On-demand Educational Resources for Reproducible Advanced Cell Systems
Gain expert insights on strategic approaches and best practices for creating reproducible and scalable advanced cell systems. This curated library of on-demand resources will provide you with tools and tips on overcoming challenges with solutions to gain in-depth and predictive insights that can translate into positive clinical outcomes.
Use promo code SPRING24 for buy one, get one free on our entire line of RUO growth factors and cytokines before September 30.
Understand the importance of advanced cell models for development of novel treatments and personalized medicine in this expert panel webinar.
Learn about stem cell or patient-derived 3D cell cultures for modeling human brain development, functional networks and disease.
Combine readouts from multiple kits to develop complex and translational assays for deeper insights into T cell characterization.
Learn about the advantages of CellCelector in organoid and spheroid research.
This study investigates the expansion of T cells by comparing the growth and anti-cancer effects of serum-free and serum-containing media.
Learn how to maintain iPSC-derived neuronal & microglial models and a method for non-invasive, continuous monitoring of culture health.
Discover a simplified and robust method for differentiating iPSCs into hepatic organoids using Sartorius RUO Growth Factors and Cytokines.
Gain in-depth insights into the impact of growth factors and cytokines on organoid development, alongside real-time data analysis using the Incucyte®...
Learn how the Incucyte® Live-Cell Analysis System with Organoid Analysis Software Module can simplify assessment of organoid growth or death.
Quantitative live-cell analysis for optimization of culture conditions and evaluation of cell health in human iPSC-derived neurons.
Learn about an accelerated and streamlined workflow approach for the culture, monitoring and characterization of iPSCs.
Standardize preparation of 3D Cell Culture Hydrogels - and remove the impact of personal pipetting practices - with an electronic pipette.
Two High-Throughput Screening by Cytometry solutions to address problems with traditional methods for measuring T cell response in 3D models
Understand the source and learn prevention techniques for reducing mycoplasma contamination in cell cultures.
This application note presents a benchmark study comparing the capabilities of two different qPCR kits for the detection of Mycoplasma.
Read our interview with John Szilagyi, Principal Scientist at Bristol Myers Squibb (NJ, USA) as he discusses the utility of 3D cell models, their chal...
Discover more about our range of high-quality, animal-derived component-free RUO Growth Factors & Cytokines
Learn best practices for using iPSCs in disease modeling as well as tips and solutions for streamlined R&D workflows for advanced cell models.
In order to effectively use organoid models specific and reliable culture and analysis methods are required; learn how.
This eBook explores the value of organoid models to scientific research and discuss the importance of organoid culture quality control (QC).
How advanced live-cell analysis platforms allow for real-time monitoring of cell health, behavior and morphology of complex models.
Exploring the next generation of antibody therapeutics, such as antibody–drug conjugates (ADCs), bispecific antibodies and nanobodies.
This eBook presents the unique benefits of flow cytometry.
Learn key tips for effectively and efficiently developing novel cell therapies with a maximized chance of clinical success.
Learn five tips for preventing mycoplasma contamination in the cell cultures in this easy-to-understand infographic.
Techniques used to generate insight in biological processes utilizing advanced cell models
Learn about 3D cell culture preparation, pipetting techniques, common mistakes and pipetting do's and don'ts.
Proper awareness of mycoplasma sources and the use of aseptic cell culture techniques alongside reliable detection methods for contamination can help...
Ensure the highest patient safety with real-time PCR-based rapid sterility testing. Learn more in this infographic.
Learn two 3D tumor spheroid-based solutions to study immune cell-tumor interactions including targeted activation and killing by anti-HER2 CAR-T cells...
In this poster, a validation study was designed to evaluate bacterial and fungal detection capability.
Cytometry Applications for Antibody, Small Molecule and Phenotypic Screening
In this on-demand webinar, experts share how they use brain organoids to investigate neurodevelopment and brain evolution.
Learn how to monitor, maintain and culture stem cells consistently and reliably while retaining high levels of cell health in this webinar.
This webinar explores Sartorius solutions for cell therapy workflows, focusing on 21 CFR Part 11 software for compliance simplification.
Learn more about biobanks and bespoke downstream application assays for organoid disease models
Organoid technologies are increasingly being used as in vitro models of human development and disease because they exhibit morphogenetic, structural a...
Learn how Octet® BLI works in therapeutic discovery and development, including common challenges and solutions.
Effective analysis of 3D tumor spheroids can be challenging, yet models are emerging that can overcome those limitations and drive future research.
Hear about successful 3D organoid coculture assays for disease modeling and learn how they are revolutionizing cancer research.
In this session on technical methods, Benjamin Freedman will explain how his research team employs organoids derived from human induced pluripotent st...
White Paper: From Cells to Organs - the Organoid Stepping-Stone
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