Luminex ’s Post

Our Partner spotlight focusses this time on Oncimmune! Read the blog and see the video to learn more about what this team can do with our xMAP Technology and their impressive antigen library. #luminex #oncimmune #xmap #multiplex

#dELISA™ provides users with ultra sensitive detection technology.The preliminary sample preparation work of this technology platform is similar to traditional immune detection methods, and users can easily get started. The magnetic bead based detection method greatly improves the efficiency of antigen binding,making the cleaning steps simple and efficient. After loading on the instrument, automatically detection process strats to generate micro droplets, which could wrapped in the magnetic beads and antigen antibody complexes with a property volume. At the same time, the signal is locked in the micro droplets. After signal amplification, the effective signal is enhanced by at least 100000 times, and only one protein molecule is suficient to obtain the effective signal. Signals captured quickly through imaging devices for digital immune analysis. Sniper Medical Technologies #DP48

Sequencing larger DNA fragments enables the detection of more complex genomic regions. However, effective shearing of DNA into appropriately sized fragments is crucial for optimal results. Explore our recent case study, developed in collaboration with Agilent Diagnostics & Genomics Solutions: "Developing DNA Shearing Devices for Short- and Long-Read Sequencing." #epigenomics

#dELISA™ provides users with ultra sensitive detection technology.The preliminary sample preparation work of this technology platform is similar to traditional immune detection methods, and users can easily get started. The magnetic bead based detection method greatly improves the efficiency of antigen binding,making the cleaning steps simple and efficient. After loading on the instrument, automatically detection process strats to generate micro droplets, which could wrapped in the magnetic beads and antigen antibody complexes with a property volume. At the same time, the signal is locked in the micro droplets. After signal amplification, the effective signal is enhanced by at least 100000 times, and only one protein molecule is suficient to obtain the effective signal. Signals captured quickly through imaging devices for digital immune analysis. #DP48

The identification and selection of optimal clones that express high levels of a desired antibody is a critical and time-consuming step in the antibody discovery process. Learn how CellCelector significantly accelerates the process, compared to conventional techniques. #antibodydiscovery #lifescience #cellcelector

Matrix NEO™: Walk-away automation of the SCOPE-chip® Processing Unlock the potential of your single-cell research. This cutting-edge system seamlessly integrates automated chip priming, cell partitioning, lysis, and mRNA capture into your workflow with one click.

Did you know our ECLIPSE Ji with NIS-Elements Smart Experiment (SE) software is available with up to 13 automated, AI-driven assays? In this #Microscopy #AppNote, we explore the #Endocytosis assay for quantifying the endocytic activity of cultured cells based on uptake of fluorescently labeled dextran: https://bit.ly/4bdVbv1 #DrugDiscovery #Imaging #NikonMicroscopy

Save up to 50% and unlock efficiency and ensure regulatory compliance with our DispenCell and CloneSelect Imager FL bundle. Why choose our bundle? ✅ Streamline Workflow: Automate and integrate for faster, error-free processes. ✅ Digital Compliance Documentation: High-resolution imaging for audit-ready submissions. ✅ Non-Invasive, Real-Time Insights: Monitor cell viability and colony formation without disruption. ✅ Proof of Monoclonality: Image-based evidence crucial for regulatory standards. Learn more today! #Biotech #Innovation #CellImaging #RegulatoryCompliance #Monoclonality

We are pleased to announce our partnership with CiRA Foundation (公益財団法人京都大学iPS細胞研究財団). Together, we will work to establish an automated and closed process to efficiently cultivate and manufacture high-quality iPS-derived cells at scale. iPS cells hold potential for cell-based therapies, as they can be an unlimited source of starting material and can be reprogrammed to nearly any functional cell type, such as neuron cells, cardiac muscle, and blood cells. However, the lack of scalability to produce sufficient cells for clinical doses currently impedes the progress into clinical application. Read more ▶️ https://bit.ly/3ViGa6s #iPSCells #StemCellResearch #BiotechInnovation #RegenerativeMedicine #CellManufacture

📢 Revolutionizing Cell Culture: Terumo and Nova Biomedical Join Forces! 📅 Terumo BCT has partnered with Nova Biomedical to enhance automated cell culture sensing. Their collaboration combines Terumo's Quantum Flex™ system with Nova’s BioProfile FLEX2 analyzer. 📊 This integration allows real-time sampling and analysis of cell culture parameters, improving efficiency in process development. It aims to optimize workflows for cell-based therapies and enhance monitoring during production. 🧬 #BioprocessUpdates #TerumoBCT #NovaBiomedical #CellCulture #AutomatedSensing #QuantumFlex #BioProfileFLEX2 #BiotechInnovation #ProcessDevelopment #CellBasedTherapies #RealTimeAnalysis #Biomanufacturing #HealthcareTech #Collaboration #EfficiencyInScience #MonitoringProduction ▷ Read the full article here: 📎 https://lnkd.in/d8BherY9