Ensuring Cell Health for Optimal Research Outcomes and Successful CRISPR Gene Editing Experiments

In the rapidly advancing field of biomedical research, the health of cultured cells is paramount to the reliability and validity of experimental results. This webinar will delve into the critical importance of cell health testing in research, emphasizing its role in maintaining the integrity of experimental data. We will explore the various parameters that define cell health, including cell line identification, viral contamination, genomic stability, mycoplasma infection, and absence of microbial contamination. By ensuring optimal cell health, researchers can enhance the accuracy and reproducibility of all experiments, paving the way for groundbreaking discoveries and therapeutic advancements.


CRISPR-based cell line editing has arguably been the most impactful advent for research science in the last ten years. We will review the power of CRISPR editing for creating advanced cellular models and the mechanism for developing those models. Healthy cells are particularly crucial for CRISPR gene editing experiments, where the precision and efficiency of gene edits can be significantly impacted by the physiological state of the cells. Compromised cell health can lead to reduced transfection efficiency, increased off-target effects, and misleading results, ultimately affecting the success of gene editing projects.


Join us to learn from experts in cell health and gene editing about the best practices for cell health monitoring, the latest technologies in cell health assessment, and the implications of cell health on the efficacy of CRISPR gene editing. This webinar will provide valuable insights for researchers aiming to achieve robust and reliable outcomes in their scientific endeavors.