CellCelector - Single Cell, Colony or Organoid Selection and Retrieval

🔬 Discover groundbreaking research with Mattia Gerli, PhD and Paolo De Coppi, MD from UCL. Learn how they unlocked the potential of amniotic fluid cells to form fetal organoids without fetal tissue access or pregnancy termination. Join us for the Genetic Engineering & Biotechnology News keynote webinar to explore the future of organoid research and its implications for understanding human development and congenital anomalies. Watch on-demand: https://ow.ly/QpTI50SN5tA #Organoids #Research #Biology #CongenitalAnomalies #cellbiology

What are the three picking modules for the CellCelector Flex? How does it provide automatic module recognition? Join Shaun Flynn, our Regional Business Manager, as he provides this ideal resource to aid your research. Don’t miss our monthly science corner video. Any more questions? Post them in the comments 👇 #cellcelector #sartorius #pickingmodules #stemcells

Discover how complex 3D organoid systems surpass traditional 2D cell cultures by mimicking the intricacies of actual organs, providing more accurate insights into disease progression and treatment responses. Learn about the challenges and solutions in organoid systems, including automated imaging and high throughput screening. Learn more about the future of drug development and biological research. Watch now: https://ow.ly/yULR50SJ1Rm #Organoids #3DOrganoids #3DCellModels #CellCelector

Increasing Efficiency in Clinical and Biotherapeutic Antibody Development is now available on-demand. Explore the cutting-edge B cell-driven monoclonal antibody (mAb) production and learn how automated platforms are revolutionizing the field, outpacing traditional hybridoma technology with efficiency and precision. Learn more about: ▶️ the limitations of conventional mAb discovery ▶️ the power of targeted cell isolation ▶️ insights from empirical data and case studies Watch now: https://ow.ly/xuWX50SIPBN #antibodydevelopment #mabs #biotherapeutics #immunotherapy

🔬 Unlocking the Potential of Circulating Tumor Cells (CTCs) in Cancer Care 🔬 Metastasis is responsible for approximately 90% of cancer-related deaths, often occurring swiftly in patients with aggressive tumors. Understanding and identifying circulating tumor cells (CTCs) is crucial for early diagnosis and treatment. Here's why CTCs are game-changers in cancer care: 🟨 Early Detection: CTCs can serve as early markers for aggressive or metastatic cancers, enabling timely intervention. 🟨 Non-Invasive Monitoring: As CTCs are genetically representative of the primary tumor, they offer a non-invasive way to monitor disease progression and tailor treatments. 🟨 Research Advancements: Culturing CTCs ex vivo can lead to the development of tumor cell lines, aiding in the study of cellular mechanisms and testing new treatments. To fully harness the potential of CTCs, we need rapid, automated, and highly accurate methods for their isolation, identification, and enrichment. Read the listicle to look further into how automated cell imaging and picking systems can revolutionize CTC analysis and overcome current challenges. Download now: https://ow.ly/Kpet50TjUob #CancerResearch #CTCs #Metastasis #EarlyDetection #CellCelector

An essential read for researchers in drug development - this report provides valuable insights into how 3D organoids are revolutionizing preclinical research. Scientists can gain a deeper understanding of how these models improve the accuracy of drug testing, potentially leading to more successful outcomes.

Discover the versatility of the CellCelector Flex, as featured in numerous publications across a wide range of research fields including: 🟨 Circulating Tumor Cells 🟨 Cell Line Development 🟨 Colony Picking 🟨 Compound Screening 🟨 Stem Cells 🟨 Spheroids 🟨 Single Cell Picking 🟨 T-cell Killing Explore a selection of open-access publications that showcase the diverse applications and groundbreaking research facilitated by the CellCelector Flex. Learn more: https://ow.ly/mEah50TflhZ #cellcelector #publications #ctcs #cld #stemcells #singlecell #spheroids

Join us in San Diego for Cell Bio 2024! We look forward to participating in this diverse global community of the brightest minds in cell biology and hope to see you at booth #439. Specialists in live-cell imaging and analysis and automated cell imaging and picking will be waiting to help you learn more: https://ow.ly/nUyC50TZcwk #ASCB #CellBio #CellBiology #LiveCellAnalysis #CellPicking

Discover the latest advancements in monoclonal antibody (mAb) production techniques and the transition to automated, image-based systems that enhance efficiency, cut expenses, and support compliance. Monoclonal antibodies are crucial in therapeutic applications due to their ability to selectively bind to diverse targets with high specificity and affinity. With the number of clinically approved mAbs growing significantly over the past decade, the future looks promising. Traditional methods like single B-cell screening and hybridoma screening face challenges, but the shift to automated technologies is paving the way for a more streamlined and cost-effective process. Download the free infographic: https://ow.ly/9QCu50SxBEv #mAbs #MonoclonalAntibodies #AntibodyDiscovery #Therapeutics

📢 Now Available – the CellCelector Configurator Tool 📢 In a few simple steps you can easily customize automated cell selection and retrieval to meet your needs. Select a picking module to suit your cell type, choose your fluorescence needs, adapt to plate type – and you’re done! ✅ CTC screening, stem cell research, cell line development or antibody discovery – CellCelector enables a multitude of research areas. Configure your CellCelector now: https://ow.ly/gmz950Tv62n #CellCelector #CellSelection #CTCScreening #StemCells #CellLineDevelopment #AntibodyDiscovery