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(Click for frequent words.) 72 cytosine 71 nucleotides 70 guanine 69 amino acid residues 68 uracil 67 adenine 67 thymine 67 intron 67 tRNA 67 dimer 66 nucleotide sequence 66 guanine G 66 amino acid 66 telomeric 66 ssDNA 65 homologs 65 alleles 65 thymine T 65 allelic 65 alanine 65 molecule 65 tetramer 64 valine 64 codons 64 codon 64 mRNA 64 membrane protein 64 centromeric 64 coding sequences 64 amino acid sequence 64 RNA molecule 64 proteins 63 rRNA 63 isoforms 63 genes encoding 63 RNA molecules 63 endonuclease 63 exon 63 β 63 polymerase 63 acetylation 62 mitochondrial gene 62 heterochromatic 62 RNA sequences 62 dinucleotide 62 chromophore 62 helices 62 bases adenine 62 polypeptides 62 centromeres 62 single nucleotide polymorphism 62 amino acid substitutions 62 Supplementary Fig 62 viral genome 62 subunit 62 cadherin 62 chromosome 62 dsRNA 62 polypeptide 62 conformational 62 substrate specificity 62 chromatin structure 62 serine 62 chromosomal 62 DNA polymerase 62 riboswitch 61 catenin 61 cytosolic 61 gene encoding 61 Gag protein 61 heterochromatin 61 receptor gene 61 homolog 61 histone H3 61 chromosomes 61 tetramers 61 polymorphisms 61 orthologs 61 cytosine C 61 subunits 61 untranslated regions 61 histone 61 transmembrane 61 nucleotide sequences 61 dimers 61 glycan 61 viral RNA 61 indels 61 monomeric 61 tRNAs 61 RNAs 61 kinase domain 61 PTPN# 61 histone protein 61 kilobases 61 GAPDH 61 centromere 61 nucleosome 61 histidine 61 rDNA 61 CpG 61 translocates 61 lysine residues 61 transmembrane domain 60 glycoproteins 60 disulfide bond 60 nuclease 60 RNA strand 60 intronic 60 gene 60 metabolic enzymes 60 MLL gene 60 cytoplasmic domain 60 nucleases 60 RNAP 60 cysteine 60 5 hydroxymethylcytosine 60 indel 60 fig. S1 60 amplicons 60 membrane proximal 60 amino acid substitution 60 guanosine 60 6S RNA 60 amino acid residue 60 cysteines 60 mRNA molecules 60 E cadherin 60 DNA sequences 60 pRb 60 nucleotide bases 60 recombination 60 genomic DNA 60 ubiquitination 60 tRNA synthetase 60 extracellular domain 60 haplotype 60 c myc 60 EF Tu 60 genes 60 dimeric 60 peptide 60 phosphorylation 60 pyrimidine 60 single nucleotide polymorphisms 60 heterodimer 59 var genes 59 gp# [002] 59 allele 59 mRNAs 59 amino acids 59 methyl groups 59 #S rRNA 59 homologous recombination 59 coiled coil 59 centrosome 59 homologous 59 methylated DNA 59 5' triphosphate 59 DNA strands 59 receptor binding 59 kilobase 59 F actin 59 PrP 59 Alu elements 59 helicase 59 messenger RNAs 59 oligomer 59 intergenic 59 ligand 59 insertions deletions 59 stranded RNA 59 tyrosine residues 59 cohesin 59 Cdc# 59 cDNA 59 constitutively 59 HOTAIR 59 polymerases 59 molecules 59 Rad# 59 ligands 59 enzymatic activity 59 antiparallel 59 thymidine 59 E1A 59 ligand binding 59 #q#.# [002] 59 glycoprotein 59 histone modifications 59 cysteine residues 59 RNA polymerases 59 missense mutations 59 Fig. 1A 59 GTPase 59 disulfide 59 miRNAs 59 ribonuclease 59 RhoA 59 nucleosomes 59 UTRs 59 methylation 59 dimerization 59 mutations 59 protein complexes 58 ORFs 58 operon 58 leucine zipper 58 disulfide bonds 58 intergenic regions 58 mitogen activated protein kinase 58 microRNA molecules 58 triphosphate 58 protein subunits 58 methylated 58 yeast genome 58 transactivation 58 exons 58 alternatively spliced 58 epithelial cell 58 ectodomain 58 myosin 58 methyl 58 histone proteins 58 hexamer 58 nucleic acids 58 CTCF 58 A. thaliana 58 loci 58 antigen binding 58 ciliated 58 ribosomal proteins 58 ribosomal DNA 58 kinase 58 polyadenylation 58 protein fragment 58 vesicle fusion 58 KIAA# 58 intramolecular 58 ribozyme 58 introns 58 somatic mutations 58 ERK2 58 trimeric 58 Fig. 3b 58 EGFP 58 unmethylated 58 transcriptional coactivator 58 actin binding 58 SIRT2 58 yeast Saccharomyces cerevisiae 58 tumor suppressor gene 58 Fig. 1C 58 nucleobase 58 H#K#me# 58 estrogen receptor 58 RecA 58 transcriptional repressor 58 ligase 58 cis 58 antibody antigen 58 RNA polymerase II 58 tyrosine 58 tubulin 58 Rap1 58 cytochrome 58 synthases 58 protein 58 cDNAs 58 phosphorothioate 58 replicase 58 unmethylated DNA 58 3' 58 avidin 58 Fig. 1a 58 paralogs 58 receptor molecule 58 haemagglutinin 58 globin genes 58 synthase 58 phosphorylates 58 cells transfected 58 3' UTR 58 biogenesis 58 H#K# [002] 58 noncoding 58 epitope 58 eukaryotic 58 protease 58 phosphorylated 58 KLF4 57 fluorescence intensity 57 transposable elements 57 mannose 57 chromatid 57 phosphatidylinositol 57 heterodimers 57 peptides 57 transmembrane receptor 57 non coding RNAs 57 phenotype 57 histones 57 genomic loci 57 coding genes 57 homologues 57 Fig. 2C 57 homodimer 57 galactose 57 uPAR 57 mRNA expression 57 glycosylated 57 alpha helix 57 isoform 57 chloroplast 57 SNPs 57 glycosylation 57 glomerulus 57 budding yeast 57 At#g# 57 Skp2 57 cysteine residue 57 NF1 gene 57 X inactivation 57 SMN1 57 mitotic spindle 57 virulence genes 57 DNMT1 57 germline mutations 57 MDCK cells 57 beta subunit 57 DNA helix 57 V3 loop 57 cytoplasmic 57 cyclin 57 cytidine 57 demethylase 57 CRISPR 57 yeast cells 57 ligand receptor 57 #BP# 57 beta globin 57 mtDNA 57 H#K# [001] 57 serine protease 57 proapoptotic 57 BMP signaling 57 fluorescently labeled 57 Vps# 57 sequence homology 57 IFN alpha 57 μM 57 MDM2 57 PAX5 57 Aβ 57 deacetylation 57 mRNA transcripts 57 carbon atom 57 exonuclease 57 telomeric DNA 57 RNA 57 Ubx 57 signaling molecule 57 oligonucleotide 57 segmental duplications 57 ribosomal RNA 57 eIF4E 57 RNA polymerase 57 tumor suppressor genes 57 microdeletion 57 organelle 57 dynamin 57 5 methylcytosine 57 tropomyosin 57 genomic instability 57 STAT1 57 dephosphorylation 57 fission yeast 57 biotinylated 57 carboxyl terminal 57 haplotypes 57 LIS1 57 DLX5 57 keratinocytes 57 telomere 57 COL#A# 56 DNA polymerases 56 moieties 56 oligonucleotides 56 molecular 56 isoleucine 56 transmembrane protein 56 VHL gene 56 ribonucleic acid RNA 56 splice variants 56 EBNA1 56 homodimers 56 HLA molecules 56 amino terminal 56 dsDNA 56 pyruvate kinase 56 caveolin 1 56 adduct 56 binding affinity 56 protein encoded 56 Tat protein 56 enzyme 56 pilus 56 meiotic recombination 56 eukaryotic cells 56 phospholipid 56 histone modification 56 acetylated 56 fusion protein 56 operons 56 antigenic 56 RNA transcripts 56 syntaxin 56 nucleosides 56 ubiquitylation 56 receptor 56 PTEN gene 56 cytochrome b 56 BMAL1 56 Syt II 56 chromosome #q# [001] 56 COOH terminal 56 porphyrin 56 heterologous 56 archaeal 56 histone H4 56 transcription factors 56 glycosyltransferase 56 excision repair 56 polynucleotide 56 macrocycle 56 p# NTR 56 methyltransferase 56 organism genome 56 phospholipase 56 phytochrome 56 RNA strands 56 microRNAs miRNAs 56 gene locus 56 superfamily 56 major histocompatibility complex 56 PALB2 56 insertion deletion 56 coactivator 56 heterozygosity 56 p# MAPK 56 K#N 56 immunoglobulin genes 56 homozygosity 56 site directed mutagenesis 56 transcriptional activation 56 MTHFR gene 56 ATPase 56 genetic recombination 56 DGGE 56 enantiomers 56 cDNA libraries 56 endonucleases 56 EZH2 56 chromatin 56 IKKß 56 cyclin dependent kinase 56 E#F# 56 thiol 56 GlcNAc 56 SMN2 gene 56 Fig. 1d 56 synthetase 56 rhodopsin 56 oligo 56 protein phosphorylation 56 D. melanogaster 56 fluorophore 56 fluorescent molecules 56 Cre recombinase 56 immunodominant 56 nucleotide substitution 56 hnRNP 56 TAp# 56 Sup# 56 Pin1 56 lincRNAs 56 colocalization 56 heterozygotes 56 chromosomal regions 56 polymorphic 56 ligases 56 drug metabolizing enzymes 56 phosphoprotein 56 cell cytoplasm 56 carboxylic acid 56 proline 56 hTERT 56 TGF ß 56 antisense RNA 56 carboxyl 56 imprinted genes 56 homology 56 meiotic 56 NS5B 56 thrombospondin 56 noncoding RNAs 56 trimer 56 HMGA2 56 X chromosome 56 acetyl groups 56 miRNA expression 56 hypermethylation 56 Th2 56 fibronectin 56 microtubule 56 bacterial genomes 56 clades 56 transcription factor 56 mutant alleles 56 bacterial enzyme 56 receptor tyrosine kinase 56 bilayer 56 loxP 56 secretase 56 gene amplification 56 telomere DNA 55 fluorescent molecule 55 Fig. 1B 55 stilbene 55 α 55 splice variant 55 proto oncogene 55 phosphatase 55 hydrogenase 55 proteinase 55 genes CYP#C# 55 β1 55 MAPK pathway 55 ribonucleotide 55 Fig. 1E 55 lectin 55 epigenetic silencing 55 transgene 55 chaperone proteins 55 cytoplasmic tail 55 tyrosine kinase 55 short hairpin RNA 55 LMNA gene 55 Arp2 3 55 miRNA 55 FGFR2 55 porphyrins 55 orthologous 55 contigs 55 phenotypically 55 imidazole 55 carboxy terminal 55 neuroligins 55 evolutionarily conserved 55 DNase 55 Htt 55 serine threonine 55 tyrosine phosphorylation 55 ERK1 2 55 cAMP 55 nucleolar 55 short hairpin RNAs 55 mutation 55 Rab5 55 transcriptome 55 sister chromatids 55 transferase 55 CD1d 55 intracellular 55 Fig. 2b 55 VNTR 55 ribosomal 55 defensin 55 membrane fusion 55 ß catenin 55 ERK1 55 Fig. 3a 55 chromosomal rearrangements 55 vitamin D receptor 55 HipA 55 #q# [002] 55 trinucleotide 55 oxidase 55 palmitate 55 gene duplications 55 alkyl 55 RASSF1A 55 HER2 receptor 55 RNase H 55 piRNAs 55 monocyte 55 homologous chromosomes 55 tyrosine kinase receptor 55 suppressor gene 55 Saccharomyces cerevisiae 55 clathrin 55 globin gene 55 multiprotein complex 55 mutant proteins 55 cytokeratin 55 Fc receptor 55 topoisomerase 55 phosphorylate 55 vacuolar 55 rs# [003] 55 cellular organelles 55 capsid protein 55 kinetochore 55 proline rich 55 mesenchymal cells 55 Th1 55 EphA2 55 macromolecule 55 epithelial 55 luciferase 55 ubiquitinated 55 conformational changes 55 fig. S4 55 cell adhesion molecules 55 kD 55 tetragonal 55 microRNA molecule 55 Rab# 55 actin cytoskeleton 55 Vpu 55 postsynaptic 55 fig. S2 55 splice junctions 55 beta globin gene 55 messenger RNAs mRNAs 55 conformations 55 RNA splicing 55 hippocampal neurons 55 pyrrolysine 55 Jhdm2a 55 transferrin receptor 55 CYP#B# 55 activin 55 sister chromatid 55 DNA ligase 55 symbiont 55 epithelia 55 nucleotide substitutions 55 mutational 55 Dictyostelium 55 messenger RNA 55 globin 55 caveolin 55 trimers 55 antisense oligonucleotides 55 DSBs 55 chemokine receptor 55 Amino acid 55 laminin 55 ubiquitin ligase 55 murine 55 receptor molecules 55 mitochondrion 55 glyceraldehyde 3 55 mitochondrial genome 55 #S subunit 55 transmembrane proteins 55 phospho 55 lamin 55 mosaicism 55 Chromosomes 55 transcriptionally 55 trypanosome 55 NHEJ 55 Fig. 2A 55 chromosome #p# [001] 55 oncoprotein 55 cofactors 55 S. cerevisiae 55 miR #b [002] 55 antigen 55 RUNX3 55 phenotypic 55 Foxp3 55 cathepsin B 55 Nup# 55 TCF4 55 HMG CoA reductase 55 autosomal 55 2' O methyl 55 VE cadherin 55 chromatin proteins 55 chromosomal DNA 55 human leukocyte antigens 55 chromosome #q# [002] 55 SMAD4 55 vimentin 55 transfer RNA tRNA 55 DNA double helix 55 capsid 55 isomers 55 protease enzyme 55 metazoan 55 transfected 55 RANTES 55 telomerase RNA 55 linkage disequilibrium 55 P gp 55 NS3 55 PAK1 55 polynucleotides 55 Histone 55 CGG repeats 55 polyglutamine 55 p# protein 54 anion 54 paternally inherited 54 noncoding RNA 54 Phenylalanine 54 serine threonine kinase 54 3'UTR 54 integrin 54 C. neoformans 54 MnSOD 54 PIP3 54 ErbB4 54 FMR1 gene 54 nucleolus 54 protein tyrosine phosphatase 54 melanocyte 54 nucleobases 54 σ 54 reprogramming genes 54 ribosomal protein 54 fucose 54 presynaptic 54 glycolipids 54 DNA glycosylase 54 retrotransposon 54 mutant protein 54 p#Kip# 54 miRNA genes 54 UGT#B# 54 Fig. 1D 54 strand RNA 54 anaphase 54 non coding RNA 54 Fig. 2a 54 exocytosis 54 DLC1 54 NR1 54 miR# 54 MAPK 54 gp# [001] 54 peptide sequences 54 Fig. 3B 54 proteolytic 54 Cx# [001] 54 protein conformation 54 CYP#C# [002] 54 constitutively expressed 54 plastid 54 Ca2 + 54 recombinase 54 nucleic acid sequence 54 intestinal epithelial cells 54 WT1 54 c Src 54 protonated 54 Fig. 1c 54 tumor suppressor p# 54 gene expression 54 hemoglobin molecule 54 provirus 54 DNA demethylation 54 ncRNAs 54 rs# [004] 54 CFTR gene 54 calpain 54 ultraconserved elements 54 carboxylate 54 morphogen 54 CYP#D# gene 54 tumor suppressor protein 54 BMP4 54 cm -1 54 protein phosphatase 54 spontaneous mutation 54 metaphase 54 amino 54 endocytic 54 monomers 54 pyrophosphate 54 Microtubule 54 hexamers 54 frameshift mutation 54 TLR2 54 shRNA 54 amino acid alanine 54 transcriptional regulation 54 TACI 54 KaiC 54 messenger RNA mRNA 54 subcellular localization 54 thioredoxin 54 gamma secretase 54 oligomeric 54 cyclin D1 54 amyloids 54 helicases 54 retrotransposons 54 Rac1 54 androgen receptor AR 54 Cyclin D1 54 Phosphorylation 54 arrestin 54 glycans 54 nucleic acid 54 54 clonally 54 histone acetylation 54 single stranded oligonucleotides 54 paxillin 54 mitochondrial 54 actin 54 constitutively active 54 HepG2 cells 54 extracellular 54 capsular polysaccharide 54 morphogens 54 TFIIH 54 eukaryote 54 #S rDNA 54 heterozygous 54 cilium 54 amplicon 54 matrix metalloproteinase 54 fatty acid synthesis 54 oligonucleotide probes 54 IRE1 54 Fig. 3A 54 deletion mutant 54 gamma H2AX 54 isoenzymes 54 binding proteins 54 palytoxin 54 receptor protein 54 MALAT1 54 epithelial cells 54 Arabidopsis genome 54 activating mutations 54 MEK1 54 peroxidase 54 prolyl 54 isotype 54 Fig. 54 forkhead 54 crystallin 54 N Myc 54 nucleoprotein 54 deacetylases 54 analyte 54 mRNA molecule 54 chromosomal translocations 54 electron density 54 MAPKs 54 γ 54 prion proteins 54 conserved sequences 54 Prox1 54 H2AX 54 myosin VI 54 BMP receptor 54 SOCS3 54 downregulation 54 missense 54 overexpressing 54 AMACR 54 ubiquitins 54 JAK STAT 54 antisense molecules 54 survivin 54 EphB4 54 micro RNAs 54 costimulatory 54 cofactor 54 APOBEC3G 54 oxygen atom 54 ErbB2 54 Src 54 Hh 54 neutralizing antibody 54 ß 54 lipid bilayer 54 SNP rs# [001] 54 amino acid sequences 54 MyoD 54 ribonucleic acids 54 vesicle 54 Smad3 54 apoE4 54 Ago2 54 outer membrane proteins 54 C3b 54 c Myb 54 PDZ domains 54 erythrocytes 54 ribonucleic acid 54 euchromatin 54 CagA 54 cytochrome P#s 54 proteolysis 54 microcephalin 54 ubiquitin 54 centrosomes 54 Volvox 54 biosynthetic pathway 54 tumor antigen 54 occludin 54 DNA methyltransferase 54 stranded RNA dsRNA 54 Myc 54 proteases 54 heparan sulfate 54 TORC2 54 glutamate receptor 54 epitopes 54 granzyme B 54 TRPV3 54 TIR1 54 ALK gene 54 genetic loci 54 transmembrane domains 54 Klf4 54 poly dA 54 sialic acid 54 FGFR3 54 divalent 54 glutamine 54 apical membrane 54 glycogen synthase kinase 54 MEF2 54 promoter methylation 54 antisense strand 54 chemically modified 54 mitotic 54 LRAT 54 repressor 54 fascin 54 cytokine receptors 54 isoenzyme 54 diffusible 54 V#F mutation 54 polymorphism 54 C. albicans 54 lysosomal 53 ATF2 53 caveolae 53 granule cells 53 hydrolase 53 vitamin D receptor VDR 53 CCR5 gene 53 viral proteins 53 CaM 53 chromosome #q 53 homologue 53 oligomers 53 apoptosis pathway 53 ERBB2 53 immunoreactivity 53 XPB 53 dNTP 53 Kv#.# 53 cadherins 53 phenylene 53 transgene expression 53 p# subunit 53 FUS1 53 methylation patterns 53 lectins 53 TNFR 53 receptor subunits 53 monosaccharide 53 CCL#L# 53 IGF2 53 inhibitory receptor 53 kDa 53 protein filaments 53 mutant allele 53 coexpression 53 EGFR gene 53 Dicer enzyme 53 acyl 53 CpG islands 53 tau protein 53 T#R# 53 desaturase 53 IFN gamma 53 epigenetic