RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
.@CellCellPress : Inhibition of #CRISPR -Cas9 with Bacteriophage Proteins https://t.co/gOU7WVo9Mu https://t.co/KWmHtsqV1i
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
RT @juliusbrennecke: Inhibition of CRISPR-Cas9 with Bacteriophage Proteins https://t.co/utfZgGOiCx
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
Inhibition of CRISPR-Cas9 with Bacteriophage Proteins https://t.co/utfZgGOiCx
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
New possibilities for technical regulation of CRISPR CAS9 with the 'anti-CRISPR' inhibitor tools. https://t.co/KNTbCoZMWn in @CellReports
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
Woot! More anti-CRISPR proteins. And this time two work on SpyCas9 in human cells! By @joeBondyDenomy lab. https://t.co/yYQNdF8xwf https://t.co/LxLcXOiPWh
Microbiology blows my mind. Bacteria use CRISPR to fight phages. So, inevitably, phages have anti-CRISPR systems. https://t.co/OtfGInt0sS
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
RT @EricTopol: Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https:/…
Newton's 3rd Law applied to #CRISPR genome editing The Anti-CRISPR plot thickens w/new paper https://t.co/wREunBcM0W https://t.co/Qo9WuRonoS
Congrats @joeBondyDenomy et al! https://t.co/uXU02CwlEB
Congrats to @joeBondyDenomy !!! This paper is so cool! https://t.co/r8bnAKcJCE
RT @fraser_lab: Phage encoded Inhibitors for commonly used Cas9 by @joeBondyDenomy's new lab @UCSF - https://t.co/U227WLb9lI
Congrats! @joeBondyDenomy https://t.co/4158sON4X1
So proud of @joeBondyDenomy and our extended lab family! https://t.co/STKodzHR59
RT @melaniersilvis: our work on phage-encoded S.py Cas9 inhibitors is out! Had a great time working with the @joeBondyDenomy lab :) https:/…
https://t.co/99s7mrLXka Lab's first paper, describing anti-Cas9 anti-CRISPRs! @melaniersilvis @joeBondyDenomy
RT @fraser_lab: Phage encoded Inhibitors for commonly used Cas9 by @joeBondyDenomy's new lab @UCSF - https://t.co/U227WLb9lI
our work on phage-encoded S.py Cas9 inhibitors is out! Had a great time working with the @joeBondyDenomy lab :) https://t.co/2kn28EcN8Z
RT @fraser_lab: Phage encoded Inhibitors for commonly used Cas9 by @joeBondyDenomy's new lab @UCSF - https://t.co/U227WLb9lI
Inhibition of CRISPR-Cas9 with Bacteriophage Proteins https://t.co/nOsG7krTM0
Phage encoded Inhibitors for commonly used Cas9 by @joeBondyDenomy's new lab @UCSF - https://t.co/U227WLb9lI
Inhibition of CRISPR-Cas9 with Bacteriophage Proteins https://t.co/W1ip5MTOUv