Select the Appropriate Cell Model

Choosing the most suitable cell model for an assay is a crucial consideration. Researchers should carefully evaluate and select cells that are relevant to their research question and possess characteristics suitable for the assay's objectives. Factors such as biological relevance, disease relevance, known responses, genetic stability and compatibility with experimental conditions should be taken into account. Additionally, considering whether primary cells, immortalized cell lines, stem cells, iPSC-derived cell types or 3D organoids are more appropriate for the assay can significantly impact the relevance and physiological accuracy of the results For more insights into mastering cell-based imaging assays, check out our detailed white paper here https://www.scintillantbioscience.com/_files/ugd/733917_2ade12a292a84748b4173190e0825e01.pdf If you're interested in discussing a project involving cell-based imaging assays, Book a free discovery call with this link. https://calendly.com/russ-scintillantbio A Discovery Call is a perfect way for us to connect and have a great conversation to see which of our services are a good fit for you. Check out our website to explore the services we offer https://www.scintillantbioscience.com/ Or contact [email protected] #CellModelSelection #BiologicalRelevance #DiseaseRelevance #ExperimentalDesign #CellCharacteristics #GeneticStability #PrimaryCells #ImmortalizedCellLines #StemCells #iPSC #3DOrganoids #PhysiologicalAccuracy #ResearchMethods #CellCulture #AssayDevelopment #BiomedicalScience #ExperimentalModels #CellularResearch #PrecisionMedicine #ScientificDiscovery.