PREreviews de Bacterial RNA promotes proteostasis through inter-tissue communication in C. elegans

3 PREreviews

1. PREreview par Lang Ding du HHMI Transparent and Accountable Peer Review Training Program

   Rédigé par Lang Ding du HHMI Transparent and Accountable Peer Review Training Program

   The manuscript demonstrates that dietary RNAs from bacteria can have a systemic, beneficial impact on the healthspan of C. elegans by reducing protein aggregation through a mechanism involving systemic autophagy, ribonuclease-dependent bacterial-RNA species, RNAi machinery and the germline, and…

   Lire la PREreview de Lang Ding au sein de HHMI Transparent and Accountable Peer Review Training Program

2. PREreview par Youchen Guan du HHMI Transparent and Accountable Peer Review Training Program

   Rédigé par Youchen Guan du HHMI Transparent and Accountable Peer Review Training Program

   This study investigates the role of bacterial RNA in promoting proteostasis in C. elegans, demonstrating that dietary RNA species derived from bacteria can reduce protein aggregation in muscle cells. It was shown that this effect is dependent on RNAi machinery and inter-organ communication between…

   Lire la PREreview de Youchen Guan au sein de HHMI Transparent and Accountable Peer Review Training Program

3. PREreview par Youchen Guan

   Rédigé par Youchen Guan

   This study investigates the role of bacterial RNA in promoting proteostasis in C. elegans, demonstrating that dietary RNA species derived from bacteria can reduce protein aggregation in muscle cells. It was shown that this effect depends on RNAi machinery and inter-organ communication between the…

   Lire la PREreview de Youchen Guan