Moseley Lab

Molecular Virology lab working on how viruses such as rabies, Hendra, Nipah and Ebola cause lethal disease...

[Greg Moseley @gregwmoseley]

DNA damage response and giant viruses: Biochemical reconstitution of the mimiviral base excision repair pathway

https://t.co/NAs196sKfV

[Australasian Virology Society @AusVirologySoc]

In a letter written by committee members of the Australasian Virology Society and co-signed by 121 virologists, we agree with and Support “Virology under the Microscope—a Call for Rational Discourse”. Copublished today @mbiojournal @JVirology @mSphereJ 1/7 https://t.co/i8FeXJqg9a

[Monash Biomedicine Discovery Institute @MonashBDI]

@PNASNews @gregwmoseley @Bio21Institute 2/ Just how do viral proteins do so much? This research found that viral proteins fold into multiple different shapes, essentially making many different protein species. Visit @moseley_lab @gregwmoseley's lab virtually to find out more https://t.co/yiWAz4Nt7t

[Monash Biomedicine Discovery Institute @MonashBDI]

1/ Published in @PNASNews, research co-led by @MonashBDI's @gregwmoseley & @Bio21Institute's Prof Paul Gooley reveals how viruses make highly multifunctional proteins, paving the way for new targets for vaccines & antivirals. Paper👇https://t.co/GYauOn2Akc

[Greg Moseley @gregwmoseley]

Very happy to share this one - starting to answer questions we started asking maybe 15 years ago about rabies virus P protein... best summarised as 'how do viral proteins do so much?" https://t.co/j2BsiPtKTL

[Greg Moseley @gregwmoseley]

Thanks to our our many long term collaborators and friends at @MonashBDI @MonashUni @moseley_lab @Bio21Institute @UniMelb @GifuUniv_PR @Toby_DM_Bell @Dr_Ash_Rozario @greenlorax @DannyHatters @harvardmed. @AusVirologySoc

[Greg Moseley @gregwmoseley]

Very please to share this one, congrats to Steve Rawlinson and colleagues and thanks to Traffic for the cover @MonashBDI @moseley_lab @NeuroVino @CSIRO @AusVirologySoc @greenlorax @CTD_27 @PatFitzV https://t.co/TEKUtLVXuM

[Greg Moseley @gregwmoseley]

#virologylabxmasparty2022fitzroysnooker

[Moseley Lab @moseley_lab]

https://t.co/VyeWbFHdJ1

[Greg Moseley @gregwmoseley]

Lyssavirus P Protein Isoforms Diverge Significantly in Subcellular Interactions Underlying Mechanisms of Interferon Antagonism | Journal of Virology https://t.co/UViJBKqQDC

[PLOS Pathogens @PLOSPathogens]

This study identified a key mechanism by which invading rabies virus can dismantle the antiviral state in interferon-activated cells, a critical element in lethal infection.
@gregwmoseley
@moseley_lab
https://t.co/d2fBBybcZS

[Greg Moseley @gregwmoseley]

Pleased to share new one from collab. with Gifu uni and colleagues on how rabies disarms a pre-existing antiviral state... involving phosphoSTAT1 @moseley_lab @MonashBDI @MonashUni @GifuUniv_PR @AusVirologySoc https://t.co/23zM5XPn6a

[Greg Moseley @gregwmoseley]

Pleased to share new analysis of the... Molecular Basis of Functional Effects of Phosphorylation of... Rabies Virus P Protein | J Virology https://t.co/UIQFdJJdub with Paul Gooley @Toby_DM_Bell, Mike Griffin &colleagues @MonashBDI @Monash @Bio21Institute @UniMelb @AusVirologySoc

[Ash Rozario @Dr_Ash_Rozario]

Got a paper published in @BMCBiology Sweet!!😁It's a #superresolution #microscopy study to characterize drug-induced #microtubule dysfunction. Many thanks to @Toby_DM_Bell @DrDonnaWhelan @Sam_Duwe @DedeckerLab @gregwmoseley 🙏

Check it out: https://t.co/Oc7NK1HugR

[Greg Moseley @gregwmoseley]

Very pleased to share new paper on rabies P protein with Aaron Brice and colleagues @MonashBDI @Monash_FMNHS @GifuUniv_PR @moseley_lab
https://t.co/5V83Iy5Pkz

[Belinda Smith @sciencebelinda]

ICYMI: I looked into the drugs that throw a spanner in a virus's lifecycle, and how decades of herpes and HIV antiviral research are helping scientists foil SARS-CoV-2
Read: https://t.co/aHYov1kx6m
Listen: https://t.co/YdG16iR1qF
(w/ @drugbuster21 @ProfSharonLewin @gregwmoseley)

[PLOS Pathogens @PLOSPathogens]

New #COVID19 research from Shemesh, @Turgut_E_Aktepe, Schreiber, Harari and colleagues @WeizmannScience @TheDohertyInst

SARS-CoV-2 suppresses IFNβ production mediated by NSP1, 5, 6, 15, ORF6 and ORF7b but does not suppress the effects of added interferon
https://t.co/yb0GJRVrIJ

[Greg Moseley @gregwmoseley]

The Ebola Virus Interferon Antagonist VP24 Undergoes Active Nucleocytoplasmic Trafficking https://t.co/WnSxMFNSDs via @MDPIOpenAccess @VirusesMDPI @arharri @moseley_lab @MonashBDI

[David Ascher @DrDavidAscher]

Some really brilliant modelling by @steffportelli & @BinhchemNguyen helped explore and visualise these key protein-protein interactions.

[Greg Moseley @gregwmoseley]

Very pleased to share this long collaboration with the Gooley lab, Ascher lab and Ito lab, #PLOSPathogens: Definition of the immune evasion-replication interface of rabies virus P protein @MonashBDI, @MonashUni, @Bio21Institute, @GifuUniv_PR https://t.co/mlWNDzJzrx