RT @DrBaileeSliker: Be sure to read current #KSSingleCell23 speaker @landau_lab recent @CD_AACR paper: Discovery of Candidate DNA Methylati…
RT @DrBaileeSliker: Be sure to read current #KSSingleCell23 speaker @landau_lab recent @CD_AACR paper: Discovery of Candidate DNA Methylati…
Be sure to read current #KSSingleCell23 speaker @landau_lab recent @CD_AACR paper: Discovery of Candidate DNA Methylation Cancer Driver Genes https://t.co/ag1OkmOjC7 https://t.co/Zv5pcnlPgX
RT @ElizSMcKenna: A summary of all the work by @landau_lab & colleagues in this area, including a recent @CD_AACR paper on a method for DNA…
A summary of all the work by @landau_lab & colleagues in this area, including a recent @CD_AACR paper on a method for DNA methylation driver inference https://t.co/9HKOwgn9DA #EMBOcancerEvolution https://t.co/EeJVFxELMN
The authors of "Discovery of candidate DNA methylation cancer driv…" (https://t.co/N12IVhpYUB) included RRIDs in their paper! Thank you for making your #methodsmatter. #STMpublishing
RT @CD_AACR: From the September issue: Discovery of candidate #DNAmethylation cancer driver genes. https://t.co/cpQXODIKbY. @landau_lab @n…
RT @CD_AACR: From the September issue: Discovery of candidate #DNAmethylation cancer driver genes. https://t.co/cpQXODIKbY. @landau_lab @n…
RT @CD_AACR: From the September issue: Discovery of candidate #DNAmethylation cancer driver genes. https://t.co/cpQXODIKbY. @landau_lab @n…
RT @CD_AACR: From the September issue: Discovery of candidate #DNAmethylation cancer driver genes. https://t.co/cpQXODIKbY. @landau_lab @n…
From the September issue: Discovery of candidate #DNAmethylation cancer driver genes. https://t.co/cpQXODIKbY. @landau_lab @nygenome @WeillCornell https://t.co/qvpaAvFM8g
RT @AndresFCardonaZ: Discovery of Candidate DNA Methylation Cancer Driver Genes https://t.co/81Du8G4Ua6
RT @AndresFCardonaZ: Discovery of Candidate DNA Methylation Cancer Driver Genes https://t.co/81Du8G4Ua6
Discovery of Candidate DNA Methylation Cancer Driver Genes https://t.co/81Du8G4Ua6
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @moreauxjerome: Exciting work. Congrats 👍. Discovery of candidate DNA methylation cancer driver genes https://t.co/xo5LL1qpeV
RT @NatRevClinOncol: MethSig, a statistical inference framework accounting for varying stochastic hypermethylation rate across the genome a…
Exciting work. Congrats 👍. Discovery of candidate DNA methylation cancer driver genes https://t.co/xo5LL1qpeV
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @NatRevClinOncol: MethSig, a statistical inference framework accounting for varying stochastic hypermethylation rate across the genome a…
RT @NatRevClinOncol: MethSig, a statistical inference framework accounting for varying stochastic hypermethylation rate across the genome a…
RT @NatRevClinOncol: MethSig, a statistical inference framework accounting for varying stochastic hypermethylation rate across the genome a…
RT @NatRevClinOncol: MethSig, a statistical inference framework accounting for varying stochastic hypermethylation rate across the genome a…
RT @NatRevClinOncol: MethSig, a statistical inference framework accounting for varying stochastic hypermethylation rate across the genome a…
RT @NatRevClinOncol: MethSig, a statistical inference framework accounting for varying stochastic hypermethylation rate across the genome a…
RT @NatRevClinOncol: MethSig, a statistical inference framework accounting for varying stochastic hypermethylation rate across the genome a…
MethSig, a statistical inference framework accounting for varying stochastic hypermethylation rate across the genome and between samples, enables the differentiation of driver DNA methylation changes from passenger events: https://t.co/ZkOb34Vcnc
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @ElizSMcKenna: Now online in @CD_AACR: Discovery of candidate #DNAmethylation cancer driver genes @landau_lab @nygenome @WeillCornell ht…
RT @Aiims1742: Looking forward to reading this #openaccess @CD_AACR paper on “MethSig”, an algorithm for discerning functionally relevant D…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @Aiims1742: Looking forward to reading this #openaccess @CD_AACR paper on “MethSig”, an algorithm for discerning functionally relevant D…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @Aiims1742: Looking forward to reading this #openaccess @CD_AACR paper on “MethSig”, an algorithm for discerning functionally relevant D…
RT @CD_AACR: Just published #OnlineFirst: Discovery of candidate #DNAmethylation cancer driver genes. @landau_lab @nygenome @WeillCornell h…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
Congratulations, @landau_lab!
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @davidr_requena: .@Bioinfo_Peru @ISCB_RSGPeru take a look at this👇🏻
.@Bioinfo_Peru @ISCB_RSGPeru take a look at this👇🏻
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
Interesting approach: but it looks like just looking at promoter
RT @ElizSMcKenna: Now online in @CD_AACR: Discovery of candidate #DNAmethylation cancer driver genes @landau_lab @nygenome @WeillCornell ht…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @ChristianRolfo: @isliquidbiopsy @OncoAlert
RT @CD_AACR: Just published #OnlineFirst: Discovery of candidate #DNAmethylation cancer driver genes. @landau_lab @nygenome @WeillCornell h…
RT @CD_AACR: Just published #OnlineFirst: Discovery of candidate #DNAmethylation cancer driver genes. @landau_lab @nygenome @WeillCornell h…
RT @CD_AACR: Just published #OnlineFirst: Discovery of candidate #DNAmethylation cancer driver genes. @landau_lab @nygenome @WeillCornell h…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @CD_AACR: Just published #OnlineFirst: Discovery of candidate #DNAmethylation cancer driver genes. @landau_lab @nygenome @WeillCornell h…
Just published #OnlineFirst: Discovery of candidate #DNAmethylation cancer driver genes. @landau_lab @nygenome @WeillCornell https://t.co/JvpDbdHM2u https://t.co/piAKmSKJxD
Congrats @landau_lab!
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @Aiims1742: Looking forward to reading this #openaccess @CD_AACR paper on “MethSig”, an algorithm for discerning functionally relevant D…
A tweetorial by @landau_lab on work published online today in @CD_AACR! 👇
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…
very cool insights from @landau_lab
RT @landau_lab: Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish…