Regulatory elements, UTRs, splice sites, ncRNA, synonymous mutations in cancer https://t.co/8hoRwQ1jT4
RT @CancerWallonia: #Difference between #silent and #synonymous #mutations and #cancer - PubMed - NCBI https://t.co/8CZboBFT2N (followed by…
#Difference between #silent and #synonymous #mutations and #cancer - PubMed - NCBI https://t.co/8CZboBFT2N (followed by Marc #Lacroix)
The #dark #matter of the #cancer #genome (#FREE). https://t.co/Ya8fW4pNI3 (followed by Marc #Lacroix, #Wallonia)
The dark matter of the cancer genome: aberrations in regulatory elements, untranslated regions, splice sites https://t.co/Dd9qMIFn3x
RT @EduEyras: Cancer mutations in regulatory elements, untranslated regions, splice sites, ncRNA and synonymous sites https://t.co/eK5FuttJ…
RT @EduEyras: Cancer mutations in regulatory elements, untranslated regions, splice sites, ncRNA and synonymous sites https://t.co/eK5FuttJ…
Cancer mutations in regulatory elements, untranslated regions, splice sites, ncRNA and synonymous sites https://t.co/eK5FuttJQE
RT @LguzzardiM: The dark matter of the #cancer genome: aberrations in regulatory elements and synonymous mutations #TP53 #BRCA1 https://t…
RT @EmboMolMed: @stfnmllr @studienstiftung Correct address to see article in full glory is https://t.co/sn4KYRHB08
@stfnmllr @studienstiftung Correct address to see article in full glory is https://t.co/sn4KYRHB08
RT @stephenfloor: Are variations in noncoding regions the "dark matter" of cancer genomes? https://t.co/7ypenMyndX https://t.co/nvgKMvbz7Z
RT @stephenfloor: Are variations in noncoding regions the "dark matter" of cancer genomes? https://t.co/7ypenMyndX https://t.co/nvgKMvbz7Z
Are variations in noncoding regions the "dark matter" of cancer genomes? https://t.co/7ypenMyndX https://t.co/nvgKMvbz7Z
RT @AlexIrrthum: The dark matter of the cancer genome. Review on the effects of non-coding and silent variants #OA https://t.co/OMC77A5SHj …
result of a @studienstiftung summer school – a publication in an impact factor 8.5 journal. #OpenAccess @EmboMolMed https://t.co/1LCMRY40O2
RT @AlexIrrthum: The dark matter of the cancer genome. Review on the effects of non-coding and silent variants #OA https://t.co/OMC77A5SHj …
The dark matter of the cancer genome: aberrations in regulatory elements, untranslated regions, splice sites,… https://t.co/Dc7SL8EAAg
The dark matter of the cancer genome. Review on the effects of non-coding and silent variants #OA https://t.co/OMC77A5SHj via @LguzzardiM
RT @LguzzardiM: The dark matter of the #cancer genome: aberrations in regulatory elements and synonymous mutations #TP53 #BRCA1 https://t…
RT @LguzzardiM: The dark matter of the #cancer genome: aberrations in regulatory elements and synonymous mutations #TP53 #BRCA1 https://t…
RT @LguzzardiM: The dark matter of the #cancer genome: aberrations in regulatory elements and synonymous mutations #TP53 #BRCA1 https://t…
The dark matter of the #cancer genome: aberrations in regulatory elements and synonymous mutations #TP53 #BRCA1 https://t.co/OsykZX0T7S
#genomeregulation The dark matter of the cancer genome: aberrations in regulatory elements,… https://t.co/x5E9Mn0SKH https://t.co/gQtHKwMnlF
RT @EmboMolMed: Cancer genome dark matter unveiled in a one of a kind review. @studienstiftung @DKFZ #OpenAccess https://t.co/sn4KYRHB08
RT @EmboMolMed: Cancer genome dark matter unveiled in a one of a kind review. @studienstiftung @DKFZ #OpenAccess https://t.co/sn4KYRHB08
RT @EmboMolMed: Cancer genome dark matter unveiled in a one of a kind review. @studienstiftung @DKFZ #OpenAccess https://t.co/sn4KYRHB08
Cancer genome dark matter unveiled in a one of a kind review. @studienstiftung @DKFZ #OpenAccess https://t.co/sn4KYRHB08