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Flow cytometry has become a cornerstone technique in stem cell research, providing a window into the cellular and molecular properties that define stem cells. Its versatility in detecting and quantifying a wide array of biological parameters has enabled significant advancements in the isolation, characterization, and understanding of stem cells and their potential applications.
Our free eBook delves into the world of stem cell research, showcasing how flow cytometry has been utilized in recent studies that are reshaping our understanding of stem cell therapy and regenerative medicine. Find out how the regenerative potential of adult mouse kidney stem cells and the impact of microRNA on spinal cord injury recovery are unveiled through the precision of flow cytometry.
What You Will Learn:
- The role of flow cytometry in advancing stem cell research.
- Application of flow cytometry in developing novel treatments for complex conditions.
- The process of isolating and characterizing kidney Sca1+ Oct4+ stem/progenitor cells and their ability to form kidney organoids.
- The influence of microRNA-125b on neural stem cells in spinal cord injury and its potential as a therapeutic target.
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