RT @vegananne: @MikeOMara There is hopeful research for mitochondrial diseases, but why can’t THAT move at “Warp Speed”? https://t.co/Wb85…
@MikeOMara There is hopeful research for mitochondrial diseases, but why can’t THAT move at “Warp Speed”? https://t.co/Wb85qLTJ5K
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo https://t.co/KvuVAENV4i "Current mtDNA gene therapy developments take advantage of the mitochondria’s lack of double-stranded break (DSB) repair mechanism."
RT @DDNewsOnline: Researchers target @PrecisionBioSci #meganuclease to #mitochondria to reduce mutant #mtDNA in vivo In mouse #model, #mit…
https://t.co/D5vGq51giH Link to the mito edit data...
RT @MKlugmann: Title "Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo" Excerpt "We conclude that mito…
Title "Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo" Excerpt "We conclude that mitoARCUS is a potential powerful tool for the elimination of mutant mtDNA" Well Done! @Carlos_T_Moraes @PrecisionBioSci https://t.co
RT @DDNewsOnline: Researchers target @PrecisionBioSci #meganuclease to #mitochondria to reduce mutant #mtDNA in vivo In mouse #model, #mit…
RT @MKlugmann: $DTIL #ARCUS Fascinating! To the scientists - Is this as amazing/exciting as it reads?! "No indels were detected at any…
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
RT @DDNewsOnline: Researchers target @PrecisionBioSci #meganuclease to #mitochondria to reduce mutant #mtDNA in vivo In mouse #model, #mit…
RT @DDNewsOnline: Researchers target @PrecisionBioSci #meganuclease to #mitochondria to reduce mutant #mtDNA in vivo In mouse #model, #mit…
Great news about former @NCCommerce #OneNCSmallBiz grantee @PrecisionBioSci! Their ARCUS® gene editing platform may be used outside the nuclear genome. That's a BIG deal! Read the research @NatureComms: https://t.co/Pjous5Ubin or @WRALTechWire's synopsis:
RT @PrecisionBioSci: Mitochondrial diseases are caused by mutations in the mito DNA (#mtDNA). In a new @NatureComms paper @Carlos_T_Moraes…
RT @MKlugmann: $DTIL #ARCUS Fascinating! To the scientists - Is this as amazing/exciting as it reads?! "No indels were detected at any…
RT @Jeff_Sunman: This is exciting work! And more evidence of how flexible and effective ARCUS nucleases can be for in vivo gene editing. Gl…
RT @PrecisionBioSci: Mitochondrial diseases are caused by mutations in the mito DNA (#mtDNA). In a new @NatureComms paper @Carlos_T_Moraes…
RT @PrecisionBioSci: Mitochondrial diseases are caused by mutations in the mito DNA (#mtDNA). In a new @NatureComms paper @Carlos_T_Moraes…
RT @PrecisionBioSci: Mitochondrial diseases are caused by mutations in the mito DNA (#mtDNA). In a new @NatureComms paper @Carlos_T_Moraes…
RT @Jeff_Sunman: This is exciting work! And more evidence of how flexible and effective ARCUS nucleases can be for in vivo gene editing. Gl…
RT @PrecisionBioSci: Mitochondrial diseases are caused by mutations in the mito DNA (#mtDNA). In a new @NatureComms paper @Carlos_T_Moraes…
RT @PrecisionBioSci: Mitochondrial diseases are caused by mutations in the mito DNA (#mtDNA). In a new @NatureComms paper @Carlos_T_Moraes…
RT @PrecisionBioSci: Mitochondrial diseases are caused by mutations in the mito DNA (#mtDNA). In a new @NatureComms paper @Carlos_T_Moraes…
Mitochondrial diseases are caused by mutations in the mito DNA (#mtDNA). In a new @NatureComms paper @Carlos_T_Moraes of @umiamimedicine uses our #ARCUS nuclease in preclinical research to target mtDNA & reduce levels of mutant mtDNA in vivo. https://t
$DTIL #ARCUS Fascinating! To the scientists - Is this as amazing/exciting as it reads?! "No indels were detected at any of the sites analyzed for any of the animals." https://t.co/puFdLAI4IY
This could really help a lot of patients without a lot of options. The first few paragraphs in the discussion section really highlight the ARCUS advantage. @PrecisionBioSci @Jeff_Sunman $DTIL
RT @Jeff_Sunman: This is exciting work! And more evidence of how flexible and effective ARCUS nucleases can be for in vivo gene editing. Gl…
This is exciting work! And more evidence of how flexible and effective ARCUS nucleases can be for in vivo gene editing. Glad to have the opportunity to watch this program develop! https://t.co/N5t4AEBoiO @PrecisionBioSci #ARCUS $DTIL
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
Very nice new tool for manipulating mtDNA developed by @Carlos_T_Moraes and @PrecisionBioSci !
Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo. https://t.co/LH5N2VEeVD https://t.co/98xPaHdZjC
Nice work!
Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo https://t.co/NMRRHrprH3
RT @KFW_Lab: Click👉https://t.co/HLdyLWAMTF for a summary of the latest research in mitochondrial bioenergetics in cancer! A few highlights:…
RT @KFW_Lab: Click👉https://t.co/HLdyLWAMTF for a summary of the latest research in mitochondrial bioenergetics in cancer! A few highlights:…
Click👉https://t.co/HLdyLWAMTF for a summary of the latest research in mitochondrial bioenergetics in cancer! A few highlights: Sirt5 is needed for AML, ⬆️type I interferon in mutator mice, Mito QC via 'Mitososis', and treating mtDNA via meganuclease!! htt
RT @Mito_Crue: Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo https://t.co/kVReVJEcaZ
RT @Mito_Crue: Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo https://t.co/kVReVJEcaZ
RT @Mito_Crue: Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo https://t.co/kVReVJEcaZ
Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo https://t.co/qGnmdZI8fo @NatureComms
RT @FrezzaLab: Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo | Nature Communications https://t.co/fGj…
RT @FrezzaLab: Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo | Nature Communications https://t.co/fGj…
RT @FrezzaLab: Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo | Nature Communications https://t.co/fGj…
RT @JMitophile: Yeah @Carlos_T_Moraes lab! "These mitochondrial-targeted meganucleases have a relatively small size, are monomeric, and can…
RT @FrezzaLab: Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo | Nature Communications https://t.co/fGj…
RT @FrezzaLab: Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo | Nature Communications https://t.co/fGj…
RT @FrezzaLab: Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo | Nature Communications https://t.co/fGj…
RT @FrezzaLab: Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo | Nature Communications https://t.co/fGj…
Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo | Nature Communications https://t.co/fGjPCE8Ifa
RT @Mito_Crue: Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo https://t.co/kVReVJEcaZ
Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo https://t.co/njo1kMVNj7
RT @Mito_Crue: Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo https://t.co/kVReVJEcaZ
RT @MikeRmitolab: Very cool work - congrats @Carlos_T_Moraes
RT @JMitophile: Yeah @Carlos_T_Moraes lab! "These mitochondrial-targeted meganucleases have a relatively small size, are monomeric, and can…
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
RT @JMitophile: Yeah @Carlos_T_Moraes lab! "These mitochondrial-targeted meganucleases have a relatively small size, are monomeric, and can…
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
RT @jcarrollmonash: A new approach to eliminating mutant mtDNA in quest for new treatments of of mitochondrial genetic disease. Congratulat…
A new approach to eliminating mutant mtDNA in quest for new treatments of of mitochondrial genetic disease. Congratulations to @Carlos_T_Moraes and team. @AusMito
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
Brilliant!
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
RT @JMitophile: Yeah @Carlos_T_Moraes lab! "These mitochondrial-targeted meganucleases have a relatively small size, are monomeric, and can…
Yeah @Carlos_T_Moraes lab! "These mitochondrial-targeted meganucleases have a relatively small size, are monomeric, and can recognize sequences differing by as little as one base pair." https://t.co/XnZVCT7WEw
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo https://t.co/kVReVJEcaZ
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
Mitochondrial targeted meganuclease for the in vivo elimination of mutant mtDNA https://t.co/e3dpRj36kc
RT @Carlos_T_Moraes: Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondr…
Check out this article from @UMiamiNeuro #Professor @Carlos_T_Moraes on new tool for mutant mtDNA reduction. @PrecisionBioSci @umiamimedicine
Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo https://t.co/XXMDvdBVeV https://t.co/ZXMKY6mS8k
Very cool work - congrats @Carlos_T_Moraes
Sharing our publication in collaboration with @PrecisionBioSci on a new tool for mutant mtDNA reduction. Mitochondrial targeted meganuclease as a platform to eliminate mutant mtDNA in vivo | Nature Communications. @UMiamiNeuro https://t.co/A8PhYMXy5V