Related by context. All words. (Click for frequent words.) 67 chromatid 65 homologous chromosomes 65 mitotic spindle 65 chromosome segregation 64 meiotic 64 sister chromatids 64 cohesin 64 kinetochores 63 metaphase 63 nucleolar 62 chromosome condensation 62 colocalization 62 intramolecular 62 mosaicism 61 autosomes 61 deacetylation 61 pRb 61 acinar 61 transcriptional activation 61 anaphase 61 transcriptional repressor 61 budding yeast 61 LIS1 61 centromeres 61 isogenic 61 GAPDH 61 Sox9 61 Fig. 3b 61 cytosolic 61 mRNA decay 61 cofactors 61 proteolysis 61 beta globin 61 PIP2 60 mitotic spindles 60 centrioles 60 centrosomes 60 ploidy 60 uracil 60 blastomeres 60 biogenesis 60 EBNA1 60 MECP2 gene 60 neuroligins 60 peroxisomes 60 synapsis 60 X inactivation 60 p# activation 59 epigenetic silencing 59 paracellular 59 cytoplasmic 59 meiosis 59 Math1 59 Cyclin D1 59 E cadherin 59 methyltransferase 59 VE cadherin 59 interconversion 59 Golgi apparatus 59 H#K#me# 59 DNA polymerases 59 Dictyostelium 59 polymerases 59 NHEJ 59 oncogenic transformation 59 cytokinesis 59 chromatids 59 morphogen 59 histone H4 59 tetramer 59 phenotypic expression 59 intercellular communication 59 fig. S1 59 hnRNP 59 MyoD 59 trophoblast 59 centrosome 59 constitutively 59 corpus luteum 59 Rac1 59 beta globin gene 59 zebrafish embryo 59 endonuclease 58 CD4 + CD8 + 58 autophagic 58 epigenetically 58 neural crest 58 dynamin 58 piRNAs 58 morphogens 58 flavin 58 caveolin 1 58 RecA 58 cadherins 58 neuroepithelial cells 58 FGF signaling 58 TAp# 58 PrP 58 cytoskeletal 58 ciliated 58 KaiC 58 cysteines 58 telomeric DNA 58 radial glia 58 β1 58 tumor suppressor p# 58 trophoblasts 58 helicases 58 cell nuclei 58 PECAM 1 58 enzymatic activity 58 actin polymerization 58 Nup# 58 duplicated chromosomes 58 Dpp 58 #BP# 58 genotoxic stress 58 histone modifications 58 heterochromatic 58 vacuolar 58 globin genes 58 chromatin structure 58 RhoA 58 caveolae 58 microglial 58 dimer 58 S nitrosylation 58 Vps# 58 embryonic tissues 58 DSBs 58 RUNX3 58 miRNA expression 58 thymidine 58 Sox# 58 centromeric 58 replisome 58 synaptogenesis 58 virulence genes 58 histone acetylation 58 constitutively active 58 Fig. 3a 58 microdeletion 58 MLL gene 58 intercellular 58 Fig. 2b 58 Arp2 3 58 homologous recombination 57 Leydig cells 57 gastrulation 57 mitochondrial DNA mtDNA 57 monozygotic twins 57 Fig. 1C 57 X chromosome inactivation 57 adhesion proteins 57 Foxp3 57 transactivation 57 pilus 57 motoneurons 57 mesoderm 57 ERK2 57 tubule 57 cellular senescence 57 cathepsin B 57 tyrosine phosphorylation 57 haploid 57 aneuploid 57 transgene expression 57 Vpu 57 condensin 57 estrogen receptor alpha 57 IKKa 57 membrane fusion 57 JAK STAT 57 tissue homeostasis 57 Notch signaling 57 GTPase 57 eukaryotic cell 57 intracellular proteins 57 costimulation 57 endocytic 57 BMAL1 57 exocytosis 57 gene p# 57 MSH2 57 epithelia 57 membrane proximal 57 H2AX 57 MMP9 57 primary cilium 57 E3 ligase 57 amino acid residues 57 junctional 57 MEF2A 57 D. melanogaster 57 disulfide bond 57 intestinal epithelial cells 57 osteoblastic 57 mice lacking 57 ubiquitination 57 polyadenylation 57 disulfide 57 actin binding 57 pluripotent embryonic 57 uPAR 57 mammary cells 57 intracytoplasmic 57 coexpression 57 Jhdm2a 57 mutant proteins 57 β catenin 57 intermolecular 57 EGFP 57 transcriptional regulation 57 multiprotein complex 57 chromosomal DNA 57 BMP4 57 transcriptionally 57 immunostaining 57 RNA polymerases 57 prion gene 57 H#K# [001] 57 missense mutations 57 polycystin 57 rRNA 57 orthologs 57 cadherin 57 HLA G 57 tumor suppressor protein 57 titin 57 cell adhesion molecules 57 anterior pituitary 57 conformational changes 57 translocates 57 Rab5 57 chromosomal translocation 57 granule cells 57 DNA demethylation 57 tumorigenicity 57 basolateral 57 Smad4 56 intracellular compartments 56 mitochondrial gene 56 axon guidance 56 ribosomal DNA 56 autoregulation 56 MTT assay 56 focal adhesions 56 mesodermal 56 gamma H2AX 56 eIF4E 56 caspase activation 56 KLF4 56 immunoreactivity 56 HAR1 56 metalloproteinases 56 fig. S# 56 transferase 56 proximal tubular 56 genetic recombination 56 myocytes 56 morphogenesis 56 E#F# 56 genomic imprinting 56 cypin 56 Cx# [001] 56 tetramers 56 Smad3 56 Fig. 1D 56 HepG2 cells 56 homolog 56 telomeric 56 Amino acid 56 epigenetic modifications 56 ubiquitylation 56 VHL gene 56 Hox gene 56 lymphangiogenesis 56 mesenchyme 56 mutant allele 56 divide asymmetrically 56 osteoblast 56 dephosphorylation 56 endosomal 56 heterochromatin 56 cellular prion protein 56 beta1 integrin 56 p# MAPK 56 vesicle fusion 56 cellulose synthase 56 neurite 56 ERBB2 56 A. thaliana 56 PTEN gene 56 Phylogenetic analysis 56 helices 56 spindle fibers 56 SUMOylation 56 myogenic 56 genomic instability 56 GATA4 56 presynaptic 56 ribozyme 56 SOCS3 56 fission yeast 56 explants 56 MT1 MMP 56 doublecortin 56 plastid 56 S. cerevisiae 56 JNK activation 56 melanocyte 56 actin cytoskeleton 56 F actin 56 Cdc# 56 cholesterol homeostasis 56 ectopic expression 56 monocyte 56 primordial germ cells 56 Purkinje cell 56 thermodynamic stability 56 protein Mcl 1 56 SMAD4 56 NKX#.# 56 neural cells 56 Skp2 56 maternally inherited 56 replicase 56 isoforms 56 IRS1 56 paxillin 56 electron pairs 56 neurite outgrowth 56 Notch signaling pathway 56 thymocytes 56 noncoding RNA 56 myelination 56 chromosomal deletions 56 XBP1 56 hepatic stellate cells 56 expressing GFP 56 dedifferentiation 56 C1q 56 bcl 2 56 nonidentical 56 mouse ESCs 56 oocyte maturation 56 suppressor gene 56 cultured neurons 56 guanosine 56 HIP1 56 chromosomal instability 56 BMP signaling 56 heterologous expression 56 SMN1 56 glomerular 56 gene duplications 56 PTPN# 55 Sonic hedgehog 55 flagellar 55 chimeric mice 55 Fig. 1E 55 6S RNA 55 N cadherin 55 Wnt signaling 55 MALAT1 55 mutated K ras 55 postsynaptic 55 ERK signaling 55 Pax6 55 Chromosomal 55 neural progenitor 55 substrate specificity 55 Pol IV 55 NKT cell 55 hypothalamic pituitary 55 posttranslational modification 55 Hsp# [001] 55 proteolytic cleavage 55 hematopoietic progenitors 55 calcineurin 55 extramedullary 55 meiotic recombination 55 AMPA receptor 55 telomerase RNA 55 activin 55 chloroplast 55 vimentin 55 histone methylation 55 histidine 55 malignant transformation 55 leukaemic 55 homodimers 55 Rap1 55 GLUT4 55 mitochondrial proteins 55 clonal expansion 55 protein isoforms 55 MyD# 55 frameshift mutation 55 hepatocyte 55 ERK1 2 55 protein conformation 55 diffusible 55 nephron 55 protein subunits 55 epithelial cell 55 ErbB receptors 55 ATP hydrolysis 55 GLUT1 55 cardiomyocyte 55 oligomerization 55 monozygotic 55 SGK1 55 HERV K 55 neuroblasts 55 Cre recombinase 55 Peyer patches 55 kinetochore 55 TFIIH 55 lactate dehydrogenase 55 coding genes 55 MDM2 55 antiferromagnetic 55 homozygosity 55 myofibroblasts 55 vertebrate embryos 55 glycosyltransferase 55 glycolytic 55 secretory 55 mediated inhibition 55 thymic 55 hyperactivation 55 CHD7 55 CYP#B# 55 metalloproteases 55 fluorescence intensity 55 histone modification 55 antisense strand 55 vascular endothelial cells 55 mitosis 55 MYBPC3 55 telomerase gene 55 neuroepithelial stem cells 55 DLX5 55 transmembrane protein 55 tRNA 55 mitochondrial respiration 55 neural progenitor cells 55 hair follicle stem cells 55 mutant alleles 55 dimeric 55 organogenesis 55 rostral 55 secretory cells 55 membrane lipids 55 globin 55 Runx1 55 epoxide 55 MAP kinase 55 leukocyte recruitment 55 ATF2 55 protein filaments 55 neuronal migration 55 proximal tubule 55 RNA polymerase II 55 transcriptional regulator 55 crosslinks 55 interphase 55 somites 55 cyclins 55 nucleotide 55 FGFs 55 Akt1 55 nucleobase 55 SNAREs 55 zygotic 55 neuromuscular junction 55 germline 55 chromatin modification 55 allelic 55 PALB2 55 human ESCs 55 TGF β 55 pre mRNA splicing 55 muscarinic receptors 55 ultrastructure 55 Th1 Th2 55 proapoptotic 55 isomerase 55 catenin 55 striated muscle 55 transcriptional repression 55 rDNA 55 cyclic nucleotide 55 RNA splicing 55 ribosomal genes 55 hippocampal neurons 55 transiently transfected 55 COL#A# 55 hematopoiesis 55 P cadherin 55 epigenetic alterations 55 angiotensinogen 55 BDNF gene 55 NR#A# gene 55 NF1 gene 55 de novo mutations 55 ErbB4 55 globin gene 55 RKIP 55 metabolic enzymes 55 chaperone proteins 55 nucleolar dominance 55 ribonuclease 55 DNMT1 55 TGFb 55 β actin 55 pyruvate kinase 55 granzyme B 55 ligand receptor 55 cardiac myocytes 54 replicative 54 matrix metalloproteinases MMPs 54 catecholamine 54 oxidases 54 constitutively expressed 54 neural progenitors 54 P selectin 54 intracellular signaling 54 transmembrane 54 N Myc 54 umbilical vein 54 subcellular localization 54 germline mutation 54 LKB1 54 Cdx2 54 p#NTR 54 eIF2 54 germinal centers 54 chromosomal 54 vasopressin receptor 54 Prox1 54 mammary epithelial cells 54 zona pellucida 54 metabolomic profiles 54 secretory pathway 54 NFKBIA 54 germline cells 54 hematopoetic stem cells 54 demethylation 54 Hh signaling 54 TXNIP 54 TRADD 54 histone code 54 recombination 54 IRE1 54 transcriptional activity 54 cytochrome c oxidase 54 karyotypes 54 PIP3 54 intestinal epithelium 54 precancerous stem cells 54 spontaneous mutation 54 proton pump 54 apoE 54 cytochrome c 54 prokaryote 54 mitotic progression 54 cofactor 54 Nedd4 54 #ß 54 SRY gene 54 trimeric 54 dimerization 54 CCL# 54 RNA binding 54 myocyte 54 NR#A# 54 HOTAIR 54 translationally 54 polypeptides 54 mRNA degradation 54 non coding RNA 54 HER2 neu 54 adipocytes fat 54 eukaryotic cells 54 antigen receptor 54 EF Tu 54 MMP# 54 lymphoid 54 Fig. 1b 54 mRNA expression 54 cAMP signaling 54 antibody antigen 54 prophase 54 adipogenic 54 chromosomes 54 actin filament 54 Fas ligand 54 CEACAM1 54 c Myb 54 thymocyte 54 p# mutation 54 Oncogenic 54 FANCD2 54 phagocytosis 54 Myc protein 54 phosphorylates 54 micronuclei 54 HCV replication 54 nucleotide sequence 54 aT cell 54 keratinocyte 54 apoptosis pathway 54 protein phosphorylation 54 chondrocyte 54 mitogen activated protein kinase 54 ARF1 54 imprinted genes 54 transcriptional machinery 54 alanine 54 Xenopus laevis 54 transmembrane receptor 54 DMT1 54 gene rearrangements 54 unmethylated 54 proto oncogene 54 somatic mutation 54 dynactin 54 hindbrain 54 alpha helices 54 RNA molecule 54 airway epithelium 54 multigenic 54 aryl hydrocarbon receptor 54 TET2 54 fibril 54 photosystems 54 ß1 54 inhomogeneity 54 intestinal epithelial 54 hypermethylation 54 p#Kip# 54 connexin# 54 lung epithelial cells 54 osteoclast 54 IFN gamma 54 Karlseder 54 #S rRNA 54 oligodendrocyte 54 chromosomal translocations 54 epigenetic mechanisms 54 PGC 1α 54 missense mutation 54 immunoreactive 54 depolarization 54 binding affinities 54 GLI1 54 cell adhesion 54 actin remodeling 54 c MYC 54 HIV reverse transcriptase 54 HeLa cell 54 collagen fibers 54 Vpr 54 Notch pathway 54 ribosomal proteins 54 GATA1 54 P gp 54 MC4R gene 54 cisplatin resistant 54 gene expression patterns 54 Wnt pathway 54 HOX genes 54 processive 54 connexin 54 mammary stem cells 54 messenger molecule 54 primary cilia 54 cytidine 54 ribosomal protein 54 phagocyte 54 human leukocyte antigens 54 JAK STAT pathway 54 laminin 54 var genes 54 Id1 54 beta arrestin 54 TNFalpha 54 glutamate receptor 54 alpha catenin 54 cells transfected 54 tumor infiltrating lymphocytes 54 epidermal cells 54 hepatoma 54 ribosomal 54 iNOS 54 fig. S4 54 sequence homology 54 RNA polymerase 54 JNK1 54 CPEB 54 galactose 54 untranslated regions 54 mitotic 54 antiparallel 54 EGF receptors 54 microRNA molecule 53 receptor gene 53 trypanosome 53 proteasomes 53 kinase domain 53 alternatively spliced 53 monozygotic twin 53 normal karyotype 53 fibroblast 53 regulates gene expression 53 Fig. 1A 53 uniparental 53 isoenzymes 53 Rho GTPases 53 diploid 53 RNA sequences 53 Th2 53 mesenchymal cells 53 TOP2A gene 53 telomere dysfunction 53 autosomal 53 podocyte 53 phagosomes 53 kinase gene 53 Fig. 4B 53 WT1 53 endothelial cell 53 mononuclear 53 noncoding RNAs 53 DNA rearrangements 53 protein glycosylation 53 TGF ß1 53 epigenetic modification 53 sphingolipid 53 PU.1 53 cardiac myocyte 53 netrin 1 53 caveolin 53 CD1d 53 malignant prostate 53 Mycoplasma capricolum 53 menin 53 autocrine 53 p# mutations 53 totipotent 53 desmosomes 53 laforin 53 oscillatory 53 GABAergic interneurons 53 antisense RNA 53 immunological synapse 53 thrombospondin 53 hTERT 53 lipoxygenase 53 histone H3 53 synthases 53 triggers apoptosis 53 homologous 53 ATPase 53 Hedgehog signaling 53 Purkinje cells 53 Rad# 53 apoE4 53 pancreatic endocrine 53 thymine 53 apoptotic cells 53 CXCL# 53 MAPK 53 hypermethylated 53 transcriptional silencing 53 proviral 53 somatic motility 53 embryonic stem ES 53 intronic 53 RRM1 53 provirus 53 HLA DQ2 53 RNA strand 53 TGF ß 53 dizygotic 53 paternally inherited 53 lymphoid cells 53 intercalation 53 antibody mediated 53 synapse formation 53 umbilical artery 53 insulin signaling pathway 53 cellular organelles 53 HDAC6 53 homodimer 53 Rb gene 53 syngeneic 53 matrix metalloproteinases 53 chromosome #q#.# [002] 53 enzymatic pathways 53 acetylation 53 protein p# 53 proteinases 53 polyploid 53 islet beta 53 survivin expression 53 myofibroblast 53 proline rich 53 OCA2 gene 53 IL 1β 53 SMase 53 hexamer 53 TrkB 53 aldose reductase 53 fibril formation 53 nucleotide sequences 53 aberrant activation 53 CHEK2 53 CagA 53 secretase 53 TEL AML1 53 lung epithelium 53 nucleosome 53 transgenic mice expressing 53 insulin secreting cells 53 bronchial epithelial cells 53 viral proteins 53 synaptic transmission 53 GTPases 53 cofilin 53 induced apoptosis 53 ankyrin B 53 cathepsins 53 Sertoli cells 53 dimers 53 granulocyte 53 Fig. 2a 53 erythropoiesis 53 Oct4 53 transferrin receptor 53 transgene 53 Pin1 53 evolutionarily conserved 53 multinucleated 53 HUVEC 53 thymine T 53 degranulation 53 neurofibromin 53 oncoprotein 53 potent inducer 53 metaplasia 53 DNA adducts 53 protein synthesis machinery 53 SMN2 gene 53 nonoverlapping 53 ephrin 53 palladin 53 cilium 53 Genetic variation 53 histocompatibility 53 Notch1 53 S. pombe 53 conformational 53 HPRT gene 53 baroreceptor 53 Extracellular 53 demethylase 53 Fig. 2B 53 AMPA receptors 53 viral genome 53 Sp1 53 tropomyosin 53 TACI 53 palytoxin 53 DISC1 53 mutant p# 53 transcription elongation 53 phosphatase 53 Fig. 4b 53 n cofilin 53 telomeres shorten 53 Immunohistochemical analysis 53 tetragonal 53 serine protease 53 S#A# [002] 53 mRNAs 53 Sonic Hedgehog 53 anergy 53 cell cytoplasm 53 mouse fibroblasts 53 PDGFR alpha 53 microRNA molecules 53 μ opioid receptor 53 coiled coil 53 passaging 53 HIF 1a 53 Fibroblasts 53 mammalian embryo 53 cybrid 53 gene inactivation 53 epithelial tissues 53 ERK pathway 53 aneuploidy 53 Pten 53 adipocyte 53 centromere 53 occludin 53 gastric carcinomas 53 IKKß 53 p# p# 53 epithelial cells 53 chromosomal aberrations 53 subcellular 53 Fig. 1d 53 XBP 1 53 excitatory synapses 53 receptor signaling 53 cdk5 53 synaptic cleft 53 KLF# 53 outer membrane proteins 53 paralogs 53 Ago2 53 intestinal mucosa 53 CCL#L# 53 MEFs 53 heterodimer 53 FSHR 53 Sgk1 53 c Myc 53 undergo apoptosis 53 FOXP3 53 3'UTR 53 beta adrenergic receptors 53 ependymal cells 53 ß catenin 53 Jurkat cells 53 amino acid substitutions 53 embryonic germ 53 #S : 53 adenylate cyclase 53 sRNA 53 cyclin B1 53 Skeletal muscle 53 adhesion molecule 53 mRNA transcripts 53 Fig. 3c 53 anterograde 53 neural crest cells 53 intracellular signal transduction 53 nucleolus 53 coactivators 53 Rb#/p# 53 glyceraldehyde 3 53 Matrigel 53 CCR7 53 metalloproteinase 53 Fig. 2A 53 cysteine residues 53 genes encoding 53 karyotype 53 transfected cells 53 histone 53 Thermus thermophilus 53 Treg cell 53 atrioventricular 53 catalytically active 53 Saccharomyces cerevisiae 53 ligand binding 53 hyperactivated 52 ERalpha 52 multicellularity 52 BCL2 52 cytosol 52 dNTP 52 costimulatory 52 5 hydroxymethylcytosine 52 fruitfly Drosophila 52 C. neoformans 52 nitric oxide synthase 52 steroidogenic 52 APOBEC3G 52 proliferation apoptosis 52 organelle 52 lysis 52 mtDNA 52 vascular endothelial 52 DNA methylation patterns 52 TRIM# 52 recessive mutation 52 S#K# 52 peroxisome 52 Fig. 2c 52 differentially regulated 52 HSCs 52 MDCK cells 52 NG2 +