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Initial sequencing and analysis of the human genome

Nature · 2001 · Vol. 409(6822) · pp. 860–921
Eric S. LanderLauren LintonBruce W. BirrenChad NusbaumMichael C. ZodyJennifer BaldwinKeri DevonKen DewarMichael P. DoyleWilliam W. FitzhughRoel FunkeDiane GageKatrina L. HarrisAndrew HeafordJohn G. HowlandLisa KannJessica A. LehoczkyR Paul LevinePaul McEwanKevin McKernanJames C. MeldrimJill P. MesirovCher MirandaWilliam MorrisJerome W. NaylorChristina RaymondMark RosettiRalph SantosAndrew SheridanCarrie SougnezNicole Stange-ThomannNikola M. StojanovićAravind SubramanianDudley WymanJane RogersJohn SulstonR. AinscoughStephan BeckDavid BentleyJohn H. BurtonChristopher CleeNigel CarterAlan CoulsonRebecca DeadmanPanos DeloukasAndrew DunhamIan DunhamRichard DurbinLisa FrenchDarren GrafhamSimon G. GregoryTim HubbardSean HumphrayAdrienne HuntMatthew C. JonesChristine LloydAmanda A. McMurrayLucy MatthewsSimon MercerSarah MilneJames C. MullikinAndrew J. MungallR. W. PlumbMark T. RossR. ShownkeenSarah SimsR WaterstonRichard K. WilsonLaDeana W. HillierJohn D. McPhersonMarco A. MarraElaine R. MardisLucinda A. FultonAsif ChinwallaKymberlie PepinWarren GishStephanie L. ChissoeMichael C. WendlKim D. DelehauntyTracie L. MinerAndrew DelehauntyJason KramerLisa L. CookRobert S. FultonD. JohnsonPatrick MinxSandra W. CliftonTrevor HawkinsElbert BranscombPaul PredkiPaul RichardsonSarah WenningTom SlezakNorman A. DoggettJan‐Fang ChengAnne S. OlsenSusan LucasChristopher J. ElkinEdward C. UberbacherM.E. FrazierRichard A. GibbsDonna M. MuznySteven E. SchererJohn BouckErica SodergrenKim C. WorleyCatherine RivesJames H. GorrellMichael L. MetzkerSusan L. NaylorRaju KucherlapatiDavid L. NelsonGeorge M. WeinstockYoshiyuki SakakiAsao FujiyamaMasahira HattoriTetsushi YadaAtsushi ToyodaTakehiko ItohChiharu KawagoeHidemi WatanabeYasushi TotokiTodd D. TaylorGenoscope and CNRS UMR-8030:Jean WeissenbachRoland HeiligWilliam SaurinFrançois ArtiguenavePhilippe BrottierThomas BrülsÉric PelletierCatherine RobertPatrick WinckerAndré RosenthalMatthias PlatzerGerald NyakaturaStefan TaudienAndreas RumpAndrew R. SmithLynn Doucette‐StammMarc RubenfieldKeith G. WeinstockHong Mei LeeJoAnn DuboisHuanming YangJun YuJian WangGuyang Matthew HuangJun GuLeroy HoodLee RowenAnup MadanShizen QinRonald DavisNancy A. FederspielA. Pia AbolaMichael ProctorBruce A. RoeFeng ChenHuaqin PanJuliane RamserHans LehrachRichard ReinhardtW. Richard McCombieM. de la BastideNeilay DedhiaHelmut BlöckerKlaus HornischerGabriele Nordsiek*Genome Analysis Group (listed in alphabetical order, also includes individuals listed under other headings):Richa AgarwalaL. AravindJeffrey A. BaileyAlex BatemanSerafim BatzoglouEwan BirneyPeer BorkDaniel G. BrownChristopher B. BurgeLorenzo CeruttiHsiu-Chuan ChenDeanna M. ChurchMichèle ClampRichard R. CopleyTobias DoerksSean R. EddyEvan E. EichlerTerrence S. FureyJames E. GalaganJames GilbertCyrus L. HarmonYoshihide HayashizakiDavid HausslerHenning HermjakobKarsten HokampWonhee JangL. Steven JohnsonThomas A. JonesSimon KasifArek KaspryzkScot KennedyW. James KentPaul KittsEugene V. KooninIan KorfDavid KulpDoron LancetTodd M. LoweAoife McLysaghtTarjei S. MikkelsenJohn V. MoranNicola MulderVictor J. PollaraChris P. PontingGreg SchulerJörg SchultzGuy SlaterArian F. A. SmitElia StupkaJoseph SzustakowkiDanielle Thierry‐MiegJean Thierry‐MiegLukas WagnerJohn WallisRaymond M. WheelerAlan J. WilliamsYuri I. WolfKenneth H. WolfeShiaw-Pyng YangRu-Fang YehFrancis S. CollinsMark S. GuyerJane L. PetersonAdam L. FelsenfeldKris A. WetterstrandR MyersJeremy SchmutzMark DicksonJane GrimwoodDavid R. CoxMaynard V. OlsonRajinder KaulChristopher K. RaymondNobuyoshi ShimizuKazuhiko KawasakiSatoshi MinoshimaGlen A. EvansΜαρία ΑθανασίουRoger A. SchultzA.A.N. PatrinosThe Wellcome Trust:Michael J. Morgan

Abstract

The human genome holds an extraordinary trove of information about human development, physiology, medicine and evolution. Here we report the results of an international collaboration to produce and make freely available a draft sequence of the human genome. We also present an initial analysis of the data, describing some of the insights that can be gleaned from the sequence.

RNA and protein synthesis mechanismsGenomics and Phylogenetic StudiesGenomics and Chromatin DynamicsHuman genomeGenomeSequence (biology)Computational biologyWhole genome sequencingBiologyDNA sequencingEvolutionary biologyData scienceGenetics

MeSH terms

AnimalsChromosome MappingDNA Transposable ElementsDrug IndustryForecastingGenesGenetics, MedicalHumansMutationProteinsRepetitive Sequences, Nucleic AcidRNASpecies SpecificityGenome, HumanHuman Genome Project

Funding

  • National Science Foundation
  • U.S. Department of Energy
  • University of Pennsylvania
  • Achievement Rewards for College Scientists Foundation
  • Wellcome Trust
  • European Commission
  • Deutsche Forschungsgemeinschaft
  • Schweizerischer Nationalfonds zur Förderung der Wissenschaftlichen Forschung
  • National Natural Science Foundation of China
  • Bundesministerium für Bildung und Forschung
  • Chinese Academy of Sciences
  • National Yang-Ming University
  • National Institutes of Health
  • Medical Research Council
  • Institute of Medical Science, University of Tokyo
  • National Human Genome Research Institute
  • Biological and Environmental Research
  • Institute of Genetics
  • Office of Experimental Program to Stimulate Competitive Research
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Automated DNA sequencing of the human HPRT locus
Genomics · 1990 · 354 citations
Human/Mouse Homology Relationships
Genomics · 1996 · 367 citations
CpG islands as gene markers in the vertebrate nucleus
Trends in Genetics · 1987 · 685 citations
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