FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2089833092> ?p ?o ?g. }

• W2089833092 endingPage "195" @default.
• W2089833092 startingPage "186" @default.
• W2089833092 abstract "Since the first animal genomes were completely sequenced ten years ago, evolutionary biologists have attempted to use the encoded information to reconstruct different aspects of the earliest stages of animal evolution. One of the most important uses of genome sequences is to understand relationships between animal phyla. Despite the wealth of data available, ranging from primary sequence data to gene and genome structures, our lack of understanding of the modes of evolution of genomic characters means that using these data is fraught with potential difficulties, leading to errors in phylogeny reconstruction. Improved understanding of how different character types evolve, the use of this knowledge to develop more accurate models of evolution, and denser taxonomic sampling, are now minimizing the sources of error. The wealth of genomic data now being produced promises that a well-resolved tree of the animal phyla will be available in the near future. Since the first animal genomes were completely sequenced ten years ago, evolutionary biologists have attempted to use the encoded information to reconstruct different aspects of the earliest stages of animal evolution. One of the most important uses of genome sequences is to understand relationships between animal phyla. Despite the wealth of data available, ranging from primary sequence data to gene and genome structures, our lack of understanding of the modes of evolution of genomic characters means that using these data is fraught with potential difficulties, leading to errors in phylogeny reconstruction. Improved understanding of how different character types evolve, the use of this knowledge to develop more accurate models of evolution, and denser taxonomic sampling, are now minimizing the sources of error. The wealth of genomic data now being produced promises that a well-resolved tree of the animal phyla will be available in the near future. Department of Genome Sciences, University of Washington bilaterally symmetrical animals; synonymous with triploblasts because they possess three tissue layers – ectoderm, mesoderm and endoderm. Bilateria contain deuterostomes and protostomes and exclude poriferans (sponges), cnidarians (jellyfish and corals), placozoans (Trichoplax) and ctenophores (sea gooseberries). the sudden appearance of many of the extant bilaterian animal phyla in the fossil record 530–540 million years ago. a speciation event resulting in two monophyletic groups or clades of organisms. a major division of Bilateria; contains the phyla Chordata, Echinodermata, Hemichordata and Xenacoelomorpha. a major division of Protostomia; ecdysozoan phyla include Arthropoda, Nematoda and Priapulida. convergent evolution of a given character state in unrelated lineages. Homoplasy leads to the incorrect grouping of unrelated species on phylogenetic trees. LBA is an error of tree reconstruction resulting from undetected convergent evolution (homoplasy) in unrelated branches of phylogenetic trees. These homoplasies are more likely to occur along long branches, leading to the artefactual clustering of long-branch taxa. LBA could arise from rapid evolution in a subset of species, or because one or more species are particularly evolutionarily distant from others, or from a combination (e.g. rapidly evolving nematodes are attracted to the phylogenetically distant fungi). LBA affects all types of tree-reconstruction methods to some degree, but probabilistic models are generally better able to infer the existence of convergent changes. a major division of Protostomia; lophotrochozoan phyla include Mollusca, Annelida and Platyhelminthes. an evolutionary tree of relationships, also called a phylogenetic tree. primitive or ancestral character states. These can be shared (symplesiomorphies) by a subset of species of interest but, being primitive, will also be present in more distantly related taxa. Symplesiomorphies cannot be used to infer close relationships between the species that share them. a major division of Bilateria; contains Lophotrochozoa and Ecdysozoa. derived or novel character states shared by two or more taxa – these then constitute a monophyletic group (clade) whose common ancestor also possessed the character state. The character will not be present in any outgroups to the clade and therefore is unique to and defines the clade." @default.
• W2089833092 created "2016-06-24" @default.
• W2089833092 creator A5057740801 @default.
• W2089833092 creator A5074431478 @default.
• W2089833092 date "2011-05-01" @default.
• W2089833092 modified "2023-10-02" @default.
• W2089833092 title "Improving animal phylogenies with genomic data" @default.
• W2089833092 cites W1582956895 @default.
• W2089833092 cites W1823752939 @default.
• W2089833092 cites W1964662944 @default.
• W2089833092 cites W1966119275 @default.
• W2089833092 cites W1975548496 @default.
• W2089833092 cites W1992402793 @default.
• W2089833092 cites W2003281178 @default.
• W2089833092 cites W2009371644 @default.
• W2089833092 cites W2009666369 @default.
• W2089833092 cites W2011076252 @default.
• W2089833092 cites W2011124999 @default.
• W2089833092 cites W2012087507 @default.
• W2089833092 cites W2016053029 @default.
• W2089833092 cites W2018991353 @default.
• W2089833092 cites W2019581837 @default.
• W2089833092 cites W2026716772 @default.
• W2089833092 cites W2027347467 @default.
• W2089833092 cites W2028681185 @default.
• W2089833092 cites W2029482176 @default.
• W2089833092 cites W2038008442 @default.
• W2089833092 cites W2044330987 @default.
• W2089833092 cites W2056568233 @default.
• W2089833092 cites W2062955619 @default.
• W2089833092 cites W2067558229 @default.
• W2089833092 cites W2072839791 @default.
• W2089833092 cites W2076877143 @default.
• W2089833092 cites W2078969200 @default.
• W2089833092 cites W2080764633 @default.
• W2089833092 cites W2082742868 @default.
• W2089833092 cites W2083135976 @default.
• W2089833092 cites W2088687359 @default.
• W2089833092 cites W2091792823 @default.
• W2089833092 cites W2094214497 @default.
• W2089833092 cites W2096187709 @default.
• W2089833092 cites W2096256651 @default.
• W2089833092 cites W2096641211 @default.
• W2089833092 cites W2108650715 @default.
• W2089833092 cites W2110902371 @default.
• W2089833092 cites W2110909120 @default.
• W2089833092 cites W2111319907 @default.
• W2089833092 cites W2113143600 @default.
• W2089833092 cites W2113314205 @default.
• W2089833092 cites W2118553987 @default.
• W2089833092 cites W2119263996 @default.
• W2089833092 cites W2120854648 @default.
• W2089833092 cites W2121317739 @default.
• W2089833092 cites W2122281839 @default.
• W2089833092 cites W2123456802 @default.
• W2089833092 cites W2129095717 @default.
• W2089833092 cites W2131459995 @default.
• W2089833092 cites W2131527832 @default.
• W2089833092 cites W2132120234 @default.
• W2089833092 cites W2132227649 @default.
• W2089833092 cites W2134057866 @default.
• W2089833092 cites W2136026696 @default.
• W2089833092 cites W2136096754 @default.
• W2089833092 cites W2137219476 @default.
• W2089833092 cites W2141506506 @default.
• W2089833092 cites W2141652419 @default.
• W2089833092 cites W2142205868 @default.
• W2089833092 cites W2147307434 @default.
• W2089833092 cites W2148312526 @default.
• W2089833092 cites W2148377177 @default.
• W2089833092 cites W2150097277 @default.
• W2089833092 cites W2151673628 @default.
• W2089833092 cites W2160226189 @default.
• W2089833092 cites W2160260756 @default.
• W2089833092 cites W2162160001 @default.
• W2089833092 cites W2162552502 @default.
• W2089833092 cites W2163373465 @default.
• W2089833092 cites W2164952840 @default.
• W2089833092 cites W2165478882 @default.
• W2089833092 cites W2166487529 @default.
• W2089833092 cites W2168909179 @default.
• W2089833092 cites W2370849158 @default.
• W2089833092 cites W4230501579 @default.
• W2089833092 cites W4247332402 @default.
• W2089833092 doi "https://doi.org/10.1016/j.tig.2011.02.003" @default.
• W2089833092 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21414681" @default.
• W2089833092 hasPublicationYear "2011" @default.
• W2089833092 type Work @default.
• W2089833092 sameAs 2089833092 @default.
• W2089833092 citedByCount "71" @default.
• W2089833092 countsByYear W20898330922012 @default.
• W2089833092 countsByYear W20898330922013 @default.
• W2089833092 countsByYear W20898330922014 @default.
• W2089833092 countsByYear W20898330922015 @default.
• W2089833092 countsByYear W20898330922016 @default.
• W2089833092 countsByYear W20898330922017 @default.
• W2089833092 countsByYear W20898330922018 @default.
• W2089833092 countsByYear W20898330922019 @default.

• next