BD Rhapsody™ System
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BD and Penn Institute for Immunology and Immune Health Collaborate to Advance Immunotherapy through Flow Cytometry
Prnewswire· 2025-12-18 11:50
Core Insights - BD (Becton, Dickinson and Company) has announced a strategic collaboration with the Institute for Immunology and Immune Health (I3H) at the University of Pennsylvania to enhance research in deep human immune profiling and support the development of immune-mediated therapies [1][2] Group 1: Collaboration Details - The collaboration aims to develop and validate a high-parameter flow cytometry panel that captures key functional pathways in whole blood, including phosphorylation markers, to provide insights into single-cell responses to drugs or disease states [2] - A planned 1,000-patient immune profiling study will be conducted in partnership with the Penn Colton Center for Autoimmunity, expected to commence in the summer [2] - The project will utilize the BD FACSDiscover™ A8 Cell Analyzer, BD Rhapsody™ System, and BD reagents, with BD teams managing reagents, instrumentation, and spectral data algorithms, while I3H teams will serve as scientific and clinical leads [2] Group 2: Technological Advancements - The BD FACSDiscover™ A8 Cell Analyzer is highlighted as the first cell analyzer featuring breakthrough spectral and real-time cell imaging technologies, which will facilitate deeper insights into the human immune system [3] - The collaboration reflects a commitment to advancing science and health through the unlocking of the human immune system's potential [3] Group 3: Industry Impact - High-parameter single-cell studies are becoming increasingly central to understanding the human immune system, with BD's ecosystem of flow cytometers, single-cell systems, reagents, software, and informatics providing essential support for organizations like I3H [4] - The collaboration aims to translate immunological insights into quantitative, actionable information for discovery and clinical care teams globally [4]
BD Marks 1,000th BD Rhapsody System, Driving Scientific Breakthroughs via Single-Cell Multiomics
Prnewswire· 2025-09-17 10:50
Core Insights - BD (Becton, Dickinson and Company) has successfully placed its 1,000th BD Rhapsody™ System at Addenbrooke's Hospital, marking a significant milestone in the adoption of its single-cell multiomics analysis technology [1][2]. Company Overview - BD is recognized as one of the largest global medical technology companies, focusing on improving medical discovery, diagnostics, and care delivery [5]. - The company employs over 70,000 individuals and operates in virtually every country, partnering with organizations to tackle global health challenges [5]. Product Highlights - The BD Rhapsody™ System, introduced in 2017, has been cited in over 700 peer-reviewed publications, demonstrating its impact in the scientific community [2]. - The latest version of the BD Rhapsody™, launched in 2023, features advanced sample processing and cell capture technologies, enhancing the efficiency of next-generation sequencing applications [2]. - Upcoming innovations include the BD OMICS-One™ WTA Next Assay for unlocking genetic information at a lower cost and BD® OMICS-Guard Cryo for sample preservation [6]. Market Demand - The rapid adoption of the BD Rhapsody™ System reflects a critical need for high-performing multiomic assays that maintain data quality while being cost-effective [3]. - The system is positioned to work seamlessly with leading cell sorters and analyzers, indicating a comprehensive end-to-end solution for single-cell analysis [3]. Research and Development - Research conducted by Dr. Andrew Conway Morris at Addenbrooke's Hospital aims to understand immune cell signaling pathways, with the BD Rhapsody™ System facilitating advanced analysis at the single-cell level [2]. - The company continues to innovate its workflows and product offerings to meet the evolving scientific needs [3]. Upcoming Events - The BD Rhapsody™ System will be showcased at the 2025 Annual Meeting of the American Society of Human Genetics and at Advancing Precision Medicine [4].