Enhancing Biological Research Through Automated Cell Selection Techniques
Empower your research with automated cell and colony screening and isolation whilst maintaining gentle cellular transfer.
Specific cell selection and retrieval are fundamental to advancing understanding of biology and improving medical diagnostics and treatments. However, the process has challenges that require ongoing technological and methodological innovations to overcome. Researchers must carefully choose and optimize their cell isolation techniques based on specific investigation requirements and characteristics of the cells of interest.
Automated methods for cell selection and retrieval offer numerous advantages over manual methods, including improved consistency, efficiency, precision, and scalability. By reducing human error, increasing throughput, and integrating advanced technologies with automation researchers can enhance the quality and reliability of biological research and clinical applications.
Alone but Not Lonely: Designing an Outgrowth-Promoting Environment for Single Cell Cloning
eBook: Automated Cell Selection and Retrieval Opens a Universe of Possibilities
Single-cell isolation is critical to many research areas, including rare-cell analysis, biologics discovery and stem cell studies. Identifying and isolating productive single cells can be challenging, due in part to resource-intensive, low-success techniques like limiting dilution. Automated robotic instruments are increasing productivity and throughput to routine workflows, accelerating important discoveries.
DownloadApp Note: Cell Selection and Retrieval Rare Cell Isolation
Standard isolation and characterization techniques for circulating tumor cells can be challenging due to low target cell numbers and subsequent cell loss, prolonged processing times, and leukocyte contamination. Learn more about automating rapid and accurate identification of circulating tumor cells.
DownloadApp Note: Solutions for the Culturing, Maintaining and Characterization of induced Pluripotent Stem Cells
The advantages of using a streamlined workflow with novel solutions for the culture, monitoring and characterization of iPSCs for several applications from drug development, disease modeling and clinical therapy research. Learn how to successfully pick and seed iPSCs, monitor their morphological status and characterize their pluripotency.
DownloadApp Note: Cell Selection and Retrieval Organoids and Spheroids
Explore automated scanning, detection and gating of complex 3D structures based on a range of morphological parameters. Enable gentle picking of a wide range of organoid sizes, with successful embedding of spheroids and organoids in 100% Matrigel into plates with or without cell culture membranes.
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