@sorianopanos.bsky.social
Parabéns Luis!
November 27, 2025 at 9:53 AM
Parabéns Luis!
Gracias! 😉
October 10, 2025 at 10:14 AM
Gracias! 😉
Muchas gracias!!! :)
October 9, 2025 at 8:38 PM
Muchas gracias!!! :)
📝 If interested, you can find all the details and more results here: journals.aps.org/prxlife/abst...
💬 Comments & feedback very welcome 4/4
💬 Comments & feedback very welcome 4/4
Eco-Evolutionary Constraints for the Endemicity of Rapidly Evolving Viruses
An eco-evolutionary framework including evolution in infectiousness and antigenic features reveals that mildly infectious viruses might be more likely to become endemic that those with higher infectio...
journals.aps.org
October 3, 2025 at 8:03 AM
📝 If interested, you can find all the details and more results here: journals.aps.org/prxlife/abst...
💬 Comments & feedback very welcome 4/4
💬 Comments & feedback very welcome 4/4
Evolution shapes the endemic circulation of viruses:
✅ Mildly infectious viruses might be more likely to persist via antigenic diversification during their longer first epidemic wave.
✅ Despite their short-term benefits, control policies might enhance the long-term circulation of viruses 3/4 👇
✅ Mildly infectious viruses might be more likely to persist via antigenic diversification during their longer first epidemic wave.
✅ Despite their short-term benefits, control policies might enhance the long-term circulation of viruses 3/4 👇
October 3, 2025 at 8:03 AM
Evolution shapes the endemic circulation of viruses:
✅ Mildly infectious viruses might be more likely to persist via antigenic diversification during their longer first epidemic wave.
✅ Despite their short-term benefits, control policies might enhance the long-term circulation of viruses 3/4 👇
✅ Mildly infectious viruses might be more likely to persist via antigenic diversification during their longer first epidemic wave.
✅ Despite their short-term benefits, control policies might enhance the long-term circulation of viruses 3/4 👇
Both evolutionary pathways interplay with the contagion dynamics producing:
✅ A shift in the main driver of evolution: from intrinsic selection at the onset of outbreak to antigenic diversification at late epidemic stages.
✅ Universal long-term evolutionary trajectories for different viruses. 2/4 👇
✅ A shift in the main driver of evolution: from intrinsic selection at the onset of outbreak to antigenic diversification at late epidemic stages.
✅ Universal long-term evolutionary trajectories for different viruses. 2/4 👇
October 3, 2025 at 8:03 AM
Both evolutionary pathways interplay with the contagion dynamics producing:
✅ A shift in the main driver of evolution: from intrinsic selection at the onset of outbreak to antigenic diversification at late epidemic stages.
✅ Universal long-term evolutionary trajectories for different viruses. 2/4 👇
✅ A shift in the main driver of evolution: from intrinsic selection at the onset of outbreak to antigenic diversification at late epidemic stages.
✅ Universal long-term evolutionary trajectories for different viruses. 2/4 👇