RT @benoitbruneau: Great. Redo all KO mice. Thanks Obama! https://t.co/ex6FhGVH24
Very cool! Would love to see if/how different cell types respond during genetic compensation. https://t.co/TrXFsfosGV
RT @GiraldezLab: Genetic compensation depends on the NMD pathway and UPF1 https://t.co/zZFrjmOAFu
RT @iscotthsc: Very interesting stuff from the Stainier and Giraldez labs! Genetic compensation is triggered by mutant mRNA degradation ht…
RT @MehdiGoudarzi80: Genetic compensation is triggered by mutant mRNA degradation. Different mutants for the same gene may induce very diff…
Genetic compensation is triggered by mutant mRNA degradation. New study in zebrafish and mouse in https://t.co/XXM404qwIV https://t.co/A5bcrcd9O6
Genetic compensation is triggered by mutant mRNA degradation. Different mutants for the same gene may induce very different phenotypes based on whether mRNA surveillance machinery is triggering the transcriptional upregulation of related genes or not. http
Congratulations Mohamed! https://t.co/bwGVxvVB9g
RT @iscotthsc: Very interesting stuff from the Stainier and Giraldez labs! Genetic compensation is triggered by mutant mRNA degradation ht…
RT @iscotthsc: Very interesting stuff from the Stainier and Giraldez labs! Genetic compensation is triggered by mutant mRNA degradation ht…
RT @MohamedBrolosy: The mRNA surveillance machinery is amazing: not only does it protect the cell from translating defective transcripts, b…
RT @L_I_B: Genetic compensation is triggered by mutant mRNA degradation | bioRxiv https://t.co/lIcYQCe6pb
RT @iscotthsc: Very interesting stuff from the Stainier and Giraldez labs! Genetic compensation is triggered by mutant mRNA degradation ht…
RT @GiraldezLab: Genetic compensation depends on the NMD pathway and UPF1 https://t.co/zZFrjmOAFu
RT @GiraldezLab: Genetic compensation depends on the NMD pathway and UPF1 https://t.co/zZFrjmOAFu
Genetic compensation is triggered by mutant mRNA degradation | bioRxiv https://t.co/lIcYQCe6pb
activation of NMD pathway for mutant transcripts -> compensatory mechanisms. Looks like I'll have to remake all my mutants :-O https://t.co/YdjR2fECOt
When a knockout isn't a knockout.... https://t.co/RZtdK6jZx3
Genetic compensation is triggered by mutant mRNA degradation work from the Stainier and @GiraldezLab @biorxivpreprint https://t.co/hS0xRM1zCK
Genetic compensation depends on the NMD pathway and UPF1 https://t.co/zZFrjmOAFu
Great. Redo all KO mice. Thanks Obama! https://t.co/ex6FhGVH24
Very cool! https://t.co/Mua8101o2y
RT @MohamedBrolosy: The mRNA surveillance machinery is amazing: not only does it protect the cell from translating defective transcripts, b…
Very cool story https://t.co/ZJDySpkz33
RT @AaronJonScott: Been waiting for this one! Stainier and @GiraldezLab digging into genetic compensation mechanism. https://t.co/74584PTIOr
RT @MadS100tist: Nice!!!!! https://t.co/l6jFzDhTHd
Genetic compensation is triggered by mutant mRNA degradation https://t.co/HVaofIultE
RT @GiraldezLab: Our collaboration with the Stainier lab is out! mRNA surveillance machinery protects cells from translating defective tran…
Very interesting stuff from the Stainier and Giraldez labs! Genetic compensation is triggered by mutant mRNA degradation https://t.co/nrVQ34uNPC
RT @MadS100tist: Nice!!!!! https://t.co/l6jFzDhTHd
RT @GiraldezLab: Our collaboration with the Stainier lab is out! mRNA surveillance machinery protects cells from translating defective tran…
RT @AaronJonScott: Been waiting for this one! Stainier and @GiraldezLab digging into genetic compensation mechanism. https://t.co/74584PTIOr
Been waiting for this one! Stainier and @GiraldezLab digging into genetic compensation mechanism. https://t.co/74584PTIOr
RT @GiraldezLab: Our collaboration with the Stainier lab is out! mRNA surveillance machinery protects cells from translating defective tran…
Super delighted to retweet the work of a brilliant student (and devoted student rights activist) and his colleagues. Keep inspiring, Mohamed! https://t.co/tytZnNFPEw
RT @ReischauerS: This might be the beginning of a new field! Great work Mohamed! https://t.co/FcPIFIKJOd
Nice!!!!! https://t.co/l6jFzDhTHd
Some new mechanistic insights into "genetic compensation" here from the Stainier lab. Among other things, this helps us understand why different types of loss-of-function methods can give different results. https://t.co/IMKCFxI6Pz
RT @MohamedBrolosy: The mRNA surveillance machinery is amazing: not only does it protect the cell from translating defective transcripts, b…
RT @MohamedBrolosy: The mRNA surveillance machinery is amazing: not only does it protect the cell from translating defective transcripts, b…
RT @MohamedBrolosy: The mRNA surveillance machinery is amazing: not only does it protect the cell from translating defective transcripts, b…
This might be the beginning of a new field! Great work Mohamed! https://t.co/FcPIFIKJOd
Great stuff! https://t.co/EGnouVfHnz
Pretty interesting mechanism. I’d like to know if the upf1 mutants have an overt phenotype in isolation? https://t.co/6n62UUgkK5
RT @MohamedBrolosy: The mRNA surveillance machinery is amazing: not only does it protect the cell from translating defective transcripts, b…
RT @MohamedBrolosy: The mRNA surveillance machinery is amazing: not only does it protect the cell from translating defective transcripts, b…
RT @MohamedBrolosy: The mRNA surveillance machinery is amazing: not only does it protect the cell from translating defective transcripts, b…
RT @MohamedBrolosy: The mRNA surveillance machinery is amazing: not only does it protect the cell from translating defective transcripts, b…
RT @LaurenWoodwardA: Mind. Blown. @YZhongxia https://t.co/Pptnej94TQ
Mind. Blown. @YZhongxia https://t.co/Pptnej94TQ
This is great work! https://t.co/EMhq1tnOVf
RT @MohamedBrolosy: The mRNA surveillance machinery is amazing: not only does it protect the cell from translating defective transcripts, b…
RT @MohamedBrolosy: The mRNA surveillance machinery is amazing: not only does it protect the cell from translating defective transcripts, b…
RT @MohamedBrolosy: The mRNA surveillance machinery is amazing: not only does it protect the cell from translating defective transcripts, b…
RT @MohamedBrolosy: The mRNA surveillance machinery is amazing: not only does it protect the cell from translating defective transcripts, b…
Beware of compensation effects! https://t.co/qbGrIylhh4
RT @MohamedBrolosy: The mRNA surveillance machinery is amazing: not only does it protect the cell from translating defective transcripts, b…
The mRNA surveillance machinery is amazing: not only does it protect the cell from translating defective transcripts, but also triggers compensatory upregulation of related genes to maintain organismal fitness! Now on bioarxiv! @RNASociety @RNApreprints ht
Genetic compensation is triggered by mutant mRNA degradation https://t.co/vtPTccUIPM
RT @xecoli: Our latest take on genetic compensation.. https://t.co/ZO6karfy9D
Our latest take on genetic compensation.. https://t.co/ZO6karfy9D
Genetic compensation is triggered by mutant mRNA degradation https://t.co/HCDfy3hv1R
Genetic compensation is triggered by mutant mRNA degradation https://t.co/v6jKdmgQid #biorxiv_genetic
Genetic compensation is triggered by mutant mRNA degradation https://t.co/HFHDtTqtDs #bioRxiv