(IN BRIEF) Novartis has agreed to acquire SNV4818 from Synnovation Therapeutics, a next-generation PI3Kα inhibitor designed to selectively target mutations in HR+/HER2- breast cancer. The therapy, currently in Phase 1/2 clinical trials, aims to improve treatment tolerability by focusing on … Read the full press release
Posted in Business, Financial, Healthcare, Investment, Pharma & Biotech, Switzerland
Tagged Breast Cancer Treatment, cancer research, clinical trials Phase 1/2, HR positive HER2 negative, Novartis, Novartis Strengthens Breast Cancer Portfolio with Acquisition of Next Generation Selective PI3Kα Therapy, oncology pipeline, pharmaceutical acquisition, PI3Kα inhibitor, PIK3CA mutation, Pikavation Therapeutics, precision medicine, SNV4818, solid tumors, Synnovation Therapeutics, targeted therapy
Rebrand: Myeloid Therapeutics becomes CREATE Medicines, reflecting a shift to multi-lineage RNA immune programming. Scientific Focus: Expanding beyond myeloid cells to include T and NK cells for scalable, redosable in vivo CAR therapies. Clinical Data: Over 40 patients treated with … Read the full press release
Posted in Business, Healthcare, Pharma & Biotech, Science, Technology
Tagged 8VC, ARCH Venture Partners, autoimmunity, B-cell depletion, biopsies, Biotech, biotechnology, breast cancer, cancer therapy, CAR+ immune cells, CD8 T cell recruitment, clinical trials, CREATE Medicines, CREATE Medicines Bridges Science Strategy and Investment with Expanded RNA Platform for In Vivo Multi-Immune Therapies in Europe and Beyond, CREATE Medicines Integrates Scientific Progress and Investor Backing to Lead Multi-Lineage RNA Immunotherapy’s Next Chapter in Europe, CREATE Medicines Rebrand Reflects Strategic Expansion into Multi-Lineage RNA Immunotherapy as Europe’s Biotech Sector Embraces In Vivo Therapies, CREATE Medicines Reinforces Its Market and Research Focus Through RNA-Driven Multi-Lineage Immune Programming Amid Rising European Investment in mRNA Therapeutics, CREATE Medicines Strengthens Its Scientific and Strategic Position with Multi-Lineage RNA Platform and Investor Support Across a Growing European Biotech Market, CREATE Medicines’ New Identity Combines RNA-Based Scientific Leadership and Investor Momentum with Expanding Opportunities in European Immunotherapy Markets, CREATE Medicines’ Transition Marks New Phase in RNA Immunotherapy Development and Strategic Growth in Europe’s Expanding Biotech Landscape, Daniel Getts, Daniel Getts Ph.D., fibrosis, Following Its Rebrand, From Myeloid Therapeutics to CREATE Medicines: A Rebrand Uniting RNA Innovation Investor Confidence and Expanding European Immunotherapy Ambitions, GPC3, GPC3-positive solid tumors, GPC3; hepatocellular carcinoma, Hatteras Venture Partners, HER2, HER2 multi-immune CAR, HER2; solid tumors, himeric antigen receptor, immune cell reprogramming, immune cells, immune remodeling, immunotherapies, immunotherapy, in vivo CAR, in vivo CAR-T mediated B cell depletion, in vivo multi-immune programming, mRNA, mRNA-LNP platform, MT-302, MT-303, MT-304, multi-immune programming, multilineage immune programming, myeloid, myeloid cells, Myeloid Therapeutics, myeloid-focused in vivo programming, Newpath Partners, NK cell programming, NK cells, off-the-shelf therapies, oncology, Phase 1 studies, Rebranded CREATE Medicines Aligns Scientific Innovation and Investor Backing to Advance RNA-Based In Vivo CAR Therapies in Global and European Markets, Rebranded CREATE Medicines Positions Itself at the Forefront of RNA Immunotherapy as Europe’s Biotech Ecosystem Accelerates Innovation, retrotransposon-based CAR-T, RNA retrotransposon, RNA technology, RNA-based in vivo CAR therapeutics, RNA-based therapeutics, solid tumors, T cells, therapies, TROP2, TROP2; solid tumors, tumors, vivo CAR, vivo CAR-T
CREATE Medicines (“CREATE”) broadens clinical programs and capabilities to expand therapeutic potential and improve patient outcomes Therapies tolerably program immune cells inside the human body, providing clear differentiation among competitors and significant value potential for all stakeholders CREATE Medicines will … Read the full press release
Posted in Business, Healthcare, Pharma & Biotech, Science, Technology
Tagged 8VC, ARCH Venture Partners, autoimmunity, B-cell depletion, biopsies, Biotech, biotechnology, breast cancer, cancer therapy, CAR+ immune cells, CD8 T cell recruitment, clinical trials, CREATE Medicines, Daniel Getts, Daniel Getts Ph.D., fibrosis, GPC3, GPC3-positive solid tumors, GPC3; hepatocellular carcinoma, Hatteras Venture Partners, HER2, HER2 multi-immune CAR, HER2; solid tumors, immune cell reprogramming, immune cells, immune remodeling, immunotherapies, immunotherapy, in vivo CAR, in vivo CAR-T mediated B cell depletion, in vivo multi-immune programming, mRNA, mRNA-LNP platform, MT-302, MT-303, MT-304, multi-immune programming, multilineage immune programming, myeloid, myeloid cells, Myeloid Therapeutics, myeloid-focused in vivo programming, Newpath Partners, NK cell programming, NK cells, off-the-shelf therapies, oncology, Phase 1 studies, retrotransposon-based CAR-T, RNA retrotransposon, RNA technology, RNA-based in vivo CAR therapeutics, RNA-based therapeutics, solid tumors, T cells, therapies, TROP2, TROP2; solid tumors, tumors, vivo CAR, vivo CAR-T
(IN BRIEF) Researchers at Newcastle University have discovered a new biological mechanism explaining why some patients do not respond to immune checkpoint blockade (ICB) therapy for solid cancer tumors. They identified T regulatory cells (Tregs) as key drivers of ICB … Read the full press release
Posted in Business, Education, Financial, Healthcare, Industrial, Investment, Management, News, Science, Technology, United Kingdom
Tagged anti-CD30, Brentuximab Vedotin, Cancer Immunotherapy, cancer research, combination treatment, ICB resistance, immune checkpoint blockade, immunotherapy breakthroughs, lung cancer, melanoma, metastatic cancer, Newcastle University, pancreatic cancer, PD-1, skin cancer, solid tumors, T regulatory cells
(IN BRIEF) Eckert & Ziegler Radiopharma GmbH has entered into a clinical manufacturing agreement with Pentixapharm AG to supply GMP-grade Y90-PentixaTher doses for use in ongoing trials. The radiolabeled therapy targets cancers overexpressing the CXCR4 receptor and supports a theranostic … Read the full press release
Posted in Business, Financial, Germany, Government, Healthcare, Industrial, Investment, Management, News, Pharma & Biotech, Science, Technology
Tagged Acute myeloid leukemia, cancer treatment, clinical trials, CXCR4, Dirk Pleimes, Eckert & Ziegler, EZR, Ga68-PentixaFor, GMP manufacturing, Harald Hasselmann, lymphoma, Myeloma, nuclear medicine, Pentixapharm, radiopharmaceuticals, radiotherapy, solid tumors, targeted therapy, theranostics, Y90-PentixaTher
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