ASCO GU 2026: Updates in metastatic prostate cancer
Dr Ricardo Pinto discusses a study using publicly available multi-omics data from international cancer cell line projects to investigate the molecular biology of triple-negative breast cancer in women of sub-Saharan African ancestry. By integrating multiple layers of omics data and applying statistical linear models, the study compared genetic essentiality and drug sensitivity between sub-Saharan African and European triple-negative breast cancer cell lines.
The analysis identified the gene BLM as more essential in sub-Saharan African backgrounds and highlighted DNA repair, ubiquitination, and navigation pathways as particularly important. Drug sensitivity analysis showed greater sensitivity of sub-Saharan African cell lines to a small-molecule inhibitor targeting the navigation cascade. The work demonstrates the discovery potential of inclusive, open-access omics research.
ASCO GU 2026: Updates in metastatic prostate cancer
Improving African representation in breast cancer genomics
African Oncogenetics Network: improving training and infrastructure in low-resource regions
AI-Based sTIL analysis expands identification of HER2+ BC patients benefiting from pertuzumab
Transforming cancer care in India: The Access Cancer Care Initiative
Key insights from lung cancer research at ASCO 2025
Oncologists' perspectives and practices on minimal residual disease testing in multiple myeloma
Addressing the rise of multiple myeloma in Rwanda
Best practice in HRRm testing in patients with metastatic prostate cancer