A recent article in JAMA Network Open published by myself and my research collaborators—Jill Harrison at Brown University, Sarah Yarborough at Fred Hutch, and Tammy Stokes at Maury Regional Medical Center—examined the potential for a brief communication-based intervention to help older adults with cancer who live in rural settings better manage their pain.
A study recently published in JAMA sheds light on cancer risks associated with carrying germline CDH1 mutations, challenging previous, potentially inflated, lifetime cancer risk estimates.
At its most recent meeting, the FDA Oncologic Drugs Advisory Committee focused on perioperative clinical trials, which the agency defined as neoadjuvant phase followed by surgery and continuing with adjuvant treatment using the same experimental agent (The Cancer Letter, July 26, 2024).
Cancer treatment is steadily improving. The proof can be found in the number of patients with cancer living longer than ever before. Over the next decade, the number of people who have lived five or more years after their diagnosis is projected to increase approximately 30% to 16.3 million.
Cancer centers that continue to experience pandemic-induced shortages in staffing their clinical research enterprise may soon be able to rely on support from NCI’s Virtual Clinical Trials Office to open studies and accrue patients.
At the recent ASCO annual meeting, within hematologic malignancies, therapies for multiple myeloma stole the show, comme d’habitude.
Treatment with an indefinite course of osimertinib dramatically improves progression-free survival for patients with stage 3 non-small cell cancer, according to the results of the LAURA trial. The median PFS was 39.1 months in the osimertinib group, compared to 5.6 months with the placebo group.
In May, the American Society of Clinical Oncology released guidelines on the use of germline genetic testing panels in concert with tumor testing for cancer patients.1
A common perception of genetic screening is that only individuals at high risk of certain diseases will be identified.
HRD results can vary widely, depending on what assay you choose—even as they guide treatment choices
Homologous recombination deficiency tests are used routinely in the clinic to determine which patients get PARP inhibitors.
