Normalizing Seahorse™ XF Data with Label-Free Cell Counting
How to use Celigo image cytometry to normalize Seahorse™ XF data and eliminate time-consuming protein-based process.
Are Your Buffers Giving Accurate Cell Counts?
Assuring accurate cell viability is critical both pre- and post-thaw as the freezing process can alter cell characteristics.
Why Are You Using Trypan Blue to Determine Viability Post-Thaw?
After the freeze-thaw cycle, when viability drops, trypan blue's cytotoxic effect can further damage cells when incubation is required, thus skewing the sample's viability.
Live Webinar: Interested in Improving Cell Counting Method Development for CAR-T Cell Therapy?
Webinar: The crucial need for accurate and consistent cell counting methods for development and manufacturing of CAR-T under GMP/GLP conditions.
How Long Does it Take to Set Up a Cellometer Spectrum Image Cytometer?
The Cellometer Spectrum Image Cytometer performs cell-based assays in minutes. The system has user-changeable fluorescent optics modules and provides flow results without flow cytometry.
Addressing Primary Cell Counting Concerns
Everyone I meet that performs primary cell counting wants to optimize the amount of time they spend doing that task. They also agree that 30 seconds per count sounds pretty good.
Evaluating Anticancer Drug Compounds using Image Cytometry
Image-based, automated analysis of 3-D tumor spheroids in microwell plates is becoming standard practice for the evaluation of anticancer drug compounds.
Automated Cell Counters: Accurate, Reproducible Cell Counts for the Entire Cell Therapy Workflow
Cellometer automated cell counters have been facilitating CAR T manufacturing with accurate cell counting and analysis since 2010.
Celigo Provides Image-Based Proof of Single-Cell Clonality
The FDA identifies clonality as one of the most crucial steps in guaranteeing cell line quality and safety. The Celigo Image Cytometer makes single cell sorting easy.
An Automated Cell Counting Superhero – All in the Palm of Your Hand
Tired of manual cell counting? Let's face it, manual cell counting is tedious. When your day is filled with culturing many cell lines at one time, that's hours of your day just to get the data you need. Not only that, the manual process can be riddled with judgment errors, miscounts, and user-to-user variability. I know what you’re thinking, "You're telling me my hours hunched over a microscope counting cells may not even be producing reliable data?!" Yup. You need a superhero. "So what are my options?" Well, what if there were a powerful superhero that could take a small [...]