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February 21, 2025

PLOS statement on recent US Executive Orders

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08/07/2025

Research article

E2F1 suppresses Epstein-Barr virus lytic reactivation through cellular and viral transcriptional networks

This study shows that E2F1 suppresses Epstein-Barr virus lytic reactivation by forming a negative transcriptional feedback loop with the viral protein BZLF1 and promoting c-Myc-mediated repression of BZLF1. This regulation helps maintain viral latency, a process central to EBV persistence and a potential target for therapies against EBV-associated cancers.

Image credit: ppat.1013410

E2F1 suppresses Epstein-Barr virus lytic reactivation through cellular and viral transcriptional networks

Recently Published Articles

Current Issue

Current Issue August 2025

08/04/2025

research article

Uukuniemi virus infection causes a pervasive remodelling of the RNA-binding proteome in tick cells

Here, the authors systematically identified responses of the RNA-binding proteome (RBPome) to infection with a prototype bunyavirus (Uukuniemi virus; UUKV) in tick cells, revealing altered RNA-binding activity for 283 proteins. Many tick RBPs were regulated by UUKV infection and associated with viral nucleocapsid protein complexes, and experiments confirmed that these RBPs impact UUKV infection.

Image credit: ppat.1013393

Uukuniemi virus infection causes a pervasive remodelling of the RNA-binding proteome in tick cells

07/31/2025

review

Is “pre-sepsis” the new sepsis? A narrative review

In this review, the authors propose focusing on the “pre-sepsis” phase, where early immune dysregulation occurs before significant organ damage. Developing tools to detect this initial host response to infection could enable earlier intervention and prevent progression to sepsis. Such an approach may improve clinical outcomes and support more personalized treatments targeting specific immune pathways tailored to patient profiles. 

Is “pre-sepsis” the new sepsis? A narrative review

Image credit: ppat.1013372

07/22/2025

research article

A chaperonin complex regulates organelle proteostasis in malaria parasites

Here, the authors identified a conserved chaperonin (CPN) complex whose CPN60 subunit is essential, with its loss causing immediate parasite death from organellar damage in the first replication cycle. CPN60 binds and stabilizes the Clp complex, showing how balanced refolding and proteolysis safeguard the apicoplast proteome.

A chaperonin complex regulates organelle proteostasis in malaria parasites

Image credit: ppat.1013275

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PLOS Pathogens | ISSN: 1553-7374 (online)