Related by context. All words. (Click for frequent words.) 69 phylogenies 69 indels 68 paralogs 68 Alu elements 68 polyploid 67 homologies 67 segmental duplications 67 intergenic 66 sequence homology 66 genetic loci 66 primate genomes 66 orthologous 66 phylogenetic analyzes 65 metazoan 65 nucleotide substitutions 65 polyploidy 65 fungal genomes 64 cis regulatory 64 chromosomal translocations 64 #q#.# [002] 64 coding sequences 64 inbred strains 64 eukaryote 64 metazoans 63 bacterial genomes 63 chromosomal rearrangements 63 deleterious mutations 63 de novo mutations 63 insertions deletions 63 orthologs 63 noncoding RNAs 63 missense mutations 63 pseudogene 63 heterochromatic 63 allelic 63 histone modifications 63 genome rearrangements 63 untranslated regions 63 somatic mutations 63 nucleotide sequences 63 recombination hotspots 63 evolutionary lineages 63 mammalian genomes 63 amino acid sequences 63 conserved sequences 62 genomic rearrangements 62 coevolution 62 nucleotide sequence 62 #S rRNA 62 noncoding 62 #S rDNA 62 chromosomal deletions 62 spontaneous mutations 62 phylogenetic trees 62 introgression 62 indel 62 phenotypic variation 62 QTLs 62 deuterostomes 62 mitochondrial genomes 62 chromosomal regions 62 lincRNA 62 orthologous genes 62 #S rRNA gene 62 bilaterians 62 NFKBIA 62 telomere DNA 62 coding genes 62 splice junctions 62 mRNA molecules 62 allelic variation 62 morphological traits 62 epigenetic modification 62 mitochondrial gene 62 Eukaryotes 62 non coding RNA 61 phenotypic traits 61 epigenetic modifications 61 VHL gene 61 DNA demethylation 61 segmental duplication 61 mitochondrial proteins 61 LIS1 61 microdeletion 61 RNA sequences 61 intergenic regions 61 ribonucleic acids 61 chromosome rearrangements 61 3'UTR 61 prion gene 61 genetic aberrations 61 phenotypic differences 61 mitochondrial DNA mtDNA 61 coexpression 61 phylogenetically 61 nucleosome positioning 61 polyploids 61 ribosomal DNA 61 chromosomal rearrangement 61 A. thaliana 61 transcriptional regulation 61 microcephalin 61 extracellular proteins 61 epistasis 61 epigenetic regulation 60 cDNAs 60 vertebrate genomes 60 meiotic recombination 60 Amino acid 60 enterotypes 60 protein coding RNAs 60 p# activation 60 structural rearrangements 60 genomic variation 60 translocations 60 sequenced genomes 60 neural crest 60 Volvox 60 genetic recombination 60 Deinococcus 60 virulence genes 60 phenotypes 60 multigenic 60 monophyletic 60 NF1 gene 60 genomic deletions 60 spontaneous mutation 60 piRNAs 60 evolutionarily conserved 60 pleiotropy 60 HAR1 60 morphological characteristics 60 ABCB1 gene 60 allele frequencies 60 eukaryotic genomes 60 synthases 60 organismal 60 noncoding DNA 60 cytochrome b 60 heterochromatin 60 heritable variation 60 Drosophila genome 60 phylogeographic 60 epigenetic silencing 60 prokaryotic 60 Prox1 59 5 hydroxymethylcytosine 59 tRNA synthetases 59 phylogeny 59 prokaryote 59 ciliated 59 mammalian tissues 59 Phylogenetic 59 mtDNA sequences 59 miRNA expression 59 animal phyla 59 p# mutations 59 epigenetic markers 59 biogenesis 59 heterozygosity 59 germline mutations 59 intronic 59 RNA polymerases 59 Chromosomal 59 heritable traits 59 eukaryotic cells 59 radial glia 59 vertebrate embryos 59 protein conformation 59 homologues 59 quantitative trait loci 59 genetic makeups 59 single celled yeast 59 DNA polymerases 59 osteoblastic 59 splice variants 59 glycolipids 59 chimp genomes 59 TP# gene 59 MECP2 gene 59 clades 59 chromosomal aberrations 59 posttranslational modifications 59 soluble proteins 59 T. brucei 59 interconversion 59 hypermethylated 59 phylogenetic 59 pathogenic mutations 59 rDNA 59 RNA splicing 59 Jhdm2a 59 gene rearrangements 59 gene deletions 59 substrate specificity 59 DNA rearrangements 59 mtDNA mutations 59 multi celled organisms 59 eukaryotic cell 59 cofactors 59 chordates 59 genetic polymorphism 59 transposable elements 59 Hox gene 59 monozygotic twins 59 cDNA libraries 59 metabolomic profiles 59 modifier genes 59 methylation patterns 59 amphioxus 58 gene amplification 58 HLA DRB1 58 BARD1 58 imprinted genes 58 mammalian evolution 58 nucleotide substitution 58 ORFs 58 granule cells 58 unicellular organisms 58 polynucleotide 58 prokaryotes 58 proteomic analysis 58 evolutionary lineage 58 mRNA transcripts 58 CRISPR 58 choanoflagellates 58 mammalian organisms 58 Skeletal muscle 58 PTPN# 58 chordate 58 evolvability 58 genomic alterations 58 uncharacterized 58 intercellular signaling 58 underlying molecular mechanisms 58 ribosomal RNA 58 centromeres 58 transcriptomes 58 intracellular signal transduction 58 mitochondrial metabolism 58 clefting 58 germline cells 58 oligomeric 58 frameshift mutation 58 telomeric 58 donor acceptor 58 multigene 58 ultraconserved elements 58 mammalian circadian clock 58 chromosome aberrations 58 neuroligins 58 MAPCs 58 missense 58 ribosomal RNA rRNA 58 noncoding RNA 58 homozygosity 58 nongenetic 58 symbiont 58 phyla 58 endosymbiosis 58 epigenetic inheritance 58 Chlamydomonas 58 blastomeres 58 unnatural amino acids 58 P. patens 58 VNTR 58 UTRs 58 mutational 58 chromatin structure 58 observable traits 58 histone H4 58 biochemical abnormalities 58 proteomes 58 epigenomes 58 Raman spectra 58 Mendelian 58 SLITRK1 58 FOXP2 gene 58 evolutionary divergence 58 cell nuclei 58 CpG island 58 proline rich 58 TRIM5 58 differential gene expression 58 morphological 58 fission yeast 58 differentially expressed genes 58 pleiotropic 58 penile spines 58 histone code 58 uncharacterized genes 58 BAC clones 58 pseudogenes 58 microRNAs miRNAs 58 thermodynamic stability 58 yeast genome 58 cellularity 57 eusocial 57 phylogenetic relationships 57 nucleobases 57 yeast prions 57 polyketides 57 mutated EGFR 57 somatic mutation 57 DLC1 57 clonal expansion 57 taxa 57 chromosomal DNA 57 genomic imprinting 57 genomic variants 57 NFTs 57 alternatively spliced 57 ligand receptor 57 viral genomes 57 cell adhesion molecules 57 multicellular organisms 57 gene loci 57 metabolizing enzymes 57 haplotypes 57 astrocytic 57 MMP# 57 mutations 57 beta1 integrin 57 mammalian brains 57 KLF4 57 LRRK2 gene 57 aneuploid 57 replicase 57 Arabidopsis genome 57 operons 57 FGFs 57 AVPR1A 57 haplogroups 57 cybrid 57 neoplastic 57 hybridizations 57 DEAR1 57 dimorphic 57 nanobacteria 57 striated muscle 57 neuroanatomical 57 ncRNAs 57 SMAD4 57 protein phosphorylation 57 COL#A# 57 prion strains 57 microsatellite markers 57 HLA genes 57 microbiomes 57 mRNA sequences 57 microdeletions 57 rRNA 57 hamartomas 57 recombinations 57 sRNAs 57 P cadherin 57 previously uncharacterized 57 rostral 57 MLL gene 57 constitutively expressed 57 neurexins 57 neurite outgrowth 57 quasispecies 57 isoenzymes 57 haploid 57 ontogeny 57 TMPRSS2 ERG fusion 57 ortholog 57 ploidy 57 eukaryotic 57 CHD7 57 morphologies 57 lincRNAs 57 coding RNA 57 maternally inherited 57 nucleolar 57 stereochemical 57 Prochlorococcus 57 microRNA molecules 57 subfamilies 57 myopathies 57 genomically 57 subcellular compartments 57 coding exons 57 Trichophyton rubrum 57 Arabidopsis genes 57 mosaicism 57 mutant alleles 57 intracellular bacteria 57 amino acid sequence 57 redox reactions 57 Phenotypic 57 collagenous 57 amplifications 57 gliosis 57 amino acid substitutions 57 #q#.# [001] 57 synaptic proteins 57 outbred 57 etiologic 57 monogenic 57 acinar 57 S. pombe 57 haematopoietic 57 homologs 57 selfing 56 epigenetic mechanisms 56 pairwise 56 autosomal 56 progranulin gene 56 STAT4 56 phenotypic variability 56 C. neoformans 56 ectodermal 56 CSHL scientists 56 nitrogenase 56 intraspecific 56 ncRNA 56 chromatid 56 gene polymorphisms 56 MYH# 56 molecular phylogenetic 56 non coding RNAs 56 introns 56 placental mammals 56 MYH9 56 Nup# 56 glycolytic 56 tRNA synthetase 56 body louse genome 56 FGF signaling 56 kilobases 56 CPEB 56 DNA sequences 56 posttranslational modification 56 hominoids 56 generalized vitiligo 56 somites 56 protist 56 Xenopus laevis 56 KCNQ1 56 Woese 56 Genetic variation 56 alpha synuclein gene 56 supertree 56 mtDNA 56 disulfide bond 56 chromosome #q# [001] 56 multicellularity 56 enzymatic pathways 56 yeast Saccharomyces cerevisiae 56 eukaryotic organisms 56 Dysregulation 56 epigenetic alterations 56 disulfide bonds 56 familial clustering 56 gene locus 56 chromosomal anomalies 56 TSC1 56 processive 56 hemoglobins 56 chromosomal instability 56 clonally 56 synteny 56 symbioses 56 chloroplast genome 56 causative genes 56 amplicons 56 epigenetic reprogramming 56 mouse ESCs 56 globin genes 56 adult neurogenesis 56 DNA methylation patterns 56 rearrangements 56 sea urchin genome 56 FOXP2 56 monozygotic 56 synaptogenesis 56 sexually reproducing 56 directed mutagenesis 56 polynucleotides 56 chromosome condensation 56 extramedullary 56 epistatic 56 microRNA expression 56 MTHFR gene 56 vacuolar 56 protein biosynthesis 56 drug metabolizing enzymes 56 transgenic mice expressing 56 genetic lineages 56 antibody antigen 56 Hsp# [001] 56 Phylogenetic analysis 56 mutant allele 56 angiosperms 56 sexually dimorphic 56 induced pluripotent cells 56 epigenetic changes 56 lymphoid tissues 56 phenotypic expression 56 Gene Ontology 56 phylogenetic analysis 56 genotype phenotype 56 homologous sequences 56 tRNA genes 56 skin fibroblasts 56 CpG islands 56 epigenetic marks 56 desmosomes 56 ligand binding 56 mitochondrial mutations 56 ZNF# 56 gut microbiota 56 invertebrate animals 56 HOTAIR 56 abnormal prion protein 56 cellulases 56 genetic modifiers 56 2' O methyl 56 phenotypic 56 abnormal proteins 56 teleost fish 56 SRY gene 56 phylogenetics 56 evolutionary conserved 56 D. melanogaster 56 genetic manipulations 56 H#K#me# 56 Comparative genomics 56 MALAT1 56 fig. S1 56 enzymatic reactions 56 eusociality 56 metaplasia 56 #q# deletion 56 punctate 56 histone modification 56 RNA transcripts 56 Mendelian genetics 56 homology 56 histone acetylation 56 V3 loop 56 synuclein 56 primordial germ cells 56 CRISPR Cas 56 mtDNA sequence 56 ribonucleic acid RNA 56 sister chromatid 56 Amborella 56 amyloid peptides 55 multicellular animals 55 short hairpin RNAs 55 JAK STAT 55 post translational modifications 55 MSH2 55 chromosome translocations 55 hammerhead ribozyme 55 CNPs 55 electron proton 55 miRNA genes 55 electrophysiological properties 55 Prevotella 55 bistability 55 protein filaments 55 cytochrome P#s 55 distinct subtypes 55 budding yeast 55 clonal 55 artifactual 55 KIAA# 55 nonlinear optical 55 mutant huntingtin protein 55 outer membrane proteins 55 Phylogenetic analyzes 55 amino acid residues 55 aneuploid cells 55 #S rRNA genes 55 allelic variants 55 aminoacyl tRNA synthetases 55 metalloprotease 55 fig. S4 55 polyglutamine 55 functional polymorphism 55 LRP5 55 linkage disequilibrium 55 subcellular 55 isoforms 55 chimpanzee genomes 55 transcriptome profiling 55 CYP#D# gene 55 homologous chromosomes 55 Aâ 55 ABCB1 55 human leukocyte antigens 55 asymmetric catalysis 55 ultrastructural 55 multicellular 55 FGFR2 55 X chromosome inactivation 55 gene expression patterns 55 spider silks 55 cellular organelles 55 Cathepsin B 55 karyotypes 55 FUS1 55 transgene expression 55 INF2 55 gene sequences 55 histocompatibility 55 colorectal carcinogenesis 55 organism genome 55 siRNA knockdown 55 diploid genome 55 multi celled 55 vertebrate evolution 55 spectrin 55 lymphoid cells 55 epigenomic 55 sexual dimorphism 55 MT1 MMP 55 platypus genome 55 vasopressin receptor 55 ALK gene 55 genetically encoded 55 Neanderthal fossils 55 bases adenine 55 transgenic mouse models 55 biosynthetic pathways 55 neurotransmitter receptor 55 endonuclease 55 guanine G 55 deacetylation 55 neuropathologic 55 amino acid residue 55 phenotypically 55 vermis 55 protists 55 ribosomal proteins 55 nucleotide 55 tetramer 55 genetic alterations 55 polymerases 55 X. laevis 55 dimeric 55 demethylase 55 C#T [002] 55 underlying pathophysiology 55 uPAR 55 histone methylation 55 epigenetically 55 nonoverlapping 55 microRNA molecule 55 ERK2 55 mitochondrial genes 55 sphingolipids 55 limbed vertebrates 55 commensal bacteria 55 V#F mutation 55 OPHN1 55 maize genome 55 missense mutation 55 morphologically 55 Entamoeba 55 meta analytic 55 terrestrial vertebrates 55 splice variant 55 MiRNAs 55 morphogens 55 CCR7 55 chromosome #q#.# [002] 55 transcriptional regulators 55 germline 55 NR#A# gene 55 FKBP# 55 myofibroblasts 55 TCF#L# gene 55 Single Nucleotide Polymorphisms SNPs 55 linkage disequilibrium LD 55 PON1 55 lesional 55 binding affinities 55 Telomere length 55 Leydig cell 55 metagenomes 55 chromatin immunoprecipitation ChIP 55 mammalian sperm 55 ADAMTS# 55 forkhead 55 prion infection 55 Corynebacterium 55 motor neuron degeneration 55 DNMT1 55 Transcriptome 55 nucleic acid sequence 55 receptor ligand 55 M. pneumoniae 55 Neandertal DNA 55 miRNAs miR 55 PrPSc 55 susceptibility loci 55 DARPP 55 intron 55 protein tyrosine phosphatase 55 constitutively active 55 ligases 55 prognostic markers 55 histologic subtypes 55 cyclin E 55 serine protease 55 sphingolipid 55 cysteines 55 loci 55 morphogenesis 55 mutualistic 55 Apc 55 beta actin 55 differentially regulated 55 Vangl2 55 uracil 55 chloroplast DNA 55 ribosomal protein 55 Foxp2 55 K ras mutations 55 genes encoding 55 intramolecular 55 genetic determinants 55 TOP2A gene 55 Lamarckian 55 Yamanaka recipe 55 morphogenetic 55 retrotransposon 55 APOL1 55 euchromatin 55 adsorbate 55 GABAB receptors 55 micro RNAs 55 Morphological 55 MAPK pathway 55 MeCP2 gene 55 genetic heterogeneity 55 superfamily 55 RNA viruses 55 genetic relatedness 55 alleles 55 notochord 55 Genetic mutations 55 transcriptome sequencing 55 Western blotting 55 codons 55 aneuploidy 54 ant genomes 54 site directed mutagenesis 54 PAX5 54 epithelial tissues 54 morphological evolution 54 archaeal 54 morphological similarities 54 γ secretase 54 SVZ 54 hypermethylation 54 photosystems 54 BDNF gene 54 Fas ligand 54 protein isoforms 54 endogenous ligands 54 inactive X chromosome 54 clinicopathological 54 hippocampal neurons 54 centromeric 54 cytosine methylation 54 transcriptionally 54 GPx 54 SHANK3 54 positional cloning 54 pleiotropic effects 54 aggrecan 54 metalloproteins 54 sympatric speciation 54 transcriptional machinery 54 morphologic 54 biosynthetic pathway 54 colocalization 54 Supplementary Table 54 NPM1 gene 54 multiprotein complex 54 ontogenetic 54 stem cell pluripotency 54 glycosyltransferase 54 CD1d 54 c Myb 54 Y chromosomal 54 bdelloid 54 nucleases 54 sRNA 54 pathophysiological 54 genetic rearrangements 54 mRNA decay 54 helicases 54 glycosylation 54 collagen VI 54 autosomes 54 genomic instability 54 mammalian fatty acid 54 heterologous expression 54 familial aggregation 54 ultraconserved 54 CNTNAP2 54 metabolic abnormalities 54 secreted proteins 54 tiny roundworm 54 autoreactive 54 haplotype map 54 genotoxic stress 54 insulin signaling pathway 54 S. cerevisiae 54 oncogenesis 54 extracellular matrix ECM 54 eotaxin 54 heterozygotes 54 DSBs 54 myosin VI 54 primate lineage 54 amyloidogenic 54 hypocretin neurons 54 heritable disorders 54 transgenes 54 C#Y 54 cortical neurons 54 α synuclein 54 gene rearrangement 54 MC1R gene 54 spore formation 54 tetrapods evolved 54 cellular prion protein 54 morphogen 54 mammalian ancestor 54 carbonate globules 54 experimentally validated 54 Segmental duplications 54 parthenogenetic 54 GLUT1 54 oligonucleotide microarrays 54 ataxias 54 biotransformation 54 hexamers 54 metabolic enzymes 54 PI3K AKT 54 mechanotransduction 54 fully sequenced genomes 54 conformational 54 caveolin 54 CDKN2A 54 androgen receptor gene 54 At#g# 54 Apobec3 54 recombination 54 CCL#L# 54 gene expression microarrays 54 Bifidobacteria 54 adipokines 54 H#K# [001] 54 laterality 54 figs. 54 synaptic function 54 subcellular localization 54 opossum genome 54 exomes 54 homodimers 54 HMGCR 54 TRPV4 54 TCF4 54 AMACR 54 green alga Chlamydomonas 54 thymidine 54 amino acid substitution 54 bone marrow mesenchymal stem 54 CagA 54 genetic polymorphisms 54 lymphoblastoid cell lines 54 oscillatory 54 angiosperm 54 nucleolar dominance 54 endogenous retroviruses 54 immunodominant 54 periodontal tissues 54 alpha synuclein protein 54 dizygotic twins 54 genetic locus 54 cardiac progenitor cells 54 totipotent 54 operon 54 magnetization reversal 54 transgenic mouse model 54 integral membrane proteins 54 x ray crystallographic 54 phenotype 54 circadian genes 54 nucleated cells 54 proteolysis 54 biochemical assays 54 bacterial symbiont 54 phenotypic characteristics 54 beta globin 54 Fig. 1A 54 organogenesis 54 neuroblasts 54 distantly related species 54 chromosome #q#.# [001] 54 monocots 54 hypomethylation 54 Wnts 54 uniparental 54 DNA recombination 54 genotypic 54 carboxy terminal 54 African cichlid fish 54 mesenchymal cell 54 chimerism 54 RecA 54 karyotype 54 Hh pathway 54 #p# [003] 54 isotypes 54 PTEN gene 54 papillomas 54 Wwox 54 genomic loci 54 evolutionary relatedness 54 neuronal dysfunction 54 aneuploidies 54 mammary stem cells 54 genomic sequence 54 ESR1 54 APOE genotype 54 HLA DQ2 54 transcriptomic 54 ectopic expression 54 biosignatures 54 inactivating mutations 54 receptor subunits 54 TTR gene 54 #S ribosomal RNA 54 Smad3 54 RCAN1 54 RNA ribonucleic acid 54 cerebral cortical 54 actin binding 54 beta globin gene 54 bandgaps 54 primate evolution 54 Fig. 3b 54 ChIP seq 54 replicative 54 Supplementary Fig 54 intestinal microflora 54 overactivation 54 contigs 54 TET2 54 speciation 54 H#Y 54 enzymes catalyze 54 miRNA molecules 54 prodynorphin 54 transcriptional regulator 54 reproductively isolated 54 neutralizing antibody responses 54 methyltransferase 54 Htt 54 evolutionary origins 54 tetraploid 54 granzyme B 54 microglial 54 metabolome 54 genes differentially expressed 54 FUS TLS 54 genetically divergent 54 tyrosine phosphorylation 54 neuroimaging studies 54 Wnt#b 54 heterozygosity LOH 54 phosphorylated proteins 54 neural crest cells 54 Leydig cells 54 PARP inhibition 54 RRM1 54 tyrannosaurids 54 mutagenesis 54 QTL mapping 54 HFE gene 54 proteoglycan 54 MLL2 54 acetylation 54 heritable trait 54 glycosylated 54 chromatin immunoprecipitation 54 H#K# [002] 54 OCA2 54 flatfishes