Related by context. All words. (Click for frequent words.) 77 metazoan 74 prokaryote 73 archaeal 71 endosymbiosis 71 eukaryotic 71 multicellular 71 polyploid 71 multicellular organisms 71 prokaryotes 71 eukaryotes 71 unicellular 70 chordates 70 A. thaliana 70 Chlamydomonas 69 multicellular animals 69 organism genome 69 bilaterians 69 single celled 69 unicellular organisms 69 prokaryotic 68 phylogenetically 68 soluble proteins 68 phylogenies 68 Volvox 68 choanoflagellates 68 metazoans 68 eukaryotic cell 68 evolutionary lineages 68 single celled organisms 68 plastid 68 placental mammals 67 mammalian genomes 67 photosynthetic organisms 67 sequenced genomes 67 Arabidopsis genome 67 sequence homology 67 amphioxus 67 Archaea 67 green alga Chlamydomonas 67 chordate 67 multicellularity 67 bacterial symbiont 67 mammalian genome 67 animal phyla 67 multicellular organism 67 fungal genomes 67 #S rRNA 67 noncoding RNAs 67 deuterostomes 67 eukaryotic cells 66 orthologs 66 terrestrial vertebrates 66 Eukaryotes 66 worm C. elegans 66 orthologous 66 primitive organisms 66 protists 66 noncoding 66 Alu elements 66 cnidarians 66 cis regulatory 66 RNA sequences 66 evolutionarily conserved 66 mitochondrial genomes 66 germline cells 66 pseudogenes 66 Platynereis 65 eukaryotic organisms 65 Trichoplax 65 phyla 65 indels 65 coevolution 65 pea aphid 65 Prevotella 65 clonally 65 Prochlorococcus 65 Neanderthal genes 65 primate genomes 65 single celled yeast 65 subfamily 65 multi celled organisms 65 H. habilis 65 gymnosperms 65 piRNAs 65 amino acid sequences 65 homologies 65 archaea 65 paralogs 65 clades 65 cellulases 65 angiosperms 65 vertebrate genomes 65 prion gene 65 Amborella 65 angiosperm 65 operons 65 jawed vertebrates 65 phylogenetic trees 65 Phytophthora species 65 bdelloid rotifers 65 microcephalin 65 yeast Saccharomyces cerevisiae 64 heterochromatin 64 Lamarckian 64 worm Caenorhabditis elegans 64 M. pneumoniae 64 yeast genome 64 monophyletic 64 homochirality 64 phenotypic variation 64 female gametophyte 64 Proteobacteria 64 intergenic 64 fission yeast 64 evolvability 64 organism 64 subfamilies 64 celled organism 64 defensins 64 placentals 64 evolutionary lineage 64 vertebrate evolution 64 heterochromatic 64 habilis 64 nucleotide sequence 64 mitochondrial genome 64 chlorosomes 64 primate lineage 64 bacterial genomes 64 endosymbiont 64 opossum genome 64 P. patens 64 budding yeast 64 gene duplications 64 polyploidy 64 Chlamydomonas reinhardtii 64 morphologically 64 mitochondrial gene 64 Mycoplasma genitalium 64 Typhi 63 herbivorous dinosaurs 63 invertebrate animals 63 single celled microorganisms 63 ciliated 63 S. cerevisiae 63 X. laevis 63 rotifer 63 Micromonas 63 vesper bats 63 single celled organism 63 microsporidia 63 bacteria archaea 63 plastids 63 Homo neanderthalensis 63 symbiont 63 homologues 63 ciliates 63 recombination hotspots 63 thermophilum 63 teosinte 63 unicellular organism 63 rRNA 63 #S rRNA genes 63 multi celled 63 coding sequences 63 proteomes 63 single celled algae 63 subcellular compartments 63 sexually reproducing 63 lobe finned fishes 63 T. hallae 63 flatfishes 63 posttranslational modifications 63 viral genomes 63 microbiomes 63 primordia 63 phylogeny 63 ultraconserved elements 63 homologs 63 Anopheles gambiae 63 nucleobases 63 #S rDNA 63 monotremes 63 Paranthropus 63 reproductively isolated 63 Deinococcus 63 maternally inherited 63 #S rRNA gene 63 microscopic single celled 63 phylogenetic tree 63 lineages 63 introns 63 C. jejuni 63 embryoid bodies 63 ribosomal DNA 62 conserved sequences 62 green alga 62 operon 62 placental mammal 62 protozoans 62 missense mutations 62 Drosophila genome 62 Acanthostega 62 gametophyte 62 lincRNA 62 taxa 62 totipotent 62 virulence genes 62 tRNA synthetases 62 dromaeosaurs 62 noncoding DNA 62 coding genes 62 indel 62 L. pneumophila 62 vertebrate animals 62 superorganism 62 HAR1 62 previously undescribed 62 epigenetic modification 62 Pseudomonas syringae 62 neutrino mass 62 vertebrate 62 melanosomes 62 cDNAs 62 organisms 62 non coding RNA 62 microbial genomes 62 telomere DNA 62 platypus genome 62 S. pombe 62 ribosomal RNA 62 Saccharomyces 62 protist 62 symbioses 62 Heterodontosaurus 62 maize genome 62 Hox gene 62 Xenopus laevis 62 polyploids 62 vertebrates 62 parthenogenetic 62 eusociality 62 ncRNA 62 superfamily 62 mammalian brains 62 eusocial 62 chloroplast genome 62 earliest hominid 62 Anchiornis huxleyi 62 organelle 62 morphological evolution 62 glycosylated 62 enterotypes 62 Hox genes 62 bryozoans 62 neural crest 61 colugos 61 ontogeny 61 biogeographic 61 C. neoformans 61 untranslated regions 61 tetrapods evolved 61 TP# gene 61 dimorphic 61 mammalian brain 61 hominid evolution 61 Xenopus 61 Rickettsia 61 eukaryotic genomes 61 bacterial genome 61 blastomeres 61 monocots 61 primate evolution 61 irreducibly complex 61 sexually dimorphic 61 primitive vertebrates 61 homodimers 61 rDNA 61 nematode worm 61 Psittacosaurus 61 amino acid sequence 61 sensu lato 61 ERK2 61 interactome 61 plectasin 61 segmental duplications 61 annelid worms 61 mosasaurs 61 prion strains 61 chloroplasts 61 angiosperms flowering plants 61 nucleotide sequences 61 bilaterally symmetrical 61 centromeres 61 coccolithophores 61 single celled bacteria 61 tetrapod 61 cytochrome b 61 transmembrane protein 61 Ediacaran 61 non mammalian vertebrates 61 tiny roundworm 61 chimpanzee genomes 61 endogenous retroviruses 61 coiled coil 61 tRNA synthetase 61 HLA genes 61 genome rearrangements 61 phylum 61 chloroplast 61 MALAT1 61 Cambrian Explosion 61 genetic recombination 61 thale cress 61 vertebrate species 61 transcriptome sequencing 61 mammalian ancestor 61 genetic lineages 61 gambiae 61 A. sediba 61 SVZ 61 stromatolites 61 Segmental duplications 61 mammalian fatty acid 61 thale cress Arabidopsis thaliana 61 Buchnera 61 Paranthropus robustus 61 epigenomes 61 lincRNAs 61 body louse genome 61 QTLs 61 bryophytes 61 chromatin structure 61 tyrannosaurids 61 eukaryotic algae 61 trimers 61 Single Nucleotide Polymorphisms SNPs 61 Supplementary Fig 61 ortholog 61 spore formation 61 primary cilium 61 D. melanogaster 61 commensal bacteria 61 abnormal prion protein 61 distinct lineages 61 retrotransposon 61 mammalian 61 #S subunit 61 Mycoplasma mycoides 61 Sinosauropteryx 61 reinhardtii 61 H. floresiensis 61 convergent evolution 61 Ardipithecus 61 phylogenetic relationships 61 Osedax 61 olfactory receptor 61 morphologically distinct 60 genetic loci 60 spontaneous mutations 60 euchromatin 60 microbial genome 60 Comparative genomics 60 tetraploid 60 mtDNA sequences 60 peroxisome 60 histone modifications 60 Sulfolobus 60 phenotypic differences 60 filamentous fungus 60 ribosomal RNA rRNA 60 distantly related organisms 60 ribozyme 60 CRISPR 60 mitochondrial DNA mtDNA 60 polypeptide chain 60 major histocompatibility complex 60 conodonts 60 transmembrane domains 60 biogenesis 60 transmembrane proteins 60 microbialites 60 centromeric 60 earliest tetrapods 60 melanogaster 60 evolutionary conserved 60 transcriptomes 60 diatom 60 Woese 60 uncharacterized 60 Xenopus tropicalis 60 photosynthetic bacteria 60 carbonaceous meteorites 60 metagenomes 60 genomic sequences 60 alternatively spliced 60 Penicillium 60 CRISPR Cas 60 theropod dinosaurs 60 trypanosome 60 morphologies 60 lactase persistence 60 methylation patterns 60 lobe finned fish 60 chick embryo 60 backboned animals 60 ribonucleic acids 60 nematode worms 60 faunas 60 bacterium Escherichia coli 60 dynamical processes 60 DEAR1 60 hypermethylated 60 phytochrome 60 Ichthyostega 60 Dicer enzyme 60 transposable elements 60 filoviruses 60 somatic stem cells 60 cell nuclei 60 ostracods 60 ramidus 60 epistasis 60 fruitfly Drosophila 60 transcriptional regulation 60 epigenetic inheritance 60 Arabidopsis plants 60 hominid species 60 tiny single celled 60 prokaryotic cells 60 Homo genus 60 ant genomes 60 chromosome rearrangements 60 chlorophylls 60 splice junctions 60 miRNA genes 60 chimpanzee genome 60 hominoid 60 glycolipids 60 phylogeographic 60 ribosomal proteins 60 Cyclin E 60 amino acid substitutions 60 mammalian organisms 60 diatoms 60 intergenic regions 60 feathered dinosaurs 60 ncRNAs 60 primordial germ cells 60 Caenorhabditis elegans 60 polyketides 60 Ventastega 60 Caenorhabditis 60 sea urchin genome 60 paramyxoviruses 60 photosynthetic microbes 60 moss Physcomitrella patens 60 chimp genomes 60 feathered dinosaur 60 previously uncharacterized 60 celled organisms 60 RNA polymerases 60 neural crest cells 60 transcriptome 60 S. sanguinis 60 diploid 60 ontogenetic 59 biogeographical 59 phenotypically 59 protein synthesis machinery 59 Australopithecines 59 Plasmodium vivax 59 abiogenesis 59 Bt toxins 59 mtDNA mutations 59 evolutionary relatedness 59 oligomeric 59 carbonaceous chondrites 59 photosynthetic apparatus 59 suborder 59 Plasmodium 59 somatic mutations 59 ornithischians 59 microevolution 59 epidermal cells 59 allelic variation 59 vertebrate embryos 59 tetramers 59 trypanosomes 59 genomic sequence 59 morphogen 59 Symbiodinium 59 disulfide bond 59 planarians 59 TMEM#B 59 odorant receptor 59 Mendelian genetics 59 epigenetic modifications 59 unicellular algae 59 Anomalocaris 59 olfactory receptors 59 cyanobacterial 59 Darwin finches 59 miRNA expression 59 Dehalococcoides 59 Agrobacterium tumefaciens 59 #q#.# [002] 59 Prototaxites 59 heritable traits 59 stilbene 59 C. albicans 59 molecular systematics 59 mutualistic relationship 59 globin gene 59 vacuolar 59 TRIM5 59 actinomycetes 59 CPEB 59 transdifferentiation 59 glabrata 59 Cambrian Period 59 clonal 59 plant Arabidopsis thaliana 59 normal prion protein 59 tRNA genes 59 condensin 59 C. elegans roundworm 59 site directed mutagenesis 59 chloroplast DNA 59 C4 grasses 59 tau neutrinos 59 anomodonts 59 mutant allele 59 theropod 59 superheavy elements 59 genus Homo 59 synthases 59 tetramer 59 archeopteryx 59 mRNA transcripts 59 Magicicada 59 M. capricolum 59 evolutionary origins 59 gastrulation 59 glycolipid 59 RNA viruses 59 huxleyi 59 flagellum 59 metalloproteins 59 Mendelian 59 mammalian embryo 59 RNA transcripts 59 Pollen grains 59 RNase P 59 ABCB1 gene 59 stromatolite 59 mesenchyme 59 nucleotide substitutions 59 mammalian evolution 59 proline rich 59 holotype 59 phylogenetic 59 limbed vertebrates 59 outer membrane proteins 59 Saccharomyces cerevisiae 59 linkage disequilibrium 59 Caulobacter 59 spicule 59 Tianyulong 59 ribonucleic acid RNA 59 genomes 59 Cucumis 59 Diatoms 59 membrane protein 59 cellular organelles 59 5 hydroxymethylcytosine 59 structural rearrangements 59 haploid 59 TCF#L# gene 59 terrestrial vertebrate 59 nanobacteria 59 imprinted genes 59 mammalian species 59 Hsp# [001] 59 RNA molecule 59 ChIP seq 59 Yersinia enterocolitica 59 riboswitches 59 fruitflies 59 fruiting bodies 59 succinate dehydrogenase 59 amino acid residues 59 noncoding RNA 59 ribosomal protein 59 protein coding RNAs 59 wildtype 59 fungal strains 59 photosystems 59 homozygosity 59 intronic 59 intron 59 CD1d 59 Aspergillus nidulans 59 Photosystem II 59 sphingolipid 59 HOTAIR 59 Htt 59 granule cells 59 methanogenesis 59 neuroligins 59 Phylogenetic analyzes 59 synteny 59 microbial ecosystems 59 bdelloid 59 Rad# 58 peroxisomes 58 genetic alterations 58 Nectocaris 58 pea aphids 58 Ardipithecus ramidus 58 contigs 58 oviraptors 58 C. elegans 58 macroevolution 58 A. ramidus 58 Svante Pääbo 58 slime molds 58 Stromatolites 58 molecular phylogenetic 58 centrosomes 58 phenotypic expression 58 dinoflagellate 58 sRNAs 58 archosaurs 58 isotopic compositions 58 Mimivirus 58 small RNAs encoded 58 #S ribosomal RNA 58 phenotypic traits 58 H. sapiens 58 ORFs 58 mRNA molecules 58 Bacillus thuringiensis bacterium 58 yeast prions 58 cysteine residues 58 dimeric 58 Phylogenetic 58 T. brucei 58 inflorescences 58 sauropodomorphs 58 primitive meteorites 58 single celled microbes 58 HSPCs 58 Dictyostelium discoideum 58 human microbiome 58 hematopoietic cells 58 transcriptomics 58 cytosine methylation 58 progranulin gene 58 ribozymes 58 multicellular creatures 58 laforin 58 splice variants 58 Neanderthal fossils 58 Nup# 58 H#K# [002] 58 Tetrahymena 58 CHD7 58 Homo antecessor 58 hominin species 58 induced pluripotent cells 58 introgression 58 molecular phylogeny 58 organelles 58 australopithecines 58 constitutively expressed 58 proteomic analysis 58 Arabidopsis thaliana 58 T rubrum 58 fig. S4 58 homologous genes 58 mimivirus 58 flatworms 58 zebrafish Danio rerio 58 Neanderthal genome sequence 58 Homo species 58 Physarum 58 interconversion 58 V. cholerae 58 Trichophyton rubrum 58 subventricular zone 58 coexpression 58 DLC1 58 nematode Caenorhabditis elegans 58 Homo erectus evolved 58 autosomal 58 mutant alleles 58 phenotypic plasticity 58 Late Devonian 58 endophytic 58 Treponema pallidum 58 prebiotic soup 58 synuclein 58 P. furiosus 58 serine protease 58 Heliconius 58 selfing 58 MC1R gene 58 crinoids 58 magnetosomes 58 subcellular structures 58 germline stem cells 58 genus Plasmodium 58 mitochondrial DNA lineages 58 echinoderms 58 hominoids 58 homologous sequences 58 germline mutations 58 coelurosaurs 58 Dictyostelium 58 microRNA molecules 58 dinosaurian 58 endonuclease 58 BAC clones 58 mosaicism 58 Mus musculus 58 supertree 58 synthetases 58 evolutionary divergence 58 A. gambiae 58 metabolomic profiles 58 HLA G 58 polynucleotides 58 southern supercontinent 58 3'UTR 58 zebrafish embryo 58 motile 58 nucleosome positioning 58 haplogroups 58 protein conformation 58 S. enterica 58 differentially expressed genes 58 lymphoid cells 58 cellular prion protein 58 histone protein 58 CTCF 58 macromolecule 58 cultured neurons 58 fig. S1 58 felis 58 duplicated chromosomes 58 non coding RNAs 58 DNA sequences 58 MLL gene 58 aneuploid 58 bacterium E. coli 58 enolase 58 polynucleotide 58 mitochondrial genome sequence 58 Paleobiology Database 58 phylogenetic analyzes 58 Scientists theorize 58 lysine residues 58 DLX5 58 Massospondylus 58 NF1 gene 58 trimeric 58 chromosomal DNA 58 symbionts 58 autosomes 58 winged dinosaur 58 glycoproteins 58 photosystem II 58 hpSCs 58 mycoplasmas 58 Geomyces destructans 58 Streptomyces 58 nonpathogenic 58 microRNA molecule 58 humans Homo sapiens 58 transcriptionally active 58 Xanthomonas 58 T. vaginalis 58 louse genome 58 haplogroup 58 monotreme 58 phylogenetic analysis 58 genus homo 58 electrons orbiting 58 orthologous genes 58 T. gondii 58 bacterial pathogen 58 Neandertal DNA 58 translationally 58 morphological similarities 58 inbred strains 58 Europasaurus 58 conifers ferns 58 mycobacterium 58 tetrapods 58 LRP6 58 exons 58 apoE 58 Firmicutes 58 Wolbachia 58 planktonic 57 genomic rearrangements 57 H2AX 57 immunodominant 57 splice variant 57 Juravenator 57 Argonaute 57 chlorophyll molecules 57 integral membrane proteins 57 guanine G 57 biological macromolecules 57 Trichoderma reesei 57 UTRs 57 unlike tubulin 57 trilobites 57 Neu5Gc 57 Plasmodium falciparum 57 single celled creatures 57 sRNA 57 placoderms 57 homology 57 radial glia 57 vacuoles 57 cotyledon 57 orangutan genome 57 Neanderthals interbred 57 comb jelly 57 epithelial tissues 57 Cambrian explosion 57 anti microbial peptides 57 epigenetically 57 chromosomal rearrangements 57 phyllosilicates 57 tRNA 57 alga 57 odorant receptors 57 homo erectus 57 icosahedral 57 reproduce asexually 57 defensin 57 S. pyogenes 57 Corynebacterium 57 RNAs 57 chromosomal translocations 57 chondrites 57 Icadyptes 57 hydrogenase 57 sediba 57 pigment granules 57 serine threonine kinase 57 microsatellite markers 57 artiodactyls 57 zebrafish genome 57 peptoid 57 morphological 57 RNA fragments 57 centrioles 57 M. genitalium 57 centromere 57 Rab5 57 membrane fusion 57 newly sequenced genome 57 GNAQ 57 avian dinosaurs 57 fossilized pollen 57 LIS1 57 ostracodes 57 helical structure 57 S. Typhimurium 57 subcellular 57 L1 retrotransposons 57 homologous 57 distantly related species 57 Drosophila melanogaster 57 neutrino oscillation 57 metalloprotease 57 DNA rearrangements 57 silico prediction 57 interstellar molecules 57 OCT4 57 cybrid 57 plasmodium 57 teleost fish 57 endogenous retrovirus 57 sequenced genome 57 KIAA# 57 ligand receptor 57 hominid ancestors 57 threonine 57 liverworts 57 biosignatures 57 Rubisco 57 Adjacent Possible 57 planaria 57 Microraptor gui 57 bony fishes 57 PrPSc 57 H#K# [001] 57 liverwort 57 dromaeosaurid 57 melanocyte 57 At#g# 57 Homo ergaster 57 speciation 57 mutational analysis 57 F actin 57 morphogenesis 57 X. tropicalis 57 Nasonia 57 biomineralization 57 foraminifera 57 carbonate globules 57 Pääbo 57 clade B 57 nitrogenase 57 chromosomal rearrangement 57 Wnt protein 57 Aureococcus 57 nucleolus 57 kDa protein 57 protein subunits 57 Asteraceae 57 evolutionarily 57 genetic blueprints 57 Homo sapiens evolved 57 epigenetic regulation 57 coding exons 57 Ediacara organisms 57 Propionibacterium 57 transgene expression 57 lymphoid tissue 57 α synuclein 57 adenine 57 amylopectin 57 histone demethylase 57 genetically divergent 57 centrosome 57 deacetylation 57 functional polymorphism 57 Phylogenetic analysis 57 aneuploid cells 57 Osedax worms 57 Castorocauda 57 DNA demethylation 57 homeobox gene 57 morphological traits 57 multivesicular bodies 57 luminal cells 57 planktonic foraminifera 57 P. infestans 57 ipRGCs 57 PGCs 57 Leydig cells 57 honeybee genome 57 erythrocytes 57 protein phosphorylation 57 spindle neurons 57 donor acceptor 57 KCNQ1 57 multicelled 57 Denisovans 57 H#Y 57 cDNA libraries 57 Pol IV 57 trimer 57 gut microbiome 57 sialic acids 57 protein acetylation 57 metagenome 57 B. subtilis 57 Aspergillus species 57 spontaneous mutation 57 amino acid alanine 57 Supplementary Table 57 outbred 57 S. typhimurium 57 teleost 57 insects crustaceans 57 isoprenoid 57 Archaeopteryx 57 Aplysia 57 globin genes 57 tapetails bignose fishes 57 Martian meteorites 57 constitutively 57 strange quark 57 genetic alteration 57 collagenous 57 dedifferentiation 57 TRF1 57 endonucleases 57 Alvarez Buylla 57 gut microbes 57 anamensis