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…
Excited to share new work @CD_AACR! https://t.co/V3rUx55mGO Sophisticated background models in cancer genomics distinguish driver from passenger mutations. As most cancer DNA methylation changes are stochastic can we likewise create better models to identi
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 @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 @ChristianRolfo: @isliquidbiopsy @OncoAlert
@isliquidbiopsy @OncoAlert
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 @Aiims1742: Looking forward to reading this #openaccess @CD_AACR paper on “MethSig”, an algorithm for discerning functionally relevant D…
RT @Aiims1742: Looking forward to reading this #openaccess @CD_AACR paper on “MethSig”, an algorithm for discerning functionally relevant D…
RT @Aiims1742: Looking forward to reading this #openaccess @CD_AACR paper on “MethSig”, an algorithm for discerning functionally relevant D…
Looking forward to reading this #openaccess @CD_AACR paper on “MethSig”, an algorithm for discerning functionally relevant DNA methylation in cancer drivers. Something we have struggled with in our genome wide methylation data. @landau_lab @ElementoLab h
RT @ElizSMcKenna: Now online in @CD_AACR: Discovery of candidate #DNAmethylation cancer driver genes @landau_lab @nygenome @WeillCornell ht…
RT @ElizSMcKenna: Now online in @CD_AACR: Discovery of candidate #DNAmethylation cancer driver genes @landau_lab @nygenome @WeillCornell ht…
RT @ElizSMcKenna: Now online in @CD_AACR: Discovery of candidate #DNAmethylation cancer driver genes @landau_lab @nygenome @WeillCornell ht…
Now online in @CD_AACR: Discovery of candidate #DNAmethylation cancer driver genes @landau_lab @nygenome @WeillCornell https://t.co/TuZZs5rY6d