Para los que se preocupan por un uso potencialmente dañino de esta tecnología, ya existe una manera efectiva e igual de accesible para bloquearla, y que se publicó en la revista Cell: https://t.co/3Yqz4d6yGF
RT @LluisMontoliu: Precisamente fue en la bacteria Listeria monocytogenes donde se encontraron, por vez primera, proteínas inhibidoras del…
RT @LluisMontoliu: Precisamente fue en la bacteria Listeria monocytogenes donde se encontraron, por vez primera, proteínas inhibidoras del…
RT @LluisMontoliu: Precisamente fue en la bacteria Listeria monocytogenes donde se encontraron, por vez primera, proteínas inhibidoras del…
RT @LluisMontoliu: Precisamente fue en la bacteria Listeria monocytogenes donde se encontraron, por vez primera, proteínas inhibidoras del…
RT @LluisMontoliu: Precisamente fue en la bacteria Listeria monocytogenes donde se encontraron, por vez primera, proteínas inhibidoras del…
RT @LluisMontoliu: Precisamente fue en la bacteria Listeria monocytogenes donde se encontraron, por vez primera, proteínas inhibidoras del…
RT @LluisMontoliu: Precisamente fue en la bacteria Listeria monocytogenes donde se encontraron, por vez primera, proteínas inhibidoras del…
Excelente resumen
RT @LluisMontoliu: Precisamente fue en la bacteria Listeria monocytogenes donde se encontraron, por vez primera, proteínas inhibidoras del…
RT @LluisMontoliu: Precisamente fue en la bacteria Listeria monocytogenes donde se encontraron, por vez primera, proteínas inhibidoras del…
RT @LluisMontoliu: Precisamente fue en la bacteria Listeria monocytogenes donde se encontraron, por vez primera, proteínas inhibidoras del…
RT @LluisMontoliu: Precisamente fue en la bacteria Listeria monocytogenes donde se encontraron, por vez primera, proteínas inhibidoras del…
RT @LluisMontoliu: Precisamente fue en la bacteria Listeria monocytogenes donde se encontraron, por vez primera, proteínas inhibidoras del…
RT @LluisMontoliu: Precisamente fue en la bacteria Listeria monocytogenes donde se encontraron, por vez primera, proteínas inhibidoras del…
Precisamente fue en la bacteria Listeria monocytogenes donde se encontraron, por vez primera, proteínas inhibidoras del sistema #CRISPR que le permiten tener integrados en su genoma a profagos (genomas de virus) sin que las CRISPR reaccionen en su contra.
Inhibition of CRISPR-Cas9 with Bacteriophage Proteins. - PubMed - NCBI https://t.co/Gk6WBlMsr6
Inhibition of CRISPR-Cas9 with Bacteriophage Proteins (paywalled). https://t.co/bLxd73EEn2 https://t.co/NkKQSu2LjJ
@Lin_ling_88 There are some thoughts on defence against CRISPR/CAS9 attacks. https://t.co/meDC2qwI4o It is however difficult to know about attacks..
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:/…
#Bacteriophage proteins. Tools that can be used to regulate the #genome #engineering activities of #CRISPR-Cas9 https://t.co/AZ0Nz73nEc
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 @taogdong: Inhibition of CRISPR-Cas9 with Bacteriophage Proteins. - PubMed - NCBI https://t.co/buRSo5uAaT
Inhibition of CRISPR-Cas9 with Bacteriophage Proteins. - PubMed - NCBI https://t.co/buRSo5uAaT
RT @phagepapers: Inhibition of CRISPR-Cas9 with Bacteriophage Proteins. https://t.co/2rK0zATBHw
RT @phagepapers: Inhibition of CRISPR-Cas9 with Bacteriophage Proteins. https://t.co/2rK0zATBHw
RT @phagepapers: Inhibition of CRISPR-Cas9 with Bacteriophage Proteins. https://t.co/2rK0zATBHw
Inhibition of CRISPR-Cas9 with Bacteriophage Proteins. https://t.co/2rK0zATBHw
Inhibition of CRISPR-Cas9 with Bacteriophage Proteins https://t.co/v2u5SzUi4H
Inhibitors of type II CRISPR-Cas systems: https://t.co/SUhA3Vp6qI
RT @GenScript: Inhibition of SpyCas9 by bacteriophage proteins identified for the first time:https://t.co/6qwb0sjwK2 https://t.co/N2L2uRDdVz
Another great paper w/ Addgene plasmids (and authors depositing new plasmids at Addgene) #SharingSpeedsScience https://t.co/bPx8wjmovd
RT @CellCellPress: ID the #CRISPR-#Cas9 inhibitors https://t.co/OqHkm9075K https://t.co/5cgvOgzz9f
How cool is that? Inhibition of CRISPR-Cas9 with Bacteriophage Proteins https://t.co/n9bBLdZpHH
RT @CellCellPress: ID the #CRISPR-#Cas9 inhibitors https://t.co/OqHkm9075K https://t.co/5cgvOgzz9f
RT @CellCellPress: ID the #CRISPR-#Cas9 inhibitors https://t.co/OqHkm9075K https://t.co/5cgvOgzz9f
ID the #CRISPR-#Cas9 inhibitors: https://t.co/FZC1rd5jyZ #Streptococcus #pyogenes #gene #editing #bacteria #Cell https://t.co/HVRQY5F5fx
RT @CellCellPress: ID the #CRISPR-#Cas9 inhibitors https://t.co/OqHkm9075K https://t.co/5cgvOgzz9f
RT @VIBTechWatch: Will be very exciting to see the mechanism of action/crystal structures of the anti-CRISPR AcrIIA proteins https://t.co/…
Will be very exciting to see the mechanism of action/crystal structures of the anti-CRISPR AcrIIA proteins https://t.co/tLxm5qY7Sr
In Cell: "Inhibition of CRISPR-Cas9 with Bacteriophage Proteins"; clever bioinformatics strategy used; https://t.co/tLxm5qY7Sr
RT @GenScript: Inhibition of SpyCas9 by bacteriophage proteins identified for the first time:https://t.co/6qwb0sjwK2 https://t.co/N2L2uRDdVz
RT @GenScript: Inhibition of SpyCas9 by bacteriophage proteins identified for the first time:https://t.co/6qwb0sjwK2 https://t.co/N2L2uRDdVz
Inhibition of SpyCas9 by bacteriophage proteins identified for the first time:https://t.co/6qwb0sjwK2 https://t.co/N2L2uRDdVz
Arms race: #Listeria prophages fight back on #Cas9 in @CellCellPress @Listerianews https://t.co/n16bvuw820
RT @CellCellPress: ID the #CRISPR-#Cas9 inhibitors https://t.co/OqHkm9075K https://t.co/5cgvOgzz9f
Inhibition of #CRISPR-Cas9 with Bacteriophage Proteins. https://t.co/0seZ2EyrIb #evolution at work.
RT @CellCellPress: ID the #CRISPR-#Cas9 inhibitors https://t.co/OqHkm9075K https://t.co/5cgvOgzz9f
RT @CellCellPress: ID the #CRISPR-#Cas9 inhibitors https://t.co/OqHkm9075K https://t.co/5cgvOgzz9f
Tools for working with #CRISPR keep getting found/developed. https://t.co/kxu84Y6HQU
RT @CellCellPress: ID the #CRISPR-#Cas9 inhibitors https://t.co/OqHkm9075K https://t.co/5cgvOgzz9f
ID the #CRISPR-#Cas9 inhibitors https://t.co/hQ6UsuOu9g https://t.co/2jq7VjYFLM
RT @CellCellPress: ID the #CRISPR-#Cas9 inhibitors https://t.co/OqHkm9075K https://t.co/5cgvOgzz9f
ID the #CRISPR-#Cas9 inhibitors https://t.co/OqHkm9075K https://t.co/5cgvOgzz9f
RT @jasonxmpeters: Awesome work from Joe Bondy-Denomy's lab--protein inhibitors of S. pyogenes Cas9!: https://t.co/iMUzizdOSB
RT @jasonxmpeters: Awesome work from Joe Bondy-Denomy's lab--protein inhibitors of S. pyogenes Cas9!: https://t.co/iMUzizdOSB
Awesome work from Joe Bondy-Denomy's lab--protein inhibitors of S. pyogenes Cas9!: https://t.co/iMUzizdOSB
Guardians of the biosafety https://t.co/icgMmnw36O
RT @joeBondyDenomy: No paywall link to our anti-Cas9 paper (constructs pending @Addgene ): https://t.co/e67eHBLg8F
RT @joeBondyDenomy: No paywall link to our anti-Cas9 paper (constructs pending @Addgene ): https://t.co/e67eHBLg8F
RT @joeBondyDenomy: No paywall link to our anti-Cas9 paper (constructs pending @Addgene ): https://t.co/e67eHBLg8F
RT @joeBondyDenomy: No paywall link to our anti-Cas9 paper (constructs pending @Addgene ): https://t.co/e67eHBLg8F
RT @joeBondyDenomy: No paywall link to our anti-Cas9 paper (constructs pending @Addgene ): https://t.co/e67eHBLg8F
No paywall link to our anti-Cas9 paper (constructs pending @Addgene ): https://t.co/e67eHBLg8F
Inhibitors of S. progenes Cas9 of bacteriophage origin found in Listeria https://t.co/JdogqIvTua @CellCellPress #NBTHighlight
RT @DHBurkeAguero: Cool tool! Anti-Cas9 protein mimics what an anti-Cas9 #aptamer would do, albeit with added burden of having to make fore…
Inhibition of CRISPR-Cas9 with Bacteriophage Proteins https://t.co/CR5CEmWEY1
Gracias @michaelfarmacia por "Inhibition of CRISPR-Cas9 with Bacteriophage Proteins" https://t.co/aU8tcG4ZfT
Inhibition of CRISPR-Cas9 with Bacteriophage Proteins https://t.co/M8irRCkkFq @IdiUcv @ftapia @felixtoro18 @DesanctisJuan
RT @mmw_lmw: Regulating #GenomeEditing with Anti-#CRISPRCas9 proteins | JoeBondyDenomy @UCSF @CellCellPress target="_blank" href="https://t.co/SIHjVisix3">https://t.co/SIHjVisix3 https:/…
RT @cmerrickbio: Inhibition of CRISPR-Cas9 with Bacteriophage Proteins: potential to regulate engineering activities of Cas9 https://t.co/…
Inhibition of CRISPR-Cas9 with Bacteriophage Proteins: potential to regulate engineering activities of Cas9 https://t.co/LHgmO5JbXf
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 Listeria monocytogenes CRISPR-Cas9 with Bacteriophage Proteins https://t.co/uHclhPYGDN
Starting the new year with some gene editing reading. Inhibition of CRISPR-Cas9 with Bacteriophage Proteins https://t.co/B7O07pWriX #CRISPR
Inhibition of CRISPR-Cas9 with Bacteriophage Proteins. https://t.co/0Bc5iRXCBV
RT @OxonAndrew: The microbial world is so amazing! "Inhibition of CRISPR-Cas9 with Bacteriophage Proteins" https://t.co/nmgBZQo5bC https:/…
Can we prevent unintended CRISPR-Cas9 edits? With new "off switch" #proteins, the answer may be yes: https://t.co/xHlx1tL5G1 https://t.co/AIBilIXIWg
ファージから抗 #CRISPR タンパクを発見。重要編集ツールに:UC-SF。 https://t.co/YqUUZOWtAf https://t.co/6nTwntfA1K
Shut down Crispr https://t.co/W5poRv7mNj
RT @mmw_lmw: Anti-#CRISPRCas9 proteins can inhibit #GenomeEditing in human cells | JoeBondyDenomy @UCSF @CellCellPress target="_blank" href="https://t.co/SIHjVis">https://t.co/SIHjVis…
RT @LluisMontoliu: Descubiertos inhibidores naturales de Cas9 para regular actividad editora de los sistemas #CRISPR @CellCellPress https:/…
RT @LluisMontoliu: Descubiertos inhibidores naturales de Cas9 para regular actividad editora de los sistemas #CRISPR @CellCellPress https:/…
Inhibition of CRISPR-Cas9 with Bacteriophage Proteins https://t.co/qGt1XT6J7p
RT @LluisMontoliu: Descubiertos inhibidores naturales de Cas9 para regular actividad editora de los sistemas #CRISPR @CellCellPress https:/…
RT @LluisMontoliu: First natural Cas9 inhibitors from phages with great potential to modulate #CRISPR editing activity @CellCellPress https…
RT @Labome: Major #discovery: AcrIIA2 and AcrIIA4 are proteins able to switch off the #CRISPR-Cas9 gene editing system! https://t.co/2hyTZv…
RT @LluisMontoliu: Descubiertos inhibidores naturales de Cas9 para regular actividad editora de los sistemas #CRISPR @CellCellPress https:/…
RT @LluisMontoliu: Descubiertos inhibidores naturales de Cas9 para regular actividad editora de los sistemas #CRISPR @CellCellPress https:/…
The microbial world is so amazing! "Inhibition of CRISPR-Cas9 with Bacteriophage Proteins" https://t.co/nmgBZQo5bC https://t.co/989YyBVQEu
First natural Cas9 inhibitors from phages with great potential to modulate #CRISPR editing activity @CellCellPress https://t.co/ryhO4bU1Yb