- Review published
- Preprint server
- bioRxiv
PhD Program in Biomedical Sciences, University of Padua
The Graduate School in Biomedical Sciences at the University of Padua offers cutting-edge training and research opportunities across a broad spectrum of biomedical disciplines. The School trains early-career researcher in molecular, cellular, and clinical sciences, fostering international collaboration and open science. Its mission is to prepare the next generation of scientists.
The PREreview Club engages PhD students in collaborative preprint peer review, helping them develop critical reading, constructive feedback, and scholarly communication skills. This initiative complements the School’s Journal Club, while contributing openly to the scientific community through published community reviews.
- Club leads
- Domenico Azarnia Tehran
PREreviews
-
Domenico Azarnia Tehran, Agnese De Mario, Francesca Noventa, Martina Esposito, ANNAMARIA LIA, Emy Basso, Michele Di Palma, Cosimo De Napoli, GIORGIA PALLAFACCHINA, Elena Baldisseri, Andressa Brancher Roeder, Michela Carraro, VALERIA SCALCON, and 20 other authors reviewed Common and distinct roles of AMPKγ isoforms in small-molecule activator-stimulated glucose uptake in mouse skeletal muscle -
Domenico Azarnia Tehran, Michele Di Palma, Francesca Noventa, Emy Basso, Agnese De Mario, Martina Esposito, Giulia Rocca, Martina Quagliata, Martina D'Ercole, ANNAMARIA LIA, Andressa Brancher Roeder, and 22 other authors reviewed mTORC1 signaling modulate microtubule tyrosination/detyrosination status to regulate lysosome dynamics - Cell Biology
- Epidemiology
- Physiology
- Review published
- Preprint server
- bioRxiv
-
Domenico Azarnia Tehran, Valentina Masola, Anna Guazzo, Michele Di Palma, Roberta Frison, Eloisa Turco, Michela Carraro, Emy Basso, Martina Quagliata, Annarita Zanon, Elena Baldisseri, Martina Esposito, Federica Boscolo Nata, GIORGIA PALLAFACCHINA, ANNAMARIA LIA, VALERIA SCALCON, Emanuela Beretta, Andressa Brancher Roeder, Giulia Rocca, and 14 other authors reviewed Inflammatory reprogramming of human brain endothelial cells compromises blood–brain barrier integrity in Alzheimer’s disease - Neurology
- Physiology
- Review published
- Preprint server
- bioRxiv