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Comparative analysis of metazoan chromatin organization Open.

Joshua Wing Kei HoYoungsook L. JungTao LiuBurak Han AlverSoohyun LeeKohta IkegamiKyung-Ah SohnAki MinodaMichael Y. TolstorukovAlex AppertStephen C. J. ParkerTingting GuAnshul KundajeNicole C. RiddleEric BishopThea A. EgelhoferSheng'en Shawn HuArtyom A. AlekseyenkoAndreas RechtsteinerDalal AskerJason A. BelskySarah K. BowmanQ. Brent ChenRon A.-J. ChenDaniel S. DayYan DongAndrea C. DoseXikun DuanCharles B. EpsteinSevinc ErcanElise A. FeingoldFrancesco FerrariJacob M. GarriguesNils GehlenborgPeter J. GoodPsalm HaseleyDaniel HeMoritz HerrmannMichael M. HoffmanTess E. JeffersPeter V. KharchenkoPaulina Kolasinska-ZwierzChitra V. KotwaliwaleNischay KumarSasha A. LangleyErica LarschanIsabel LatorreMaxwell W. LibbrechtXueqiu LinRichard ParkMichael J. PazinHoang N. PhamAnnette PlachetkaBo QinYuri B. SchwartzNoam ShoreshPrzemyslaw StemporAnne VielleChengyang WangChristina M. WhittleHuiling XueRobert E. KingstonJu Han KimBradley E. BernsteinAbby F. DernburgVincenzo PirrottaMitzi I. KurodaWilliam S. NobleThomas D. TulliusManolis KellisDavid M. MacAlpineSusan StromeSarah C. R. ElginXiaole Shirley LiuJason D. LiebJulie AhringerGary H. KarpenPeter J. Park
Published in: Nat. (2014)
Keyphrases
  • comparative analysis
  • information systems
  • neural network
  • knowledge management
  • information processing
  • organizational learning
  • semi quantitative
  • database
  • three dimensional
  • quantitative analysis
  • fusion scheme