Related by context. All words. (Click for frequent words.) 70 metazoan 68 bilaterians 67 cnidarians 67 metazoans 67 phylogenetically 67 eukaryote 66 placental mammals 65 chordates 64 vertebrate embryos 64 archaeal 64 multicellularity 63 phenotypic expression 63 Volvox 63 Heterodontosaurus 62 homologies 62 amphioxus 62 monotremes 62 placental mammal 62 tRNA synthetases 62 sexually dimorphic 62 ciliated 62 paternally inherited 62 Amborella 62 deuterostomes 62 evolutionarily conserved 62 eukaryotic organisms 62 genetic recombination 62 mitochondrial DNA mtDNA 62 evolutionary lineage 62 Chlamydomonas 62 orthologous genes 61 budding yeast 61 piRNAs 61 endosymbiosis 61 prokaryotic 61 orthologs 61 evolutionary lineages 61 subfamily 61 flatfishes 61 coevolution 61 multicellular organisms 61 orthologous 61 H. habilis 61 jawed vertebrates 61 germline cells 61 Prevotella 61 microcephalin 61 habilis 61 ribosomal RNA 61 unicellular 61 eukaryotic 61 amino acid sequences 61 hominoids 61 mitochondrial gene 61 nucleotide sequence 61 epigenetic regulation 61 proline rich 61 Hox gene 61 gametophyte 60 noncoding 60 neural crest 60 teleost 60 ultrastructure 60 multi celled organisms 60 #S rRNA 60 maternally inherited 60 vacuolar 60 fungal genomes 60 prokaryote 60 non coding RNA 60 single celled yeast 60 terrestrial vertebrates 60 Dictyostelium 60 ribonucleic acids 60 cis regulatory 60 Alu elements 60 morphologically 60 sequence homology 60 unicellular organism 60 homologues 60 genome rearrangements 60 colugos 60 phylogeny 60 choanoflagellates 60 mitochondrial genomes 60 multicellular animals 60 chromatin structure 60 centrosomes 60 metabolomic profiles 60 ontogeny 60 chimp genomes 60 Inkayacu 59 phyla 59 X. laevis 59 monophyletic 59 neuroligins 59 paralogs 59 mesenchyme 59 Y chromosomal 59 Arabidopsis genome 59 X chromosome inactivation 59 HAR1 59 neural crest cells 59 subfamilies 59 annelid worms 59 sensu lato 59 phylogenies 59 polyploid 59 recombination hotspots 59 biogenesis 59 mtDNA sequences 59 ramidus 59 homologs 59 NF1 gene 59 eusociality 59 S. pombe 59 ontogenetic 59 Darwin finches 59 intergenic regions 59 angiosperms flowering plants 59 echinoderms 59 nucleotide sequences 59 angiosperms 59 artiodactyls 59 clonally 59 primitive vertebrates 59 endosymbiont 59 collagenous 59 serine protease 59 worm C. elegans 59 #S rDNA 59 organism genome 59 imprinted genes 59 interactome 59 primate genomes 59 Platynereis 59 Caenorhabditis elegans 59 Ichthyostega 59 KIAA# 59 chloroplast genome 59 Woese 58 phylogenetic relationships 58 neurexins 58 Deinococcus 58 A. thaliana 58 prion gene 58 KCNQ1 58 metaplasia 58 HtrA2 58 ligand receptor 58 phylogenetic analysis 58 angiosperm 58 Asteraceae 58 phenotypic variation 58 HLA G 58 morphogenesis 58 Osedax 58 monozygotic twins 58 transcriptional regulators 58 somites 58 evolvability 58 gene duplications 58 PDZ domains 58 indels 58 morphogen 58 DNA methylation patterns 58 mosaicism 58 phylogeographic 58 Eukaryotes 58 Ventastega 58 tyrannosaurids 58 Hox genes 58 phylogenetic tree 58 embryonic germ 58 phylogenetic 58 evolutionary divergence 58 Chlamydomonas reinhardtii 58 supertree 58 radial glia 58 phylogenetic analyzes 58 synthases 58 mammalian brain 58 vertebrate evolution 58 FGFs 58 causative genes 58 intergenic 58 previously undescribed 58 cadherins 58 microdeletion 58 mammalian brains 58 genetic lineages 58 MALAT1 58 transcriptomes 58 epigenetically 58 multicellular 58 euchromatin 58 aptamers derives 58 ncRNA 58 viral genomes 58 histone code 58 taxa 58 RNA binding 58 embryological 58 transcriptional regulation 58 genetic loci 58 fruitfly Drosophila 58 anomodonts 58 vertebrate genomes 58 CHD7 58 suborder 58 condensin 58 Xenopus laevis 58 microbiomes 57 Raman spectra 57 mitochondrial genome 57 nucleosome positioning 57 noncoding RNA 57 dizygotic twins 57 laforin 57 mRNA sequences 57 primate lineage 57 feathered dinosaur 57 symbiont 57 morphological similarities 57 unicellular organisms 57 enterotypes 57 notochord 57 morphological evolution 57 cDNAs 57 ribonucleic acid RNA 57 multicellular organism 57 missense mutations 57 primordial germ cells 57 teleost fish 57 Drosophila melanogaster 57 limbed vertebrates 57 LIS1 57 autosomal 57 noncoding RNAs 57 bilaterally symmetrical 57 prokaryotes 57 proteomes 57 biological macromolecules 57 phylogenetic trees 57 #S ribosomal RNA 57 S. cerevisiae 57 cell nuclei 57 maize genome 57 vertebrate animals 57 holotype 57 D. melanogaster 57 homology 57 morphologic 57 Phylogenetic 57 globin genes 57 hamartomas 57 noncoding DNA 57 female gametophyte 57 dromaeosaurid 57 spore formation 57 progranulin gene 57 aneuploid 57 morphologies 57 coiled coil 57 centrosome 57 primary cilium 57 Paranthropus 57 genomic imprinting 57 A. ramidus 57 nucleotide substitution 57 mutant allele 57 indel 57 Comparative genomics 57 subcellular 57 totipotent 57 introns 57 developmental plasticity 57 monotreme 57 methylation patterns 57 Tianyulong 57 mammalian sperm 57 epistasis 57 #S rRNA gene 57 amino acid sequence 57 tRNA synthetase 57 embryonal 57 homeobox gene 57 axon guidance 57 coding exons 57 segmental duplications 57 bacterial genomes 57 unspecialized 57 Homo species 57 PrPC 57 phenotypic differences 57 ostracods 57 eukaryotic cells 57 microsatellite markers 57 chromosomal translocations 57 giant danio 57 Caenorhabditis 57 Phenotypic 57 previously uncharacterized 57 soluble proteins 57 MECP2 gene 57 5 methylcytosine 57 Homo neanderthalensis 57 fibril 57 primordia 57 epigenetic modification 57 TCF#L# gene 57 transmembrane protein 57 rRNA 57 observable traits 57 histocompatibility 57 polyploidy 57 hominoid 57 Saccharomyces 57 evolutionary relatedness 56 subcellular compartments 56 Single Nucleotide Polymorphisms SNPs 56 #q#.# [002] 56 mammalian genomes 56 de novo mutations 56 mesenchymal stem cells MSCs 56 sympatric speciation 56 epithelial tissues 56 gastropod 56 species Australopithecus afarensis 56 RNA sequences 56 Acanthostega 56 hindbrain 56 Repenomamus robustus 56 transcriptome sequencing 56 embryonic tissues 56 theropod dinosaurs 56 splice variants 56 morphological characteristics 56 embryoid bodies 56 introgression 56 cytochrome b 56 structural rearrangements 56 intracellular signal transduction 56 Agrobacterium tumefaciens 56 proteomic analysis 56 peroxisome 56 chromosomal DNA 56 insertions deletions 56 ortholog 56 5 hydroxymethylcytosine 56 multigene 56 somatic mutations 56 subventricular zone 56 conformational changes 56 multigenic 56 dimorphic 56 Archaea 56 thale cress Arabidopsis thaliana 56 tubule 56 ABCB1 gene 56 mammary stem cells 56 heterochromatin 56 yeast genome 56 mesenchymal stromal cells 56 reciprocal altruism 56 clades 56 clefting 56 operons 56 protist 56 embryogenesis 56 induced pluripotent cells 56 single celled microorganisms 56 Mycoplasma genitalium 56 5 hmC 56 FGF signaling 56 Xenopus 56 segmental duplication 56 phenotypically 56 neural progenitor 56 MLL gene 56 sequenced genomes 56 fig. S4 56 RecA 56 PrPSc 56 superfamily 56 multiprotein complex 56 alternatively spliced 56 extramedullary 56 Mendelian 56 hyperbolic geometry 56 Juravenator 56 somatic mutation 56 Shiekhattar 56 Paranthropus robustus 56 VHL gene 56 S. sanguinis 56 germline mutations 56 plexiform 56 Sinosauropteryx 56 Supplementary Fig 56 dragline silk 56 KRAS oncogene 56 H. floresiensis 56 chromatin immunoprecipitation ChIP 56 molecular phylogeny 56 taxon 56 D. simulans 56 MEF2A 56 Trichoplax 56 splice junctions 56 DNA rearrangements 56 RNA polymerases 56 intronic 56 mosasaurs 56 eusocial 56 copper zinc superoxide 56 LB1 56 eukaryotic cell 56 chromosome rearrangements 56 topoisomerases 56 fascin 56 CRISPR 56 thermophilum 56 MC1R 56 Mendelian genetics 56 positional cloning 56 evolutionary origins 56 haematopoietic 56 chromatid 56 sexually reproducing 56 PIP2 56 glycosyltransferase 56 photosystem II 56 Huntingtin 56 endocasts 56 sporadic ALS 56 chromatin proteins 56 enolase 56 centromeres 56 GPC5 56 Lamarckian 56 conodonts 56 bacteria archaea 56 spindle fibers 56 striated muscle 56 multi celled 56 microRNA expression 56 cypin 56 transmembrane proteins 56 #p#.# [001] 55 ERK2 55 Daeschler 55 subcellular localization 55 telomere DNA 55 genetic heterogeneity 55 Pollen grains 55 sickle cell hemoglobin 55 gastrulation 55 CSHL scientists 55 microRNAs miRNAs 55 gamete formation 55 SRY gene 55 CDH1 55 bdelloid rotifers 55 single celled algae 55 macrofauna 55 fission yeast 55 gene locus 55 A. sediba 55 DEAR1 55 ectodermal 55 eukaryotes 55 ribosomal DNA 55 mammalian ancestor 55 amyloid cascade 55 DLX5 55 bryozoans 55 recessive mutations 55 annelid 55 R#W [002] 55 DNA demethylation 55 Asilisaurus 55 breast cancer subtypes 55 insulin secreting 55 Guanlong wucaii 55 fruitflies 55 heterochromatic 55 animal phyla 55 glycolipid 55 CIB1 55 epiblast stem cells 55 MLL2 55 site directed mutagenesis 55 carboxy terminal 55 posttranslational modifications 55 nonidentical 55 ncRNAs 55 unisexual 55 histone demethylase 55 constitutively expressed 55 haplogroups 55 transcriptomics 55 mutational analysis 55 Fig. 1A 55 intramolecular 55 mesoderm 55 mitochondrial genome sequence 55 seminal vesicle 55 macroevolution 55 Linheraptor 55 morphological 55 Histologically 55 CD1d 55 monogenic diabetes 55 Confocal microscopy 55 spontaneous mutations 55 transmembrane receptor 55 cellular organelles 55 bacterial symbiont 55 granule cells 55 Anomalocaris 55 p#/CBP 55 herbivorous dinosaurs 55 granulosa cell 55 photosystems 55 X inactivation 55 meiotic recombination 55 autosomal recessive 55 Castorocauda 55 endophenotypes 55 Entamoeba 55 hypermethylated 55 M. capricolum 55 SVZ 55 worm Caenorhabditis elegans 55 Sonic Hedgehog 55 mammalian 55 Dicer enzyme 55 sensory organ 55 embryoid body 55 pluripotent embryonic 55 Transcription factors 55 secretory pathway 55 chromosomal anomalies 55 melanogaster 55 photosynthetic organisms 55 serine threonine kinase 55 Massospondylus 55 planaria 55 duplicated chromosomes 55 FOXP2 gene 55 electrophysiological properties 55 supratentorial 55 vertebrate 55 protein conformation 55 Wnts 55 HSPCs 55 Nectocaris 55 morphological traits 55 intermediate filaments 55 CTCF 55 nucleobases 55 chromosomal rearrangements 55 recessive trait 55 micro RNA 55 tetrapods evolved 55 sediba 55 ligand binding 55 tumorigenicity 55 trimers 55 morphogenetic 55 histone modifications 55 genotyping arrays 55 telomeric 55 HLA genes 55 synaptotagmin 55 epigenetic modifications 55 substrate specificity 55 #S subunit 55 otolith 55 silico prediction 55 inherited mutations 55 histone H4 55 Psittacosaurus 55 mammalian circadian clock 55 titin 55 bisulfite sequencing 55 ribosomal RNA rRNA 55 coexpression 55 sexual dimorphism 55 ultraconserved elements 55 tetramer 55 teratoma 55 cartilaginous 55 Sahelanthropus tchadensis 55 Rb gene 55 Panderichthys 55 M. pneumoniae 55 RNA splicing 55 chick embryo 55 miRNA genes 55 cohesin 55 lysine residues 55 pea aphid 55 hominid lineage 55 cadherin 55 Neanderthals sprang 55 globular proteins 55 centromeric 55 endogenous retroviruses 55 aminoacyl tRNA synthetases 55 Australopithecus anamensis 55 pseudogenes 55 embryonic stem ES 55 T. vaginalis 55 archosaur 55 microRNA genes 55 genetic polymorphism 55 Myb 55 germline stem cells 54 slime molds 54 STK# gene 54 Transcriptome 54 monogenic 54 TRIM5 54 non mammalian vertebrates 54 heterozygosity 54 forkhead 54 trophoblast 54 Paneth cells 54 amoeboid 54 stilbene 54 spheroidal 54 phylum 54 immunodominant 54 c KIT 54 budding yeast Saccharomyces 54 convergent evolution 54 genetic imprinting 54 Cyclin E 54 telomere maintenance 54 amino acid residues 54 reproductively isolated 54 untranslated regions 54 polyploids 54 coelurosaurs 54 epigenetic inheritance 54 anterior pituitary 54 homochirality 54 physicochemical properties 54 homodimers 54 T. brucei 54 Prototaxites 54 Xenopus tropicalis 54 Fig. 1D 54 cilium 54 quantitative trait loci 54 ribonucleoprotein 54 planarian 54 endonuclease 54 Fig. 3a 54 CpG island 54 recessive mutation 54 DNA deoxyribonucleic acid 54 subgenus 54 Homo sapiens evolved 54 Figure 2C 54 epigenetic changes 54 Flaviviridae 54 conserved sequences 54 aetiological 54 Bayesian inference 54 QTLs 54 biomineralization 54 Prox1 54 villous 54 genetically homogeneous 54 cryptochromes 54 mucins 54 reproduce asexually 54 Amino acid 54 PTPN# 54 familial clustering 54 intracortical 54 spindle neurons 54 disulfide bond 54 microcompartments 54 tiny roundworm 54 BMAL1 54 floresiensis 54 Nimbadon 54 #BP# 54 Vunjak Novakovic 54 mRNA transcripts 54 Aromatase 54 RNA strand 54 RNA Seq 54 fru 54 CpG islands 54 tetramers 54 Micromonas 54 photosynthetic bacterium 54 Proteobacteria 54 mollusk shells 54 prehuman 54 SHANK3 54 PCR RFLP 54 extinct woolly mammoth 54 postsynaptic 54 ribozyme 54 platypus genome 54 Ardipithecus 54 biogeographic 54 coding genes 54 Homo genus 54 filoviruses 54 mammalian genome 54 gene rearrangements 54 exocrine 54 tetrapods 54 zebrafish embryo 54 epigenomic 54 Galapagos finches 54 umbilical vein 54 interconversion 54 dedifferentiation 54 Hsp# [001] 54 genus homo 54 homo erectus 54 intercellular signaling 54 Dictyostelium discoideum 54 macrocyclic 54 anti microbial peptides 54 splice variant 54 planarians 54 apoE 54 homologue 54 Cathepsin B 54 hominin species 54 DNA polymerases 54 malaria parasite genome 54 underlying pathophysiology 54 Klotho gene 54 spicule 54 tyrosine phosphorylation 54 spontaneous mutation 54 homolog 54 seminal vesicles 54 opossum genome 54 fibrillar 54 morphometric 54 Australopithecines 54 GSTM1 gene 54 neuritic 54 connectome 54 Alternative splicing 54 single celled creatures 54 Mycoplasma species 54 green alga Chlamydomonas 54 ChIP chip 54 CD# + [001] 54 Drosha 54 vesper bats 54 NPM1 gene 54 peptide receptor 54 HIP1 54 immunoregulatory 54 dynamin 54 protein synthesis machinery 54 plastid 54 comparative genomics 54 chromosome #q 54 microbiome 54 clinicopathological 54 neural precursor 54 protein filaments 54 oviraptors 54 theropod 54 insulin signaling pathways 54 epidermal cells 54 TMEM#B 54 placentals 54 AVPR1A 54 Li Fraumeni syndrome 54 alpha subunit 54 meadow vole 54 SNPs pronounced snips 54 hybridizations 54 exome 54 terminally differentiated 54 VIPR2 54 transdifferentiation 54 exon intron 54 Fig. 1b 54 MT1 MMP 54 electron muon 54 TP# gene 54 post translational modifications 54 MMP# 54 MSH2 54 Fig. 1C 54 epigenetic markers 54 cortices 54 moss Physcomitrella patens 54 Denisovan 54 sarcomere 54 yeast Saccharomyces cerevisiae 54 cerevisiae 54 protein phosphorylation 54 Dpp 54 desmosomes 54 RAD# gene 54 pathogenic mechanisms 54 fig. S1 54 siderophore 54 Htt 54 differentially expressed genes 54 T. hallae 54 pancreatic endocrine 54 chloroplasts 54 chaperone proteins 54 sessile 54 homozygosity 54 cDNA libraries 54 chimeric gene 54 ciliates 54 prokaryotic organisms 54 Pol IV 54 haplotyping 54 tetrapod 54 FOXP2 54 single celled 54 symbioses 54 collagen VII 54 heritable traits 54 transcriptome profiling 54 Darwinopterus 54 fossilized pollen 54 miRNA expression 54 Tiktaalik 54 At#g# 54 earliest tetrapods 54 carboxyl terminal 54 earliest hominid 54 Neanderthal fossils 53 telomerase RNA 53 icosahedral 53 Fas ligand 53 Neuregulin 1 53 prairie vole 53 genus Homo 53 melanosomes 53 genetic locus 53 LRRK2 gene 53 Mitochondrial DNA 53 chromosomal deletions 53 karyotypes 53 major histocompatibility complex 53 roundworm C. elegans 53 isotopic compositions 53 C EBP alpha 53 HLA DRB1 53 biochemical assays 53 single celled microbes 53 genetically encoded 53 HMPV 53 centromere 53 kinase domain 53 MTHFR gene 53 leiomyoma 53 oligomer 53 genetic makeups 53 trimeric 53 primitive organisms 53 BARD1 53 FASPS 53 proteinases 53 vitamin D receptor VDR 53 HLA DQ2 53 PTEN gene 53 mouse ESCs 53 neuronal synapses 53 autistic enterocolitis 53 stemness 53 extracellular domains 53 protein coding RNAs 53 homologous sequences 53 differential gene expression 53 abnormal prion protein 53 Pax6 53 sphingolipid 53 fluorescently labeled 53 human mammary epithelial 53 lineages 53 choroid plexus 53 PGCs 53 PALB2 53 etiologic 53 called Abydosaurus mcintoshi 53 UGT#B# 53 glycan 53 poly dA 53 morphology 53 transcriptome 53 cathepsins 53 jawless fish 53 human leukocyte antigens 53 archosaurs 53 Brassicaceae 53 uncharacterized 53 transfer RNA tRNA 53 carbonate globules 53 LRRK2 mutation 53 Germline 53 epigenetic silencing 53 oligomeric 53 endonucleases 53 differentially regulated 53 homologous genes 53 FEN1 53 planktonic 53 microvessels 53 fruit fly Drosophila 53 eukaryotic genomes 53 ploidy 53 ribosomal genes 53 assortative mating 53 Fig. 3b 53 MC1R gene 53 laterality 53 TMPRSS2 ERG fusion 53 H#K#me# 53 GPIHBP1 53 Eg5 53 allelic variation 53 Haplogroup 53 induce pluripotency 53 miRNA molecules 53 Microraptor gui 53 Cucurbitaceae 53 genotype phenotype 53 cell organelles 53 genomic rearrangements 53 known bird Archaeopteryx 53 ependymal 53 trabeculae 53 neuroanatomical 53 RNA polymerase II 53 sRNA 53 preferentially bind 53 ectoderm 53 Vaccinia virus 53 String theory 53 luminal surface 53 paraganglioma 53 rotifer 53 Europasaurus 53 Vps# 53 hominid evolution 53 luminal cells 53 Homo ergaster 53 Wynshaw Boris 53 synaptogenesis 53 ChIP seq 53 histologic findings 53 mouse testes 53 squid octopus 53 homologous chromosomes 53 guanine G 53 olfactory receptors 53 flavivirus 53 Yamanaka recipe 53 proline 53 cerebral hemispheres 53 lincRNA 53 nonhereditary 53 cDNA sequencing 53 evolutionarily ancient 53 amino acid alanine 53 pigment granules 53 regulates gene expression 53 parthenogenetic 53 GPI anchored 53 TOP2A gene 53 transferrin receptor 53 Diptera 53 precancerous stem cells 53 succinate dehydrogenase 53 allelic 53 dendritic spine 53 posttranslational modification 53 intraspecific 53 SH2 domain 53 Sonic hedgehog 53 body louse genome 53 spatial cognition 53 sepal 53 microRNA molecules 53 glycosylated