Ancent linkage groups (ALGs) results of 213 genomes

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Authors: Chunpeng He
Cited by: 0

Abstract

An extensive analysis of ancestral linkage groups (ALGs) across the [bilaterian–cnidarian–(placozoan)]–sponge (BCnS) lineage (Benthozoa or Myriazoa), using 222 chromosome-level genomes from species at key evolutionary nodes spanning 30 phyla at the order level, reveals that stony coral genomes preserve the most conserved Precambrian chromosomal core. Files: 1_Phylum Ctenophora_ctenophores_4_species 2_Phylum Porifera_sponges_37_species 3_Phylum Cnidaria_excluding stony corals_30_species 4_Phylum Cnidaria_stony corals_29_species 5_Bilateria_Phylum Xenacoelomorpha_3_species 6_Bilateria_Deuterostomia_3_phyla_47_species 7_Bilateria_Protostomia_Spiralia_15_phyla_34_species 8_Bilateria_Protostomia_Ecdysozoa_8_phyla_29_species

Fields of Study & Subjects

Chromosomal and Genetic Variations Genomics and Phylogenetic Studies Marine Invertebrate Physiology and Ecology

Publication details

Journal / source
Figshare
Publication date
1 January 2026
Document type
Dataset