In oncology therapeutic development and clinical intervention, partial responses and relapse are common phenomena and a significant impediment to effective treatments for patients. As our understanding of the complex biology of cancers continues to increase, we know that a significant contributor to these effects lies in cancers harboring a diverse collection of cells with distinct and dynamic molecular profiles. This feature of cancer heterogeneity manifests in several ways: intra- and inter-tumor, intra-cellular, as well as spatial and temporal differences.
With the advent of single-cell genomic technologies, we can now interrogate cancer heterogeneity at a more fundamental level to enable more informed and potentially effective therapeutic strategies in clinical development. In this webinar, featured speakers will discuss a specific platform capable of detecting genomic content from individual cells, thereby providing insights into cancer heterogeneity and response to specific therapeutics.
In this webinar, you will learn about:
- The multi-faceted nature of cancer heterogeneity and its impact on cancer progression & persistence
- A single-cell analysis platform to detect and quantify genomic alterations
- Applications in monitoring of minimum residual disease, mutation co-occurrence and clonal evolution
