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RT @vesicle_traffic: Our first lockdown paper. https://t.co/t3WYLbVdsc It was a real pleasure to work with my former PhD student @DavidEzra…
RT @VignuzziLab: Here is the continuation of our collaboration with @QBI_UCSF and so many researchers in six countries published today. Tha…
RT @vesicle_traffic: Our first lockdown paper. https://t.co/t3WYLbVdsc It was a real pleasure to work with my former PhD student @DavidEzra…
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
Congrats to the Krogan Lab for their new paper! Glad to have been able to collaborate on this.
RT @pedrobeltrao: In another effort by the QBI Coronavirus Research Group, we and many others have studied the commonalities of host target…
RT @pedrobeltrao: In another effort by the QBI Coronavirus Research Group, we and many others have studied the commonalities of host target…
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
What's the difference between SARS-CoV-2, SARS-CoV-1 and MERS-CoV? Large amount of data and large author list https://t.co/DPl7JENk7L
RT @KevinHoldenSF: Very excited that today, our collaborative work at @Synthego with @KroganLab, @QBI_UCSF and 100s of scientists around th…
RT @vesicle_traffic: Our first lockdown paper. https://t.co/t3WYLbVdsc It was a real pleasure to work with my former PhD student @DavidEzra…
https://t.co/j3oIIzU9Hu covers some recently published work https://t.co/2N0Bs8B5hO that I got to be part of.
Very excited that today, our collaborative work at @Synthego with @KroganLab, @QBI_UCSF and 100s of scientists around the world to reveal #COVID19 disease mechanisms & therapeutic targets was published in Science @ScienceMagazine ! Hope it helps the wo
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
RT @CastlDalmunzie: #Immunology #Cellimmunity #Viralimmunity #IDtwitter #Clinicalstudy Comparative host- #COVID19 protein interaction netw…
RT @vesicle_traffic: Happy to be involved in this!
More importantly #indomethacin is on the shelf for world wide distribution against #coronavirus #covid19
I've been tweeting about #indomethacin since early March. Inexpensive, known safety profile, widely available. Two good animal studies, very good case reports. Needs larger trials.
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
RT @CastlDalmunzie: #Immunology #Cellimmunity #Viralimmunity #IDtwitter #Clinicalstudy Comparative host- #COVID19 protein interaction netw…
RT @pedrobeltrao: In another effort by the QBI Coronavirus Research Group, we and many others have studied the commonalities of host target…
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
RT @pedrobeltrao: In another effort by the QBI Coronavirus Research Group, we and many others have studied the commonalities of host target…
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
RT @pedrobeltrao: In another effort by the QBI Coronavirus Research Group, we and many others have studied the commonalities of host target…
RT @nchembio: Comparing PPI maps between proteins from SARS-CoV-1, SARS-CoV-2, and MERS-CoV and the human proteome identified coronavirus-s…
#Immunology #Cellimmunity #Viralimmunity #IDtwitter #Clinicalstudy Comparative host- #COVID19 protein interaction networks reveal pan-viral disease mechanisms @ScienceMagazine
RT @ScienceMagazine: Work led by @QBI_UCSF found similarities in how 3 coronaviruses, including #SARSCOV2, engage human hosts. Studying med…
RT @pedrobeltrao: In another effort by the QBI Coronavirus Research Group, we and many others have studied the commonalities of host target…
RT @ScienceMagazine: Work led by @QBI_UCSF found similarities in how 3 coronaviruses, including #SARSCOV2, engage human hosts. Studying med…
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
RT @ScienceMagazine: Work led by @QBI_UCSF found similarities in how 3 coronaviruses, including #SARSCOV2, engage human hosts. Studying med…
Extremely proud to be a team lead on this project! So many amazing scientists @UCSF and beyond contributed to this awesome work, which gives insight into coronavirus-host interactions. Plus a cool cryo-EM complex!
RT @ScienceMagazine: Work led by @QBI_UCSF found similarities in how 3 coronaviruses, including #SARSCOV2, engage human hosts. Studying med…
RT @ScienceMagazine: Work led by @QBI_UCSF found similarities in how 3 coronaviruses, including #SARSCOV2, engage human hosts. Studying med…
RT @hipcProject: New meta-collaboration results in paper from > 100 authors, including our collaborator @KroganLab @ScienceMagazine https:/…
RT @zenbrainest: WOW: "half as many new users of the sigma-ligand typical antipsychotics compared to new users of atypical antipsychotics p…
Comparative host-#coronavirus protein interaction networks reveal pan-viral disease mechanisms Subsequent functional genetic screening identified host factors that functionally impinge on coronavirus proliferation, including Tom70. https://t.co/7pfOGM0fTj
RT @ScienceMagazine: Work led by @QBI_UCSF found similarities in how 3 coronaviruses, including #SARSCOV2, engage human hosts. Studying med…
Comparing PPI maps between proteins from SARS-CoV-1, SARS-CoV-2, and MERS-CoV and the human proteome identified coronavirus-specific and shared interactions, including host factors that affect viral proliferation and that could be targeted with drugs https
Comparative host-coronavirus protein interaction networks reveal pan-viral disease mechanisms https://t.co/V7ca04JbC0
RT @CarolynGramling: this is probably a very important study but this graphic makes me want to curl up into a tiny ball https://t.co/ADDAS1…
this is probably a very important study but this graphic makes me want to curl up into a tiny ball
RT @ScienceMagazine: Work led by @QBI_UCSF found similarities in how 3 coronaviruses, including #SARSCOV2, engage human hosts. Studying med…
RT @ScienceMagazine: Work led by @QBI_UCSF found similarities in how 3 coronaviruses, including #SARSCOV2, engage human hosts. Studying med…
RT @esbenja2: I am happy to have contributed to this work published today! Using high resolution microscopy we were able to image and local…
RT @AmberShunshion: Very proud to have contributed to this study in the fight against #COVID19 led by @DavidEzraGordon and the @KroganLab,…
RT @vesicle_traffic: Happy to be involved in this!
RT @ScienceMagazine: Work led by @QBI_UCSF found similarities in how 3 coronaviruses, including #SARSCOV2, engage human hosts. Studying med…
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
RT @pedrobeltrao: In another effort by the QBI Coronavirus Research Group, we and many others have studied the commonalities of host target…
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
RT @ScienceMagazine: Work led by @QBI_UCSF found similarities in how 3 coronaviruses, including #SARSCOV2, engage human hosts. Studying med…
New meta-collaboration results in paper from > 100 authors, including our collaborator @KroganLab @ScienceMagazine https://t.co/VPYgWTSdJ2 #SARSCoV2
Happy to be involved in this!
RT @ScienceMagazine: Work led by @QBI_UCSF found similarities in how 3 coronaviruses, including #SARSCOV2, engage human hosts. Studying med…
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
RT @pedrobeltrao: In another effort by the QBI Coronavirus Research Group, we and many others have studied the commonalities of host target…
This is all in reference to the @QBI_UCSF article out today in @ScienceMagazine: https://t.co/6RD4NDP0lO
RT @ScienceMagazine: Work led by @QBI_UCSF found similarities in how 3 coronaviruses, including #SARSCOV2, engage human hosts. Studying med…
Very proud to have contributed to this study in the fight against #COVID19 led by @DavidEzraGordon and the @KroganLab, big thanks to both and my supervisor @vesicle_traffic
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
RT @matthewherper: Fascinating, dense Science paper on trying to use lots of different methods to come up with existing drugs to test again…
RT @ScienceMagazine: Work led by @QBI_UCSF found similarities in how 3 coronaviruses, including #SARSCOV2, engage human hosts. Studying med…
RT @ScienceMagazine: Work led by @QBI_UCSF found similarities in how 3 coronaviruses, including #SARSCOV2, engage human hosts. Studying med…
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
RT @ScienceMagazine: Work led by @QBI_UCSF found similarities in how 3 coronaviruses, including #SARSCOV2, engage human hosts. Studying med…
RT @pedrobeltrao: In another effort by the QBI Coronavirus Research Group, we and many others have studied the commonalities of host target…
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
Without an understanding of the molecule & its pharmacology, as polypharmacology is associated with nearly all FDA approved drugs, it is like hitting 💦 with a stick... exciting times for covid-19 artifacts, & soon we will have a dedicated museum fo
RT @VignuzziLab: Here is the continuation of our collaboration with @QBI_UCSF and so many researchers in six countries published today. Tha…
"Comparative host-coronavirus protein interaction networks reveal pan-viral disease mechanisms" #COVID19 https://t.co/icINk6pBUP
"Replication in other patient cohorts + further work will be needed to see if there is therapeutic value ... but at the very least we have shown a strategy wherein protein network analyses can be used to make testable predictions from real-world, clinical
RT @VignuzziLab: Here is the continuation of our collaboration with @QBI_UCSF and so many researchers in six countries published today. Tha…
Our first lockdown paper. https://t.co/t3WYLbVdsc It was a real pleasure to work with my former PhD student @DavidEzraGordon and the @KroganLab . Hopefully, some of our findings will help with the fight against COVID19. Big thanks to all our families and c
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
RT @ScienceMagazine: Work led by @QBI_UCSF found similarities in how 3 coronaviruses, including #SARSCOV2, engage human hosts. Studying med…
Comparative host-#coronavirus protein interaction networks reveal pan-viral disease mechanisms https://t.co/6fLEyLwhal
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
Amazing @KroganLab @VignuzziLab
Can medical billing really reveal outcomes of treatments???
Fascinating, dense Science paper on trying to use lots of different methods to come up with existing drugs to test against Covid-19. Surprising proposals: typical antipsychotics and indomethacin. Curious: what do people think? https://t.co/EVdCdJ2XEH
RT @ScienceMagazine: Work led by @QBI_UCSF found similarities in how 3 coronaviruses, including #SARSCOV2, engage human hosts. Studying med…
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
RT @ScienceMagazine: Work led by @QBI_UCSF found similarities in how 3 coronaviruses, including #SARSCOV2, engage human hosts. Studying med…
RT @SystemsVirology: Comparative host-coronavirus protein interaction networks reveal pan-viral disease mechanisms @ScienceMagazine https:/…
RT @ScienceMagazine: Work led by @QBI_UCSF found similarities in how 3 coronaviruses, including #SARSCOV2, engage human hosts. Studying med…
I am happy to have contributed to this work published today! Using high resolution microscopy we were able to image and localize most of the viral proteins in the context of SARS-CoV-2 infection. Go read the paper to find out what we discovered ;-)
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
RT @KroganLab: Together with our collaborators in the @QBI_UCSF Coronavirus Research Group (QCRG), we present our newest work out today in…
Esta clarito la gráfica, es más, hasta bonita para enmarcarla.