LUNA-III™ Automated Cell Counter

Automation addresses many of the cell counting challenges faced by the modern lab and the latest image-based automated cell counters are essential in delivering cell concentration and viability data with greater accuracy, reliability, and higher throughput than ever before.

Through case studies, this eBook highlights a range of automated cell counters from Logos Biosystems that are designed to address all your cell counting needs. Explore different technical features and applications, and see how expanding cell counting capacity with the latest automated solutions can reduce budgets and improve workflows in labs of all shapes and sizes.

Download this SelectScience guide to learn about:

• The growing need for automated cell counting
• A versatile cell counting solution for every lab
• How to enhance accuracy and consistency in cell counting via validation slides and specialized software
• Advanced cell counting in action, from single-cell RNA-seq, genomics, and bioprocess analysis

Resource details:

• Document type: SelectScience guide
• Page count: 36
• Read time: 54 mins
• Edition: 1st

Staining solutions like trypan blue can further enhance detection accuracy by making cell edges more visible. This approach aims to improve the accuracy and precision of PBMC counting and viability assessments, providing a reliable yet affordable solution. This application note validates the effectiveness of the LUNA-III™ automated cell counter by comparing its PBMC data with the LUNA-FX7™ automated cell counter.

Accurate cell counting is essential in biomedical research, impacting applications such as cell therapy, disease diagnosis, tissue regeneration, and bioassays. Traditional manual counting methods are time-consuming and prone to variability. Discover how automated systems, like the LUNA-III™ Automated Cell Counter from Logos Biosystems, provide a solution with improved accuracy, reproducibility, and efficiency.

Cell size is a crucial parameter in biomedical research and applications like biomanufacturing, where it indicates cell health and quality. In workflows such as biomanufacturing, cell size is essential for assessing batch culture or source material in cell therapy. Discover how the LUNA-III™ is a valuable tool for assessing cell size, health, and quality.

Cell counting remains an essential process across fundamental research, clinical applications and bioproduction.

As science continues to advance, there is a growing demand for faster, higher-throughput, and more tailored cell counting solutions.
While automated techniques address many of these demands, challenges including sample prep, technology compatibility, cost efficiency, and compliance remain.

Recent innovations in software and hardware, including the integration of artificial intelligence and machine learning, focus on enhancing accuracy and efficiency in cell counting.

Karine Labour, Europe Managing Director for Logos Biosystems, will explain how current and developing techniques support researchers reaching the critical milestone of data standardization, accuracy, and reproducibility in cell counting.

Key learning objectives

• Learn about current cell counting challenges, practical solutions using LUNA™ counters, and applications including CAR-T cell therapy production and single cell sequencing
• Understand how the LUNA-FX7™ achieves increased accuracy with higher throughput options, offering added flexibility and increased productivity
• Learn how the new LUNA-III™ cell counter uses machine learning algorithms to ensure high quality and reliable results

Who should attend?

• Students, graduate students, doctoral students, post doc researchers, assistant/associate professors, professors, lab techs, lab specialists, scientists, researchers, lab managers, lab supervisors/directors, principal investigators, principal/associate scientists, QA/QC managers/supervisors, chief scientific officers, VP of research and development (or any decision-making role), and those in both academia, government, and private sector industries.

Certificate of attendance
All webinar participants can request a certificate of attendance, including a learning outcomes summary, for continuing education purposes.

A high-performance, cost-effective brightfield-only solution with optional fluorescence upgrade, ideal for high-throughput labs seeking reproducibility and flexibility.

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