Advancing Ovarian Cancer Treatment: Insights From Emerging Therapies

A panelist discusses how National Comprehensive Cancer Network (NCCN) guidelines have influenced molecular testing in ovarian cancer, highlighting the importance of biomarkers like BRCA genes for treatment decisions, prognostic information, and family prevention strategies.

A panelist discusses how folate receptor alpha (FRα) expression testing plays a crucial role in determining eligibility for mirvetuximab soravtansine (an antibody-drug conjugate therapy), emphasizing the importance of comprehensive biomarker testing at diagnosis rather than piecemeal testing.

A panelist discusses how multiple molecular biomarkers beyond BRCA and homologous recombination deficiency (HRD) testing are emerging as important for guiding ovarian cancer therapy, including microsatellite instability (MSI), tumor mutational burden (TMB), HER2, p53, KRAS, and CCNE amplification.

A panelist discusses how education and cost are key challenges in ensuring comprehensive molecular testing is performed in a timely manner for patients with ovarian cancer, emphasizing the need for better education of health care providers and more affordable, widely available testing options.

A panelist discusses how tumor heterogeneity (both spatial and temporal) affects molecular testing reliability in ovarian cancer, highlighting that although most biomarkers show little heterogeneity, newer approaches like liquid biopsies can provide a more comprehensive genetic profile of the entire tumor burden.

A panelist discusses how guidelines from organizations like the National Comprehensive Cancer Network (NCCN) can improve clinician awareness and adoption of molecular testing in community oncology settings while acknowledging that some effective treatments work across patient populations without requiring biomarker stratification.

A panelist discusses how antibody-drug conjugates like mirvetuximab should be sequenced in platinum-resistant ovarian cancer, recommending it as first-line therapy for folate receptor alpha–high tumors due to higher response rates when used earlier.

A panelist discusses how novel targeted therapies such as antibody-drug conjugates are rapidly evolving in gynecologic oncology, with multiple agents targeting different biomarkers in development, though optimal sequencing strategies remain to be determined.

PARP inhibitors revolutionize ovarian cancer treatment, offering targeted therapy options and improved outcomes for patients with specific genetic markers.

Innovative antibody drug conjugates are advancing in ovarian cancer treatment, exploring new maintenance therapies and biomarker-driven approaches for improved outcomes.

Explore the importance of clinical trials for ovarian cancer treatments, highlighting innovative therapies and the need for early patient access.

Explore the latest advancements in ovarian cancer treatment, focusing on combination therapies and innovative approaches for platinum-resistant patients.

Innovative therapies for ovarian cancer, including engineered T cells and antibody-drug conjugates, show promise in improving patient outcomes.

Experts explore the evolving landscape of ovarian cancer treatment, emphasizing the need for targeted therapies and biomarker-driven approaches.

An expert discusses how the biggest barriers to incorporating antibody-drug conjugates (ADCs) include lacking biomarker knowledge and how payer restrictions can be overcome through early biomarker testing, proper documentation of target expression levels, and following FDA or National Comprehensive Cancer Network (NCCN) guidelines to ensure patient access to appropriate therapies.

An expert discusses how multidisciplinary collaboration can be enhanced through shared knowledge of available drugs and biomarkers among oncologists and pathologists, standardized interpretation methods across different cancer types, and clear communication about trial-specific algorithms to optimize treatment plans and ensure proper biomarker assessment.

An expert discusses how clinicians and institutions can streamline biomarker-driven therapy decisions by establishing rapid turnaround times for biopsies and pathology results, maintaining in-house testing capabilities, coordinating efficiently between interventional radiology and pathology teams, and ensuring insurance approvals don’t delay treatment initiation for patients who may deteriorate quickly.

An expert discusses how different adverse event profiles of antibody-drug conjugates (ADCs) influence treatment decisions by requiring careful patient selection based on comorbidities like prior lung disease, implementing baseline assessments and monitoring protocols for pneumonitis and ocular toxicities, and recognizing that early detection and management of adverse effects allows for continued treatment through dose modifications.

An expert discusses how long-term safety considerations are evaluated through clinical trial data and postmarketing surveillance, emphasizing the importance of reporting unexpected adverse events to the FDA, considering patient-reported outcomes beyond just high-grade toxicities, and working closely with specialists like ophthalmologists using standardized assessment tools and treatment algorithms to manage drug-specific adverse effects like visual complications from folate receptor–targeting therapies.