Jennifer Barr
@jennbarr.bsky.social
Virologist @ CSIRO
Bat borne viruses, high containment pathogens, virus discovery, serological assays
Bat borne viruses, high containment pathogens, virus discovery, serological assays
Nice! There was some action down under too. Although not quite as impressive as yours
November 12, 2025 at 7:11 PM
Nice! There was some action down under too. Although not quite as impressive as yours
Did you take that pic Arinjay?
I’m hoping to see the Southern Lights tonight!
I’m hoping to see the Southern Lights tonight!
November 12, 2025 at 9:31 AM
Did you take that pic Arinjay?
I’m hoping to see the Southern Lights tonight!
I’m hoping to see the Southern Lights tonight!
> Salt Gully virus does not use the same receptors for cell entry as the classical henipaviruses
> Pathogenicity remains unknown with no evidence of spillover into humans or animals to date
> Pathogenicity remains unknown with no evidence of spillover into humans or animals to date
September 2, 2025 at 9:48 PM
> Salt Gully virus does not use the same receptors for cell entry as the classical henipaviruses
> Pathogenicity remains unknown with no evidence of spillover into humans or animals to date
> Pathogenicity remains unknown with no evidence of spillover into humans or animals to date
> This new virus is in the same genus as the deadly Hendra & Nipah viruses
> Salt Gully virus is most closely related to Angavokely virus, discovered in bats in Madagascar
> Salt Gully virus is most closely related to Angavokely virus, discovered in bats in Madagascar
September 2, 2025 at 9:48 PM
> This new virus is in the same genus as the deadly Hendra & Nipah viruses
> Salt Gully virus is most closely related to Angavokely virus, discovered in bats in Madagascar
> Salt Gully virus is most closely related to Angavokely virus, discovered in bats in Madagascar