RT @jcornlab: I haven't had a chance to read this, but it sounds like a big deal. https://t.co/tDpf5U8ddp
RT @GaetanBurgio: This is an interesting one. 5' capped and 3' polyA tail modification of the SgRNA increases #CRISPR editing efficiency up…
RT @GaetanBurgio: This is an interesting one. 5' capped and 3' polyA tail modification of the SgRNA increases #CRISPR editing efficiency up…
RT @GaetanBurgio: This is an interesting one. 5' capped and 3' polyA tail modification of the SgRNA increases #CRISPR editing efficiency up…
RT @jcornlab: I haven't had a chance to read this, but it sounds like a big deal. https://t.co/tDpf5U8ddp
RT @GaetanBurgio: This is an interesting one. 5' capped and 3' polyA tail modification of the SgRNA increases #CRISPR editing efficiency up…
RT @GaetanBurgio: This is an interesting one. 5' capped and 3' polyA tail modification of the SgRNA increases #CRISPR editing efficiency up…
RT @GaetanBurgio: This is an interesting one. 5' capped and 3' polyA tail modification of the SgRNA increases #CRISPR editing efficiency up…
RT @GaetanBurgio: This is an interesting one. 5' capped and 3' polyA tail modification of the SgRNA increases #CRISPR editing efficiency up…
RT @GaetanBurgio: This is an interesting one. 5' capped and 3' polyA tail modification of the SgRNA increases #CRISPR editing efficiency up…
RT @GaetanBurgio: This is an interesting one. 5' capped and 3' polyA tail modification of the SgRNA increases #CRISPR editing efficiency up…
I haven't had a chance to read this, but it sounds like a big deal. https://t.co/tDpf5U8ddp
RT @GaetanBurgio: This is an interesting one. 5' capped and 3' polyA tail modification of the SgRNA increases #CRISPR editing efficiency up…
RT @GaetanBurgio: This is an interesting one. 5' capped and 3' polyA tail modification of the SgRNA increases #CRISPR editing efficiency up…
RT @GaetanBurgio: This is an interesting one. 5' capped and 3' polyA tail modification of the SgRNA increases #CRISPR editing efficiency up…
RT @GaetanBurgio: This is an interesting one. 5' capped and 3' polyA tail modification of the SgRNA increases #CRISPR editing efficiency up…
5'capped and 3'polyA-tailed sgRNAs (CTsgRNA) enhance the efficiency of #CRISPR-Cas9 system. Mu W et al. Protein Cell 0604. https://t.co/rPW97bpRpH "...achieved more than 300 fold activation of OCT4 gene in primary T cells using CT modified Tetra sgRNA pool
RT @GaetanBurgio: This is an interesting one. 5' capped and 3' polyA tail modification of the SgRNA increases #CRISPR editing efficiency up…
RT @GaetanBurgio: This is an interesting one. 5' capped and 3' polyA tail modification of the SgRNA increases #CRISPR editing efficiency up…
RT @GaetanBurgio: This is an interesting one. 5' capped and 3' polyA tail modification of the SgRNA increases #CRISPR editing efficiency up…
RT @GaetanBurgio: This is an interesting one. 5' capped and 3' polyA tail modification of the SgRNA increases #CRISPR editing efficiency up…
RT @GaetanBurgio: This is an interesting one. 5' capped and 3' polyA tail modification of the SgRNA increases #CRISPR editing efficiency up…
RT @GaetanBurgio: This is an interesting one. 5' capped and 3' polyA tail modification of the SgRNA increases #CRISPR editing efficiency up…
This is an interesting one. 5' capped and 3' polyA tail modification of the SgRNA increases #CRISPR editing efficiency up to 300 folds in primary cells ! Looks impressive https://t.co/m35MbY6Jgw https://t.co/iJCbZOrF28