Matt ♛
@TheFiendBlood
The patron saint of the lost PCR https://x.com/RM_Lab_🔬 PhD Student @ Center of Regenerative Medicine, Modena, IT. Group Manfredini Single Cells A.k.a. Bert™️
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If you're in coffee break, get a glimpse of our discoveries at Behind the Paper go.nature.com/4fzaO34 Congrats to all the authors who teamed up in this project! 📄🙋🏻♂️🙋🏻♀️🙋🏻
communities.springernature.com
Chromosome 9p trisomy increases stem cells clonogenic potential and fosters T-cell exhaustion in...
Chromosome 9p trisomy increases stem cells clonogenic potential and fosters T-cell exhaustion in...
1/Excited to share our latest study on the effect of chromosome 9p duplication in JAK2-mutated Myeloproliferative Neoplasms - now out in @LeukemiaJnl 🎉 nature.com/articles/s4137… 🧵below:
Congrats @LaraTavernari , @RuggieroNorfo , and @SebastianoRontauroli for leading this fantastic study on exhausted cytotoxic T cells rescue in #myelofibrosis xenografts! Out today, read it in @AjHematology 👉 doi.org/10.1002/ajh.27…
Great poster session at #ESHMPN2024. Come see our work about chromosome 9p duplication in JAK2V617F MPN patients 🧬
Hey, that's me ✌️🤓
🤝 Informal and interesting discussions during #ESHMPN2024 Meet the Expert sessions this morning! The participants exchange with Andreas Reiter (Mannheim), John Mascarenhas (New York) & @challenlab (Saint-Louis) Let’s start the 2nd day of the conference! #ESHCONFERENCES #MPNsm
Uno dei centri di ricerca medica più all’avanguardia in Italia rischia di chiudere ilpost.it/2023/11/24/hol… via @ilpost
Une bella mattinata di divulgazione scientifica sulla prevenzione oncologica organizzata da @AIRC_it in occasione della settimana della ricerca. Grazie a tutti per aver partecipato alle nostre attività!
Many kudos to our @RuggieroNorfo for his recent publication in @NatureGenet! Bravo to his former mentor @AdamMead_Oxford and colleagues @AlbaRMeira, @Sean_Wen221 and #AgatheChedeville for this great achievement! 👏🔥
Super excited to share our work published in @NatureGenet on how chronic inflammation exerts a selective pressure to drive the expansion of the TP53-mutant clone, thus promoting leukemic evolution! Please see this thread summarizing our findings:
Ruggiero was really the powerhouse behind many of the in vivo experiments and establishing the role of DNA damage upon inflammatory challenge. Couldn't have done it without you! 😍 If you want to hear more great science coming from his new research group, follow him! 👇
Super excited to share our work published in @NatureGenet on how chronic inflammation exerts a selective pressure to drive the expansion of the TP53-mutant clone, thus promoting leukemic evolution! Please see this thread summarizing our findings:
Super excited to share our work published in @NatureGenet on how chronic inflammation exerts a selective pressure to drive the expansion of the TP53-mutant clone, thus promoting leukemic evolution! Please see this thread summarizing our findings:
🔥And it’s out!🔥 Today, we report in @NatureGenet how chronic inflammation drives the selective expansion of TP53-mutant cells in the blood, leading to the development of a deadly type of leukemia. nature.com/articles/s4158…
Clonal architecture & copy number variants were analyzed at single cell resolution level in paired samples of pts w/ #mpnsm at chronic & blast phase, highlighting complexity of clonal dynamics & suggesting a role for CNV in leukemic progression onlinelibrary.wiley.com/doi/epdf/10.10…
📢 Roll out the red carpet for our newest #bioRxiv preprint “Oncostatin M is a Master Regulator of an Inflammatory Network in Dnmt3a-Mutant Hematopoietic Stem Cells” by lead author & fantastic @TuftsGSBS PhD student @Logan_Schwartz1 🙌 1/n biorxiv.org/content/10.110…
Il gruppo di ricerca della Prof.ssa Rossella Manfredini del Centro di Medicina Rigenerativa “Stefano Ferrari” di Unimore ha portato alla luce una nuova scoperta sulle alterazioni molecolari che causano l’evoluzione di neoplasie del sangue croniche a leucemia acuta. #ricerca
Grazie @UNIMORE_univ !
Il gruppo di ricerca della Prof.ssa Rossella Manfredini del Centro di Medicina Rigenerativa “Stefano Ferrari” di Unimore ha portato alla luce una nuova scoperta sulle alterazioni molecolari che causano l’evoluzione di neoplasie del sangue croniche a leucemia acuta. #ricerca
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