Sayan Das (he/him)
@s4yandas.bsky.social
Coffee mug humorist | #scicomm enthusiast|
UMN BMBB grad student| Hafenstein Lab| Cryo-EM ❄️ | Structural virology 🦠 | Opinions of my own
UMN BMBB grad student| Hafenstein Lab| Cryo-EM ❄️ | Structural virology 🦠 | Opinions of my own
A Q-score of 0.01?! 😭
October 13, 2025 at 3:39 AM
A Q-score of 0.01?! 😭
This is the first-ever high-resolution structure of the Powassan virus.
It’s basic science, but it opens the door to safer virus research, new vaccines, and antiviral strategies.
Proud to call this the first chapter of my PhD. (4/5)
#ScienceAdvances #CryoEM #Virology #Vaccine #Flavivirus #Powassan
It’s basic science, but it opens the door to safer virus research, new vaccines, and antiviral strategies.
Proud to call this the first chapter of my PhD. (4/5)
#ScienceAdvances #CryoEM #Virology #Vaccine #Flavivirus #Powassan
July 9, 2025 at 8:29 PM
This is the first-ever high-resolution structure of the Powassan virus.
It’s basic science, but it opens the door to safer virus research, new vaccines, and antiviral strategies.
Proud to call this the first chapter of my PhD. (4/5)
#ScienceAdvances #CryoEM #Virology #Vaccine #Flavivirus #Powassan
It’s basic science, but it opens the door to safer virus research, new vaccines, and antiviral strategies.
Proud to call this the first chapter of my PhD. (4/5)
#ScienceAdvances #CryoEM #Virology #Vaccine #Flavivirus #Powassan
We found three lipid-binding pockets.
Mutating a single tryptophan (W467) in one of them killed the virus.
That residue is conserved across many flaviviruses—Zika, dengue, TBEV...
🚨 A potential universal drug target. (3/5)
Mutating a single tryptophan (W467) in one of them killed the virus.
That residue is conserved across many flaviviruses—Zika, dengue, TBEV...
🚨 A potential universal drug target. (3/5)
July 9, 2025 at 8:24 PM
We found three lipid-binding pockets.
Mutating a single tryptophan (W467) in one of them killed the virus.
That residue is conserved across many flaviviruses—Zika, dengue, TBEV...
🚨 A potential universal drug target. (3/5)
Mutating a single tryptophan (W467) in one of them killed the virus.
That residue is conserved across many flaviviruses—Zika, dengue, TBEV...
🚨 A potential universal drug target. (3/5)
We made a chimera: Powassan surface proteins on a yellow fever vaccine backbone.
Then froze it & solved the structure at 2.8 Å via #cryoEM.
Full resolution of E-M proteins, transmembrane helices, and glycosylation. (2/5)
Then froze it & solved the structure at 2.8 Å via #cryoEM.
Full resolution of E-M proteins, transmembrane helices, and glycosylation. (2/5)
July 9, 2025 at 8:19 PM
We made a chimera: Powassan surface proteins on a yellow fever vaccine backbone.
Then froze it & solved the structure at 2.8 Å via #cryoEM.
Full resolution of E-M proteins, transmembrane helices, and glycosylation. (2/5)
Then froze it & solved the structure at 2.8 Å via #cryoEM.
Full resolution of E-M proteins, transmembrane helices, and glycosylation. (2/5)