Oncodrivers in Advanced or Metastatic NSCLC: Current and Future Standards of Care - Episode 11
Panelists discuss how ASCO 2025 highlighted exciting advances in targeted therapy including neoadjuvant approaches, dynamic biomarkers like circulating tumor DNA, mixed results with HER3-directed antibody-drug conjugates (ADCs) in the EGFR space, but promising data with trastuzumab-based ADCs, emphasizing the critical importance of comprehensive biomarker testing to ensure no patients miss potentially life-changing targeted therapies.
ASCO 2025 Highlights and Future Directions
ASCO 2025 demonstrated significant advances in lung cancer treatment, particularly in neoadjuvant therapy approaches and biomarker-driven treatment selection. Notable presentations included adaptive trial designs using circulating tumor DNA for treatment escalation decisions, moving beyond static biomarkers toward dynamic assessment tools. The integration of pathologic response assessments and circulating tumor DNA analysis represents the future of personalized treatment approaches in lung cancer management.
Disappointing results emerged in some areas, particularly with patritumab deruxtecan (HER3-DXd) in the HERTHENA-Lung02 study, which failed to meet clinically significance despite statistical significance in progression-free survival (PFS) versus doublet chemotherapy. The withdrawal of FDA applications based on modest improvements highlights the importance of clinically relevant benefits beyond statistical significance. Conversely, promising antibody-drug conjugate data with other agents suggests continued potential in this therapeutic class.
The neoadjuvant space showed promise with osimertinib data in EGFR-positive disease, though major pathologic response rates remained modest compared with immunotherapy approaches. The integration of targeted therapies into perioperative treatment represents an evolving area requiring careful patient selection and treatment sequencing. Future developments will focus on optimizing combination strategies, managing novel toxicities, and ensuring comprehensive biomarker testing reaches all appropriate patients to maximize therapeutic benefits.