Chronic inflammation "exhausts" our blood stem cells (HSPCs), making them less fit for genetic engineering. Emmanuelle is sharing solutions to protect stem cell fitness, ensuring that life-saving gene therapies work better and last longer. 🧪
Chronic inflammation "exhausts" our blood stem cells (HSPCs), making them less fit for genetic engineering. Emmanuelle is sharing solutions to protect stem cell fitness, ensuring that life-saving gene therapies work better and last longer. 🧪
Focusing on Acute Chest Syndrome (a life-threatening complication), he’s exploring how drugs like tocilizumab, might help SCD patients by addressing ineffective erythropoiesis.🩸 #Hematology #SCD
Focusing on Acute Chest Syndrome (a life-threatening complication), he’s exploring how drugs like tocilizumab, might help SCD patients by addressing ineffective erythropoiesis.🩸 #Hematology #SCD
She's highlighting the efficacy of Anifrolumab—an IFNAR1 receptor blocker. Results show a significant "normalization" of the interferon signature in patients. 💊
She's highlighting the efficacy of Anifrolumab—an IFNAR1 receptor blocker. Results show a significant "normalization" of the interferon signature in patients. 💊
He is decoding the immunometabolic pathways that govern wound healing in Type 2 diabetes. Crucial work for understanding complications in metabolic disorders. 🩹🍬
That’s a wrap for this week’s meeting! See you all next week for more science!
He is decoding the immunometabolic pathways that govern wound healing in Type 2 diabetes. Crucial work for understanding complications in metabolic disorders. 🩹🍬
That’s a wrap for this week’s meeting! See you all next week for more science!
Her talk focuses on the "Metabolic Control of Airway Epithelial Repair," specifically in the context of Cystic Fibrosis and beyond. Understanding repair mechanisms is key! 🌬️
Her talk focuses on the "Metabolic Control of Airway Epithelial Repair," specifically in the context of Cystic Fibrosis and beyond. Understanding repair mechanisms is key! 🌬️
She is diving into the role of stromal lineages in tissue homeostasis and disease. A fascinating look at the structural support systems of our biology.
#biology #research
She is diving into the role of stromal lineages in tissue homeostasis and disease. A fascinating look at the structural support systems of our biology.
#biology #research
He's showing how HIV & EBV can reactivate persistent, ancient Endogenous Retroviral proteins. A powerful reminder that our genome's history still dictates our health today!🧬
He's showing how HIV & EBV can reactivate persistent, ancient Endogenous Retroviral proteins. A powerful reminder that our genome's history still dictates our health today!🧬
Her talk focuses on somatic clonal evolution of tissue-resident lymphocytes in chronic autoimmunity. Takeaway: Chronic activation isn't just inflammation, it's a pathogenic continuum where somatic mutations drive tissue damage and treatment resistance. 🧬
Her talk focuses on somatic clonal evolution of tissue-resident lymphocytes in chronic autoimmunity. Takeaway: Chronic activation isn't just inflammation, it's a pathogenic continuum where somatic mutations drive tissue damage and treatment resistance. 🧬
Hugo is presenting on editing approaches for eye disorders. He highlights the use of retinal organoids to test gene editing efficiency for retinal therapies. That’s a wrap on the first MAGIC session of 2026! 🎬
Hugo is presenting on editing approaches for eye disorders. He highlights the use of retinal organoids to test gene editing efficiency for retinal therapies. That’s a wrap on the first MAGIC session of 2026! 🎬