@MolTherapy@brunetti_pierri Key insights:
-miR-34b/c-KO mice show heightened susceptibility to fibrotic damage.
-delivery to hepatocytes of miR-34b/c by AAV reverses fibrosis in TAA- and CCl₄-induced models.
-the anti-fibrotic effect of miR-34b/c is cell-autonomous to hepatocytes and is PDGFRα/β-dependent
Our latest work is now out in @MolTherapy
Nucleic Acids! Hepatocyte delivery of miR-34b/c reduces hepatic stellate cell activation and improves liver fibrosis. Huge thanks to Rosa Ferriero, @brunetti_pierri and all our collaborators https://t.co/CfVw36U2Bp
@MolTherapy@brunetti_pierri Liver fibrosis, affecting millions worldwide, has no treatment options. We demonstrated that targeted delivery of miR-34b/c to hepatocytes via AAV vectors reduces fibrosis by modulating PDGF signaling and suppressing hepatic stellate cell activation, key drivers of fibrogenesis.
Our work exploring the limitations and opportunities of #AAV-mediated gene transfer in #fibrotic livers is now online in #NatureCommunications! Huge thanks to Rosa Ferriero, @GemBruno , and all our collaborators for their invaluable contributions.
https://t.co/xmeHMBV5So
Great viewpoint from scientists and my stellar friend @mc_masone about the often underrated challenges of being a non-native English in science.
Most of us can relate!
👨🔬 We are pleased to introduce @Pas_Piccolo, Assistant Investigator at TIGEM. One of his most interesting research interests concerns hepatocyte-directed #GeneTherapy for inherited disorders with #LiverFibrosis.
🔗 More about his research interests here:
https://t.co/xkQGFL6hye
Coordinatore provinciale Telethon a Napoli, Referente di direzione del @CentroNemo Napoli. Ma la storia di Francesco racconta tanto altro. Un percorso fatto di capacità ed energie spese per la sua comunità. Senza fermarsi mai, con risultati straordinari
https://t.co/s2r0HTx7jZ
#SeniorResearcher#jobopportunities
Brunetti-Pierri's Lab is looking for senior researcher to be involved in the Project "Gene Therapy and Innovative Therapies in Pediatrics".
For more info check 👇
https://t.co/ANKkTfhhG4
@AornSantobono
‼️Now out a new study by @brunetti_pierri group on
@CellPressNews.
"Increased expression or activation of TRPML1 reduces hepatic storage of toxic Z alpha-1 antitrypsin" 👇🏻
https://t.co/ALHKPTCcO8