
Soriano Lab
@sorianolab
Research group at @UniPadova focused on the study of mitochondrial biology and metabolism. Mageni's tweets are signed MS.
ID: 1481595504287006724
https://www.labsoriano.com/ 13-01-2022 11:56:37
18 Tweet
245 Followers
236 Following


Happy to share our recent work on mitochondrial translation termination by franzinadler et al.: biorxiv.org/content/10.110⌠We solved a long-standing mystery and explain the function and specificity of canonical and non-canonical mitochondrial release factors (mtRF1a vs mtRF1).


Latest Biomed News in #Cancer #Bioenergetics - biomed.news/bims-mibica/20âŚ. Lab pick from eLife - the journal demonstrating that mtDNA deletions are genetically regulated as a defense against short-term ROS damage (in yeast). Very cool! elifesciences.org/articles/76095



Fantastic paradigm shift in understanding mtDNA gene expesision! Mito@GU, Minczuk Lab, @NCL_mtDNA.So happy that the first author Ben Tan Benedict Tan wiil join my group in 10 days! cell.com/molecular-cellâŚ




We are very happy and proud that Luca was recognised with the very first Margaret Lewis award for the recognition of excellence in the mitochondria biology field Gordon Research Conferences


A Two Year Post-doctoral Position is available in the Soriano Lab, Department of Biology â University of Padova, UniversitĂ di Padova. This is a unique opportunity đStellar Lab and Stellar PI. APPLY!!!!!!


PostDoc position available to TMEM65 protein and related disorders in Soriano Lab ! đŽđšđWith great collaborators Milena Bellin Telethon-Cariplo Grant. Fondazione Cariplo @Telethonitalia Department of Biology â University of Padova


Excited to share one more 2023 research story from our lab, out today Cancer Discovery identifying #Mitochondria and #Mitophagy as a key regulator of Venetoclax and MCL1i resistance in AML. The work was led by Christina Glytsou and xufeng chen ...NYU Grossman School of Medicine (1) aacrjournals.org/cancerdiscoverâŚ

Mito dynamics seems crucial for cancer resistance to therapy. Check our recent papers from masafumi noguchi on how our Opa1 inhibitor MYLS22 reverts gefitinib resistance in NSCLC rdcu.be/daF7C and from MargheritaZamberlan on how MYLS22 treats TNBC models rdcu.be/daF8z! 2/3
