Advantages of a Standardized Automated Cell Counting Method for Cell Therapy
Q & A regarding the crucial need for accurate and consistent cell counting methods for development and manufacturing of CAR-T under GMP/GLP conditions.
Maximize Output from Precious Samples for Single Cell Genomics Platforms
Accurate counting and qualification of cells during the workflow of the single cell sequencing is essential to determine number of cells.
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Automated Cell Counters: Accurate, Reproducible Cell Counts for the Entire Cell Therapy Workflow GalleryAutomated Cell Counters: Accurate, Reproducible Cell Counts for the Entire Cell Therapy Workflow
Bioprocessing/Cell Live Development, CAR T / Cell Therapy, Celigo, Celigo Application News, Cellometer, Cellometer Application News, Instrument, Latest News
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.
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 [...]
Cellometer on Tap – Yeast Cell Counting for Breweries
How many brewers does it take to count yeast? This sounds like the beginning of a bad joke. In truth, cell counting is really simple but labor intensive & extremely time-consuming. With a Nexcelom Cellometer X2 – it only takes one click & 30 seconds per sample! Cellometer has earned a reputation as the “go to” cell counter for breweries seeking accurate yeast counts, viability & vitality. Just look at the map comparing the distribution of Nexcelom’s Cellometer automated yeast counters and the Top 50 breweries in the US. Data based on beer sales volume adapted from Brewery Association (BA) [...]
Don’t let clumpy samples prevent you from getting an accurate count!
As the first automated cell counter ever manufactured, the Auto T4 set the standard with its pattern-recognition software and bright field imaging used to calculate cell count, concentration and viability with Trypan Blue.
What do you need when you count cells manually with a microscope and hemacytometer?
...a neck massage! There's a new article out from Biocompare entitled "Cell Counts and More" - and we have to give joke credit to them. We think it's a pretty good one, and accurate, just like our instruments. One of our customers, Tiffany Sidwell, of UCLA Immunogenetics Center, even provided some feedback on the very topic last year. Tiffany shared: "Counting cells daily on the microscope was very bad for my occipital joints and muscles. Since using the Cellometer Auto 2000, I no longer have neck pain when counting cells. Thank you Nexcelom!" There are many, many benefits associated with [...]
Cellometer assists in creation of reference database of 1,800 quantified yeast proteins
Researchers at the University of Manchester (UK) created a reference database of 1,800 quantified S. cerevisiae proteins via specific isotope labeling and mass spectrometry. This is the largest database of its kind created to date, and the goal was to obtain a better understanding of intracellular protein concentrations, important information for those involved in molecular systems biology. The Cellometer was used to maintain accurate cell counts throughout experimentation. This database can now serve as a standard for the yeast proteome in all research going forward. Read the full publication here. The Cellometer automated cell counters can provide many advantages in [...]
Cellometer helps to study microalgae metabolism for future industrial biotechnology applications
Researchers at the University of Manchester (UK) investigated the metabolism of microalgae Chlamydomonas reinhardtii, which holds great potential for future industrial biotechnology applications. This research uncovered that the typical lipid and starch accumulation by these microalgae during phosphorous starvation did not occur in the presence of mutant transcription factor PSR1. The Cellometer ensured accurate cell counts throughout experimentation. This work reports that PSR1 has significant control over the global metabolism of these cells, and that knowledge is of great importance to those who plan to develop microalgae to one-day produce pharmaceuticals, foods, and energy. Read the full publication here.
Celigo assists in optimizing CHO cells for biopharmaceutical production
The Novo Nordisk Center for Biosustainability (Denmark) set out to improve the efficiency of Chinese hamster ovary (CHO)-cell based production of non-monoclonal antibody, therapeutic glycoproteins designed to serve as biopharmaceuticals. To optimize the growth and production capacities of these CHO cells, the scientists looked at: lipid-based transfection, cell cultivation, cell counting, and antibody-independent product titer. Different growth and transfection parameters were investigated to see which yielded the highest growth profiles and production capacities. The Celigo was used in combination with Hoechst and propidium iodide to count the cells in 96-well format. The system developed here miniaturized the process and allowed [...]