Ovarian Cancer

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The FDA decision is based on data from a pooled analysis of phase 1/2 study data from 2 trials evaluating the agent in advanced/metastatic PROC.
JSKN003 Receives FDA Fast Track Designation in Advanced PROC

October 28th 2025

The FDA decision is based on data from a pooled analysis of phase 1/2 study data from 2 trials evaluating the agent in advanced/metastatic PROC.

Granulosa cell tumors exhibit late recurrence and rare hepatic metastasis, emphasizing the need for lifelong surveillance in affected patients.
Late Hepatic Recurrence From Granulosa Cell Tumor: A Case Report

October 28th 2025

Approximately half of the patients who received raludotatug deruxtecan in the phase 2/3 REJOICE-Ovarian01 trial achieved an objective response.
Raludotatug Deruxtecan Shows Promise in Platinum-Resistant Ovarian Cancer

October 21st 2025

In terms of OS among patients with non-tBRCA–mutated, HRD-positive disease, the median value was not reached in either durvalumab arm.
Durvalumab Quadruplet Displays Nonsuperior OS in Advanced Ovarian Cancer

October 19th 2025

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Recent Progress in Radioimmunotherapy for Cancer

July 1st 1997

Radioimmunotherapy allows for the delivery of systemically targeted radiation to areas of disease while relatively sparing normal tissues. Despite numerous challenges, considerable progress has been made in the application of radioimmunotherapy to a wide variety of human malignancies. The greatest successes have occurred in the treatment of hematologic malignancies. Radioimmunotherapy, with or without stem-cell transplant support, has produced substantial complete remission rates in chemotherapy-resistant B-cell lymphomas. Nonmyeloablative regimens have shown so much promise that they are now being tested as initial therapy for low-grade B-cell lymphomas. Although solid tumor malignancies have been less responsive to radioimmunotherapy, encouraging results have been obtained with locoregional routes of administration, especially when the tumor burden is small. Greater tumor-to-normal tissue ratios are achievable with regional administration. Even with intraperitoneal and intrathecal administration, bone marrow suppression remains the dose-limiting toxicity. Ongoing research into new targeting molecules, improved chelation chemistry, and novel isotope utilization is likely to extend the applications of this strategy to other tumor types. The potential for radioimmunotherapy will be enhanced if this modality can be optimally adapted for integration with other agents and if the administration method can be tailored to the type and distribution of malignancy. [ONCOLOGY 11(7):979-987, 1997]