@MarvinHaberland @maxplanckpress The only reason I am continuing this thread is because I agree that critical thinking and questioning previou results is the only way to reach the truthful conclusion. But basic understanding is required. Link back to the
@MarvinHaberland @maxplanckpress The thing is, you don't need CPE to prove that viruses exist anymore... We can look at them through modern microscopy: https://t.co/usX2OQyErw And record the cell infection: https://t.co/DIYzPQhe2F
Quantitative live cell imaging reveals influenza virus manipulation of Rab11A transport through reduced dynein association. https://t.co/E7hqXxIdyV
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
Quantitative live cell imaging reveals influenza virus manipulation of Rab11A transport through reduced dynein association. https://t.co/9PIfdjfT5K
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @figshare: Quantitative live cell imaging reveals influenza virus manipulation of Rab11A transport through reduced dynein association:…
RT @figshare: Quantitative live cell imaging reveals influenza virus manipulation of Rab11A transport through reduced dynein association:…
‘Highlights the redundancy in viral RNA intracellular transport mechanisms and could aid development of pan-viral therapeutics’
RT @figshare: Quantitative live cell imaging reveals influenza virus manipulation of Rab11A transport through reduced dynein association:…
Quantitative live cell imaging reveals influenza virus manipulation of Rab11A transport through reduced dynein association: Nature Comms Paper: https://t.co/3HTMTQzDwH #OpenData on NIH Figshare Instance: https://t.co/lLKdGMAinY #openscience #medical #vi
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
Great work from Seema Lakdawala’s lab using Imaris for tracking particles in diSPIM images!
Quantitative live cell imaging reveals influenza virus manipulation of Rab11A transport through reduced dynein association. https://t.co/FlZhQloUgC
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @WeitzmanLab: A decade after we published our last paper together, it has been an honor to be involved with this great project from the…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @WeitzmanLab: A decade after we published our last paper together, it has been an honor to be involved with this great project from the…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
A decade after we published our last paper together, it has been an honor to be involved with this great project from the @Lakdawala_Lab - Thanks Seema! Check out the cool imaging.
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
I’ve been looking forward to this paper!
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
RT @Lakdawala_Lab: Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bou…
Excited to share our paper tracking #flu vRNP and Rab11A in live cells reveals alteration of dynein motors on Rab11A bound by #flu vRNP. Using #diSPIM we built @PittHealthSci with collaborator Hari Shroff @NIBIBgov and proteomics work with @WeitzmanLab 1/9