Gene content evolution in the arthropods.
Gregg W C ThomasElias DohmenDaniel S T HughesShwetha C MuraliMonica PoelchauKarl GlastadClare A AnsteadNadia A AyoubPhillip BatterhamMichelle BellairGreta J BinfordHsu ChaoYolanda H ChenChristopher ChildersHuyen DinhHarsha Vardhan DoddapaneniJian J DuanShannon DuganLauren A EspositoMarkus FriedrichJessica GarbRobin B GasserMichael A D GoodismanDawn E Gundersen-RindalYi HanAlfred M HandlerMasatsugu HatakeyamaLars HeringWayne B HunterPanagiotis IoannidisJoy C JayaseelanDivya KalraAbderrahman KhilaPasi K KorhonenCarol Eunmi LeeSandra L LeeYiyuan LiAmelia R I LindseyGeorg MayerAlistair P McGregorDuane D McKennaBernhard MisofMala MunidasaMonica Munoz-TorresDonna M MuznyOliver NiehuisNkechinyere Osuji-LacySubba R PalliKristen A PanfilioMatthias PechmannTrent PerryRalph S PetersHelen C PoyntonNikola-Michael PrpicJiaxin QuDorith RotenbergCoby SchalSean D SchovilleErin D ScullyEvette SkinnerDaniel B SloanRichard StouthamerMichael R StrandNikolaus U SzucsichAsela WijeratneNeil D YoungEduardo E ZattaraJoshua B BenoitEvgeny M ZdobnovMichael E PfrenderKevin J HackettJohn H WerrenKim C WorleyRichard A GibbsAriel D ChipmanRobert M WaterhouseErich Bornberg-BauerMatthew W HahnStephen RichardsPublished in: Genome biology (2020)
These analyses demonstrate how large-scale comparative genomics can provide broad new insights into the genotype to phenotype map and generate testable hypotheses about the evolution of animal diversity.