Improving the Gene Therapy Development Process using Image Cytometry
Many factors and considerations must be optimized to develop the appropriate cell-based assays for gene therapy development.
How to count cells using a hemocytometer
View these simple step-by-step instructions for counting cells using a hemoctyometer and microscope. Includes the formula for calculating the dilution factor.
Is your trypan blue rupturing dead or dying immune cells leading to an over-estimation of cell viability?
It is important to select the most accurate cell counting method that is fit-for-purpose where cell number and viability significantly affect treatment efficacy.
Identify & Resolve Manual Cell Counting Errors through Automation
The use of modern automation has largely eliminated many of the hemocytometer's sources of error, increasing the accuracy and efficiency of cell counting today.
Nexcelom’s CTO on the Future of CAR T Workflow
Nexcelom founder and CTO, Dr. Jean Qiu, describes 3 major reasons why we partner with global and local research organizations to streamline CAR-T workflow.
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.
Video Workflow-at-a-Glance: NK Cell-Mediated Cytotoxicity Assay
Directly image and count calcein AM-labeled target cells in a 96-well plate using Celigo image cytometer. Concurrent imaging and analysis in 8 minutes.
Video Workflow-at-a-Glance: Seahorse™ Normalization Assay
Celigo Image Cytometer provides a fast, effective, and cell stress-free technique to count cells plated onto uncoated or coated culture plates.
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.
Novel Fluorescent Viability and Vitality Detection Method for Ale and Lager Yeast Fermentation using Cellometer Vision
It's White Paper Wednesday! Read our featured white paper: Novel Fluorescent Viability and Vitality Detection Method for Ale and Lager Yeast Fermentation using Cellometer Vision Automated cell counting methods can monitor yeast concentration and viability throughout fermentation to ascertain cell health and the amount of yeast to be pitched or repitched, all of which contributes to the quality and flavor consistency of the final product [1,2,3]. Analyzing physiological and metabolic characteristics of the yeast cells permits operators to efficiently monitor yeast viability and vitality for quality control purposes, which impacts long-term storage and other physiological stresses. Download our white [...]