDNA 56 MECP2 gene 56 ephrin 56 methylated DNA 56 antigen binding 56 depolarization 56 miR #a [001] 56 gp# [002] 56 mRNA transcripts 56 trophoblast 56 MAPK 56 lytic 56 NFkB 56 ligase 56 Nod1 56 telomerase reverse transcriptase 56 EF Tu 56 glutamate receptors 56 ribosomal DNA 56 Aβ 56 transferrin receptor 56 Rad# 56 CD1d 56 NHEJ 56 budding yeast 56 epithelial cells 56 TGFß 56 vacuolar 56 epigenetic silencing 56 inducible 56 FGF signaling 56 upregulated 56 neuroblastoma cells 56 STAT3 56 Runx2 56 PDGFR alpha 56 neural cells 56 PTEN gene 56 granule cells 56 actin binding 56 phosphoprotein 56 actin 56 cystic fibrosis transmembrane conductance 56 MLH1 56 pyruvate kinase 56 immunostaining 56 SGK1 56 Ser# 56 TNF α 56 splenocytes 56 Src 56 NR2B 56 synaptic density 56 malignant phenotype 56 cytokine 56 perivascular 56 TIMP 1 56 polymorphonuclear 56 translational modification 56 neurite 56 conformational changes 56 epithelial mesenchymal transition 56 inhibin B 56 LNCaP cells 56 dynein 56 ERK 56 S nitrosylation 56 Tumor suppressor genes 56 integrin expression 56 ^ sup #m 56 overactivation 56 MCF7 cells 56 mitotic checkpoint 56 intracellular proteins 56 receptor mediated 56 PTH secretion 56 myocyte 56 ERK phosphorylation 56 1alpha 56 FGFR2 56 Fig. 3a 56 neoplastic transformation 56 Smoothened 56 HDAC 56 p# protein 56 mitochondrion 56 polymorphonuclear leukocytes 56 progenitor cell 56 myosin 56 hippocampal neurons 56 SMN1 56 homologous recombination 56 follicle stem cells 56 V#F mutation 56 secretory cells 56 pDCs 56 eotaxin 56 posttranslational modification 56 nitric oxide synthase 56 CYP#B# 56 BubR1 56 senescent cells 56 GABAergic interneurons 56 umbilical vein 56 fig. S4 56 endoplasmic reticulum 56 Vps# 56 Akt 56 hepatocyte growth 56 MyD# 56 miR# 56 epithelium 56 cDNA 56 TGFβ 56 presenilin 56 TGF beta1 56 paracrine 56 oncoproteins 56 thymidine 56 ribosomal proteins 56 KaiC 56 rostral 56 JNK1 56 MEFs 56 p#INK#a 56 aberrantly activated 56 suppressor gene 56 dermal papilla 56 FOXO3a 56 hypoxia induced 56 FOXO 56 factor PlGF 56 protein synthesis 56 protein p# 56 TOP2A gene 56 potent inhibition 56 coexpression 56 protein phosphorylation 56 P selectin 56 IKKß 56 importin 56 FGFs 56 Eg5 56 Fig. 1a 56 endothelial activation 56 effector function 56 epidermal cells 56 transmembrane domains 56 Treg cells 56 5' triphosphate 56 uPA 56 alveolar epithelial cells 56 1α 56 cytokine receptor 56 #q#.# [002] 56 Fig. 3B 56 microvascular endothelial cells 56 eIF2 56 granulocytes 56 ectodomain 56 mRNA translation 56 repressor 56 tetramer 56 Cyclin E 56 Myc 56 epithelial cells lining 56 upregulating 56 humoral 56 proinflammatory 56 pleomorphic 56 contractile 56 LIS1 56 transcription factor 56 signaling pathways 56 cyclin dependent kinases 56 C1q 56 GPR# [002] 56 cytokine receptors 56 capillary endothelial cells 56 Cdc7 56 metabolic enzymes 56 Arp2 3 56 gene transcription 56 interconversion 56 TNFα 56 syntaxin 56 γ secretase 56 myeloid 56 condensin 56 CDK9 56 enterocytes 56 myocytes 56 MMP9 56 vascularization 56 aminopeptidase 56 vascular endothelial 56 microtubules 56 protein interleukin 56 leukocyte recruitment 56 lamina 56 KLF2 55 hedgehog signaling 55 B lymphocytes 55 p#NTR 55 mTOR pathway 55 retinal neurons 55 Wnt signaling pathway 55 Wnt pathway 55 tau protein 55 glial 55 hypermethylation 55 Alu RNA 55 chromatin structure 55 hair follicle stem cells 55 HEK# cells 55 Dpp 55 nucleoli 55 neurites 55 missense mutation 55 menin 55 integrins 55 p# mitogen activated 55 GLI1 55 glutamate receptor 55 microRNA miR 55 phagosome 55 tyrosine kinases 55 telomeric DNA 55 inhibitory receptor 55 lactate dehydrogenase LDH 55 operon 55 effector T 55 ciliary 55 methyltransferase 55 Wnt 55 phospho 55 receptor CD# 55 transcriptional silencing 55 mononuclear 55 heme oxygenase 55 histone H3 lysine 55 palmitoylation 55 CDK5 55 cytotoxicity 55 tubule 55 JAK2 enzyme 55 myeloid cells 55 guanosine 55 suppressor cells 55 lymphoid organs 55 motor neuron 55 lymphocyte activation 55 neural progenitor cells 55 GSK 3ß 55 exons 55 ATPase activity 55 HSP# 55 muscarinic receptors 55 primary cilia 55 adrenocortical 55 fig. S2 55 tumor suppressor genes 55 lysates 55 mediated inhibition 55 polypeptide 55 leukocyte adhesion 55 Fig. 2a 55 cysteine residues 55 gene rearrangements 55 COL#A# 55 protein tyrosine kinase 55 Fig. 1A 55 H#K# methylation 55 H#K# [001] 55 lamin 55 amino acid residues 55 AhR 55 protein kinase C 55 ribonucleoprotein 55 senescence 55 Vpu 55 mitogen activated protein kinases 55 reductase 55 Notch pathway 55 VEGFR1 55 axon guidance 55 Figure 1A 55 Upregulation 55 nucleosome 55 transcription factors 55 Th1 cells 55 SOD1 55 KCNE2 55 calpain 55 Purkinje cell 55 monocytes 55 FLT3 55 survivin 55 miRNAs 55 Fig. 2C 55 globin 55 p# p# 55 hypermethylated 55 overexpressing 55 cardiac fibroblasts 55 hypothalamus pituitary 55 ribonuclease 55 thyrotropin 55 FKBP# 55 μg ml 55 amyloidogenic 55 cyclin dependent kinases CDKs 55 M1 muscarinic 55 trophoblast cells 55 GABAergic neurons 55 endosomes 55 genotoxic stress 55 mutant mice 55 mitogenic 55 promoter methylation 55 membrane fusion 55 effector functions 55 polynucleotide 55 Cathepsin B 55 chromosomal translocation 55 CPEB 55 hypothalamic 55 ubiquitinated 55 immunoreactive 55 PTP1B 55 DMT1 55 myogenesis 55 eIF4E 55 Stat5 55 stemness 55 RASSF1A 55 CHO cells 55 ncRNAs 55 CD#c 55 Fig. 2b 55 leukocytes 55 RIP1 55 EGFR protein 55 EphA2 55 synaptic 55 dedifferentiation 55 amyloid deposition 55 #S : 55 cellular prion protein 55 NMDAR 55 kDa 55 hyperactivation 55 circadian clock genes 55 transfected 55 FAK 55 myelination 55 preadipocytes 55 colony stimulating factor 55 testis 55 Annexin V 55 HBV replication 55 multinucleated 55 glycoprotein 55 dimer 55 #BP# 55 fibroblast cells 55 plasminogen activator inhibitor 55 transferase 55 NKG2D 55 glucokinase 55 proteases 55 apoptosis programmed cell 55 dinucleotide 55 EGFRvIII 55 mutant huntingtin protein 55 APOBEC3G 55 mRNA molecules 55 mPGES 1 55 intercellular communication 55 PU.1 55 PI3K Akt 55 clusterin 55 leucine zipper 55 synaptic vesicle 55 signaling pathway